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IWC Ref. No. Published? Title
IWC-81-18 true 150 Million Megawatt Hours of Condensate Polishing
IWC-81-18D true 150 Million Megawatt Hours of Condensate Polishing
IWC-03-44 true 15 years of Crud, Corrosion, and Oxygen Control using Carbohyrazide in B
IWC-03-44D true 15 years of Crud, Corrosion, and Oxygen Control using Carbohyrazide in B
IWC-92-14 true 1940's Power Plant Finds New Life in the 90's
IWC-92-14AC true 1940's Power Plant Finds New Life in the 90's
IWC-92-14D true 1940's Power Plant Finds New Life in the 90's
IWC-81-17 true 1981 INTERNATIONAL WATER CONFERENCE INDUSTRIAL SOLID W
IWC-07-61 true 20 Years of Condensate Polishing at San Onofre Nuclear Generating Stat
IWC-07-61AC true 20 Years of Condensate Polishing at San Onofre Nuclear Generating Stat
IWC-07-61D true 20 Years of Condensate Polishing at San Onofre Nuclear Generating Stat
IWC-95-29 true 40 Years in the Evolution of Demineralization Technology: a Comparison o
IWC-96-16 true 450 PPM Silica Sustained In Innovative Reverse Osmosis Technology
IWC-84-86 true 50 Years in Separate Beds
IWC-84-86D true 50 Years in Separate Beds
IWC-88-01 true A Case History of Biofouling Control at Virginia Power's Yorktown Generat
IWC-88-01D true A Case History of Biofouling Control at Virginia Power's Yorktown Generat
IWC-88-01AC true A Case History of Biofouling Control at Virginia Power's Yorktown Generat
IWC-82-03 true A Case History of Zero Discharge at Northwest Alloys, Inc.
IWC-82-03D true A Case History of Zero Discharge at Northwest Alloys, Inc.
IWC-81-42 true Achieving High Recovery Rate from Brackish Water with a Seeded Revers
IWC-08-71 true Achieving Reliable Zero Liquid Discharge (ZLD) Treatment of Gray Water
IWC-08-71D true Achieving Reliable Zero Liquid Discharge (ZLD) Treatment of Gray Water
IWC-07-09 true Achieving Zero Blowdown for Cooling Towers
IWC-07-09D true Achieving Zero Blowdown for Cooling Towers
IWC-85-48 true Acid Free Scale Control for RO Systems
IWC-70~26 true Acid Mine Drainage Control
IWC-73~9 true A Comparative Study of Chelating Agents - Their Ability to Prevent Deposi
IWC-97-16 true A Comparision of Three Different Counterflow Regeneration Systems in a
IWC-97-16D true A Comparision of Three Different Counterflow Regeneration Systems in a
IWC-95-02 true A Comparison of a Selective Resin with a Conventional Resin for Nitrate R
IWC-06-29 true A Comprehensive Look at Conductivity Measurement in Steam and Powe
IWC-92-52 true A Computer-Controlled Pilot Cooling Tower: Taking Advantage of the Grap
IWC-68~1 true A Corporate Approach to Water Pollution Control
IWC-95-61 true Activated Sodium Bromide-Artificial Marsh Treatment: a Successful Plant-
IWC-95-06 true Actives-Based Chemical Control for Recirculating Cooling Water Systems
IWC-95-06D true Actives-Based Chemical Control for Recirculating Cooling Water Systems
IWC-81-21 true A Different Approach to Condensate Polishing
IWC-81-21D true A Different Approach to Condensate Polishing
IWC-98-12 true A Difficult Iron RO Pretreatment Problem
IWC-62~2 true A Discriminating Engineer‘s View of Deaerators
IWC-96-46 false A Discussion of Experimental Ion Exchange Resin Mass Transfer Coeffici
IWC-66~1 true Administrative Aspects of Pollution in the United States and Abroad
IWC-96-64 true Adsorption of Organic Impurities from Ion Exchange Resins
IWC-68~6 true Adsorption - Something New in Waste Treatment
IWC-02-30 true Advanced Cooling Water Performance with New Dual Functioning Inhibito
IWC-02-30D true Advanced Cooling Water Performance with New Dual Functioning Inhibito
IWC-05-66 true Advanced DOC Removal Process: Full Scale Plant Design and Performan
IWC-05-66D true Advanced DOC Removal Process: Full Scale Plant Design and Performan
IWC-03-25 true Advanced Environmental Efforts in Treating Cooling Water Systems in the
IWC-87-08 true Advanced Ion Exchange Hydraulic Analysis and Applications
IWC-87-08D true Advanced Ion Exchange Hydraulic Analysis and Applications
IWC-68~3 true Advanced Methods for Studies of Environmental Impact of Industrial Oper
IWC-86-43 true Advanced Real-Time Data Acquisition/Data Management Techniques for
IWC-86-43D true Advanced Real-Time Data Acquisition/Data Management Techniques for
IWC-94-57 true Advanced Treatment Processes of Orange County Colored Groundwater i
IWC-94-57D false Advanced Treatment Processes of Orange County Colored Groundwater i
IWC-96-41 true Advanced Wastewater Recovery Techniques used in the Microelectronics
IWC-96-41D true Advanced Wastewater Recovery Techniques used in the Microelectronics
IWC-95-58 true Advanced Water Conservation Technology for Demanding Petrochemical
IWC-95-58D true Advanced Water Conservation Technology for Demanding Petrochemical
IWC-88-63 true Advances in Continuous Analysis of Chlorine Residuals Improve Control o
IWC-99-27 true Advances in Continuous Electrodeionization – A Comparative Analysis for
IWC-99-27D false Advances in Continuous Electrodeionization – A Comparative Analysis for
IWC-98-33 false Advances in Electrodeionization
IWC-89-57 true Advances in High Range Conductivity Measurement for Water Treatment
IWC-89-57D true Advances in High Range Conductivity Measurement for Water Treatment
IWC-89-57AC true Advances in High Range Conductivity Measurement for Water Treatment
IWC-52~4 true Advances in Process and Cooling Water Treatment
IWC-05-02 true Advances in Produced Water Deoiling Utilizing a Recently Developed Tec
IWC-05-02AC true Advances in Produced Water Deoiling Utilizing a Recently Developed Tec
IWC-05-02D true Advances in Produced Water Deoiling Utilizing a Recently Developed Tec
IWC-91-23 true Advances in the Use of Membrane Technology for the On-Line Measurem
IWC-99-32 true Advances in Water and Wastewater Treatment for Foundries
IWC-99-32D false Advances in Water and Wastewater Treatment for Foundries
IWC-51~8 true Advantages of Chemical Cleaning of Serviced Boilers
IWC-07-27 false Affect and Challenge of Controlling Multiple Feed Streams (Brackish, Fres
IWC-08-07 true A Field Test for Rapid Detection of Legionella pneumophila serogroup 1 in
IWC-08-07D true A Field Test for Rapid Detection of Legionella pneumophila serogroup 1 in
IWC-51~11 true After-Deposits Resulting from the Chemical Cleaning Process
IWC-98-75 true A ―Greener‖, Cost-Effective Alternative to Cooling Water Corrosion Contro
IWC-98-75D true A ―Greener‖, Cost-Effective Alternative to Cooling Water Corrosion Contro
IWC-83-34 true Air Stripping of Organics
IWC-92-04 true Alcan Sebree Water Systems - Zero Discharge
IWC-92-04D true Alcan Sebree Water Systems - Zero Discharge
IWC-74~16 true Alcoa Thermopure Process for High Quality Water Production from Waste
IWC-00-12 true Algicidal Performance of Bromine Biocides and Recommendations for Alg
IWC-00-12D true Algicidal Performance of Bromine Biocides and Recommendations for Alg
IWC-51~6 true Alkali Boil-Out of Boilers
IWC-60~5 true Alkaline Cleaning of New High Pressure Main Units Prior to Initial Startup
IWC-72~13 true Alkaline Cooling Water Treatments - A Summary Assessment
IWC-67~7 true Alkaline Copper Removal
IWC-08-36 true Alkalinity, the Joker in the Pack
IWC-08-36D true Alkalinity, the Joker in the Pack
IWC-92-55 true All Amines are Not Created Equal - Methoxypropylamine Puts the Hex on
IWC-92-55D true All Amines are Not Created Equal - Methoxypropylamine Puts the Hex on
IWC-02-33 true Alleviation of Problems Associated with Start-Up of RO Systems at a 480
IWC-99-74 true Allied Signal Sprinkler System Remediation Project
IWC-75~13 true All Volatile Feedwater Treatment for Nuclear Once-Through Steam Gener
IWC-75~13D1 true All Volatile Feedwater Treatment for Nuclear Once-Through Steam Gener
IWC-75~13D2 true All Volatile Feedwater Treatment for Nuclear Once-Through Steam Gener
IWC-96-38 true A Look behind the Boiler Water Treatment Guidelines-Comments on Pres
IWC-96-38D true A Look behind the Boiler Water Treatment Guidelines-Comments on Pres
IWC-93-53 true Alternative Boiler Feedwater Treatment by using the Oxygenated Techniqu
IWC-86-21 true Alternative Chemical Treatments for Cyclically Operated Units
IWC-86-21D true Alternative Chemical Treatments for Cyclically Operated Units
IWC-66~4 true A Macroreticular Anion Exchange Resin
IWC-90-01 true A Method for Increased Wastewater Reuse/Recycle at a Coal Fired Electr
IWC-90-01D true A Method for Increased Wastewater Reuse/Recycle at a Coal Fired Electr
IWC-46~6 true A Method of Removing Silica from Turbine Blades
IWC-04-35 true Amine Use in High Pressure Steam Cycles and Boilers
IWC-03-12 true Amine Use in Steam Water Cycles and Boilers - The State of Our Knowled
IWC-69~18 true Aminomethylenephosphonates Control Scale and Corrosion in Cooling Wa
IWC-92-22 false Ammonia Form Operation of Condensate Polishing Plant for Long Periods
IWC-92-22D true Ammonia Form Operation of Condensate Polishing Plant for Long Periods
IWC-91-02 true Ammonia Regeneration of Weak Based Anion Exchangers in Utility Plants
IWC-91-02D true Ammonia Regeneration of Weak Based Anion Exchangers in Utility Plants
IWC-69~20 true Ammoniated Cation Resin at Higher Temperatures to Remove Iron from H
IWC-97-61 true Amoco Chemical Company Amberpack Retrofit Increases Production and
IWC-97-61D true Amoco Chemical Company Amberpack Retrofit Increases Production and
IWC-64~9 true A Modern Approach to Water Treatment Problems for Medium and High P
IWC-82-20 true A Modified Test Procedure for Predicting Polymer Performance inBelt Pre
IWC-82-20D true A Modified Test Procedure for Predicting Polymer Performance inBelt Pre
IWC-02-54 true A Multi-Parameter Instrument Approach to Boiler Feedwater Monitoring
IWC-82-16 true An Alternative Approach to the Estimation of Calcium Carbonate Scaling T
IWC-82-16D true An Alternative Approach to the Estimation of Calcium Carbonate Scaling T
IWC-05-14 true An Alternative to Silt Density Index (SDI)...Continuous Particle Counting
IWC-83-47 true Analysis of Calcium and Magnesium in Effluents Containing High Salt Lev
IWC-85-26 true Analysis of Ethylenediaminetetraacetic Acid in Boiler Water by High Press
IWC-92-02 true Analysis of Nonvolatile Organic Impurities in Ion Exchanged Ultra Pure Wa
IWC-06-49 true Analytical and Preparatory Issues Associated with Total and Speciation An
IWC-53~14 true Analytical Methods for pH, Iron and Copper
IWC-78~40 true Analytical Problems in Chemical Cleaning of Corrosion Products from Stea
IWC-88-21 true Analytical Techniques for Determining Oily Water in Condensates Used in
IWC-88-21D false Analytical Techniques for Determining Oily Water in Condensates Used in
IWC-84-80 true An Artificial Intelligence Chemistry Diagnostic System
IWC-84-80AC true An Artificial Intelligence Chemistry Diagnostic System
IWC-84-80D true An Artificial Intelligence Chemistry Diagnostic System
IWC-84-112 true An Artificial Intelligence Chemistry Diagnostic System
IWC-84-112D true An Artificial Intelligence Chemistry Diagnostic System
IWC-90-58 true An ASTM D2777-86 Based PC Program for Evaluating Collaborative Labo
IWC-90-58D true An ASTM D2777-86 Based PC Program for Evaluating Collaborative Labo
IWC-84-108 true An Automatic Instrument for Measuring Scale Growth in Cooling Water Sy
IWC-84-108D true An Automatic Instrument for Measuring Scale Growth in Cooling Water Sy
IWC-01-15 true An Economical Process to Treat Produced Water from Coal Bed Methane
IWC-01-15D true An Economical Process to Treat Produced Water from Coal Bed Methane
IWC-89-28 true An Economic Optimization Model for Operation of a Pulsed-Resin-Bed Ion
IWC-89-28D true An Economic Optimization Model for Operation of a Pulsed-Resin-Bed Ion
IWC-89-28AC true An Economic Optimization Model for Operation of a Pulsed-Resin-Bed Ion
IWC-73~24 true An Economist Looks at Pollution
IWC-02-13 true An Effective Biocide Combination Treatment Program for Cooling Water S
IWC-46~2 true An Endpoint Indicator for Determining Dissolved Oxygen in Water
IWC-91-41 true An Environmentally Sound Alternative for Microbiological Control in Power
IWC-91-41D false An Environmentally Sound Alternative for Microbiological Control in Power
IWC-91-41AC true An Environmentally Sound Alternative for Microbiological Control in Power
IWC-99-38 true An Evaluation of Multiple Water Treatment Programs for the Plant Farley S
IWC-99-38D true An Evaluation of Multiple Water Treatment Programs for the Plant Farley S
IWC-99-38AC true An Evaluation of Multiple Water Treatment Programs for the Plant Farley S
IWC-87-38 true An Evaluation of the First Installation of "Acrylobed" in the United States
IWC-08-39 true A New Aid for Managing Biofouling in Cooling Systems
IWC-08-39D true A New Aid for Managing Biofouling in Cooling Systems
IWC-08-39AC true A New Aid for Managing Biofouling in Cooling Systems
IWC-71~11 true A New Amberlite Monobed Ion Exchange Resin System
IWC-83-49 true A New Aminic Volatile Deoxidizing Conditioning Product Alternative to Hyd
IWC-54~22 true A New Approach in Corrosion Prevention for Cooling Water Systems
IWC-07-56 true A New Approach to Integrated Water Management for Nuclear Industry
IWC-07-56AC true A New Approach to Integrated Water Management for Nuclear Industry
IWC-07-56D true A New Approach to Integrated Water Management for Nuclear Industry
IWC-01-07 true A New Approach to Low-Level Dissolved Oxygen Measurement
IWC-01-05 true A New, Bromine-Releasing Solid for Microbiological Control of Cooling Wa
IWC-01-05D true A New, Bromine-Releasing Solid for Microbiological Control of Cooling Wa
IWC-83-14 true A New Commercial Monomer for Use In Water Treatment Applications
IWC-83-14D true A New Commercial Monomer for Use In Water Treatment Applications
IWC-75~09 false A New Concept - Gravity/Pressure Sludge Dewatering
IWC-75~09D true A New Concept - Gravity/Pressure Sludge Dewatering
IWC-79~40 true A New Condensate Polishing Technique for Medium Pressure Boilers
IWC-97-39 true A New Corrosion Inhibitor Program (Molybdate/Zinc) Replaces Successfu
IWC-97-39D true A New Corrosion Inhibitor Program (Molybdate/Zinc) Replaces Successfu
IWC-83-48 true A New Dissolved Hydrogen Detector
IWC-05-80 true A New Easy, Accurate, Reliable Test Method for All Organic Programs Im
IWC-97-38 true A New Environmentally Friendly Corrosion Inhibitor for Soft Water Fed Co
IWC-97-38D true A New Environmentally Friendly Corrosion Inhibitor for Soft Water Fed Co
IWC-08-52 true A New Framework for the Management of Cooling System Dynamics
IWC-08-52D true A New Framework for the Management of Cooling System Dynamics
IWC-93-49 true A New Generation in Oxygen Scavenging
IWC-93-49D true A New Generation in Oxygen Scavenging
IWC-85-15 true A New GKM Approach to Makeup Water Treatment and Condensate Polis
IWC-85-15D true A New GKM Approach to Makeup Water Treatment and Condensate Polis
IWC-67~12 true A New Gravimetric Analysis Technique for Suspended Contamination in H
IWC-98-60 true A New Halogen-Resistant Azole (HRA) for Copper Corrosion Inhibition
IWC-98-60D true A New Halogen-Resistant Azole (HRA) for Copper Corrosion Inhibition
IWC-98-60AC true A New Halogen-Resistant Azole (HRA) for Copper Corrosion Inhibition
IWC-99-66 true A New High Efficiency Reverse Osmosis Process
IWC-99-66D true A New High Efficiency Reverse Osmosis Process
IWC-97-76 true A New High Flow Modular Electrodeionization Design
IWC-97-76D true A New High Flow Modular Electrodeionization Design
IWC-06-21 true A New High Performance Dead-end Ultrafiltration
IWC-76~09 true A New Look at Lime
IWC-76~09D true A New Look at Lime
IWC-88-34 true A New Look at Phosphate vs. AVT for Nuclear Steam Generators
IWC-88-34D true A New Look at Phosphate vs. AVT for Nuclear Steam Generators
IWC-01-34 true A New Membrane Degasifier Design to Address an Old Water Treatment
IWC-78~41 true A New Method for the Determination of Phosphonates in Boiler and Coolin
IWC-96-15 true A New Method of Pre-Filtration Prior to a Reverse Osmosis System
IWC-96-15D true A New Method of Pre-Filtration Prior to a Reverse Osmosis System
IWC-90-38 true A New Microfiltration Membrane Separation Process for Water Treatment
IWC-90-38D true A New Microfiltration Membrane Separation Process for Water Treatment
IWC-80-47 true A New Oxygen Scavenger for Boiler Applications
IWC-83-25 true A New Potable Water Radium/Radon Removal System
IWC-83-25D true A New Potable Water Radium/Radon Removal System
IWC-89-49 true A New Resin Separation System for Improved Condensate Polisher Perfo
IWC-99-70 true A New, Single-Feed, Liquid Bromine Biocide for Disinfection of Industrial W
IWC-70~24 true A New Technique for the Determination of Trace Metals by Atomic Absorp
IWC-79~45 true A New Treatment for Biodegradable Waste
IWC-00-29 true An Examination of the Use of Vibrational Shear in Ultra-filtration, Nano-filtr
IWC-60~6 true An Experience in the Use of Filming Amines for Feedwater System Cleani
IWC-91-32 true An Experimental Study of the Volatility of Ammonium Chloride from Aqueo
IWC-91-32D true An Experimental Study of the Volatility of Ammonium Chloride from Aqueo
IWC-91-32AC true An Experimental Study of the Volatility of Ammonium Chloride from Aqueo
IWC-93-55 true An Expert System for Cycle Chemistry Monitoring
IWC-95-23 true An Ideal Scale Inhibitor for Water Desalination
IWC-95-23D true An Ideal Scale Inhibitor for Water Desalination
IWC-01-08 true An Improved Method for Monitoring Low Concentrations of Volatile Oxyge
IWC-86-36 true An Improved Method for the On-Line Determination of Operating Efficienc
IWC-80-08 true An In-Depth Field Evaluation of Iron Transport in 1400 psi Boilers with Var
IWC-80-08D true An In-Depth Field Evaluation of Iron Transport in 1400 psi Boilers with Var
IWC-01-55 true An Innovative and Alternative Method for Cooling Water Treatment
IWC-01-55D true An Innovative and Alternative Method for Cooling Water Treatment
IWC-08-56 true An Innovative Approach for Processing ―SAGD‖ Produced water
IWC-08-56D true An Innovative Approach for Processing ―SAGD‖ Produced water
IWC-00-52 true An Innovative Approach to Continuous Electrodeionization (CEDI) Module
IWC-03-47 true An Innovative Approach To High Rate Softening
IWC-03-47D true An Innovative Approach To High Rate Softening
IWC-87-30 true An Innovative Solution for Steam Stripping of Volatile Organic Compounds
IWC-87-30D true An Innovative Solution for Steam Stripping of Volatile Organic Compounds
IWC-51~1 true An Inspection Report After Eighteen Months with Hot Lime Zeolite
IWC-02-66 true An Integrated Approach to the Evaluation of Chemical Treatment Program
IWC-02-66AC true An Integrated Approach to the Evaluation of Chemical Treatment Program
IWC-02-66D true An Integrated Approach to the Evaluation of Chemical Treatment Program
IWC-94-28 true An Integrated Boiler Feedwater System Incorporating a Unique Approach
IWC-94-28D true An Integrated Boiler Feedwater System Incorporating a Unique Approach
IWC-08-13 true An Introduction to Alkalinity Limits for Boiler Water Treatment
IWC-74~1 true An Investigation of Bromine Chloride as a Biocide in Condenser Cooling W
IWC-02-48 true An Investigation of Electrostatic Water Treatment for Industrial Systems
IWC-92-34 true An Investigation of the Properties of the "Type-Ill" Strong Base Anion Exch
IWC-86-54 true Anion Exchange Resin Kinetic Testing - An Indispensable Diagnostic Tool
IWC-82-46 true Anion Resin Kinetic Testing for Condensate Polishing
IWC-93-13 true Anion Resin Underlay Reduces Sulfur Throw from BWR Deep Bed Conde
IWC-93-13D true Anion Resin Underlay Reduces Sulfur Throw from BWR Deep Bed Conde
IWC-93-13AC true Anion Resin Underlay Reduces Sulfur Throw from BWR Deep Bed Conde
IWC-90-04 true A No Chemical Waste Ultrapure Water System
IWC-90-04D true A No Chemical Waste Ultrapure Water System
IWC-96-53 true An On-Line Monitoring and Control System for Coordinated Phosphate/Ph
IWC-96-53D true An On-Line Monitoring and Control System for Coordinated Phosphate/Ph
IWC-88-39 true An On-Site Chemical Treatment for Removing Iron and Copper from Chel
IWC-88-39D true An On-Site Chemical Treatment for Removing Iron and Copper from Chel
IWC-88-39AC true An On-Site Chemical Treatment for Removing Iron and Copper from Chel
IWC-90-22 true An On-Site Chemical Treatment for Thiourea in Boiler Chemical Cleaning
IWC-90-22D true An On-Site Chemical Treatment for Thiourea in Boiler Chemical Cleaning
IWC-90-22AC true An On-Site Chemical Treatment for Thiourea in Boiler Chemical Cleaning
IWC-02-19 true An Outline of the New Approach to EPRI Guidelines
IWC-07-29 true A Novel Approach to Storing and Returning Feedwater Heater Shells to Se
IWC-97-49 true A Novel Approach to Successful Cooling Water Monitoring
IWC-88-03 true A Novel Synergistic Chlorine and Copper Technique to Control Biofouling
IWC-88-03D true A Novel Synergistic Chlorine and Copper Technique to Control Biofouling
IWC-88-03AC true A Novel Synergistic Chlorine and Copper Technique to Control Biofouling
IWC-77~09 true An Overview of Industrial Boiler Water Technology as Related to Cogener
IWC-07-20 true An Overview of Legionella Analysis
IWC-87-53 true An Overview of the Operational Secondary Side Water Chemistry of a Sea
IWC-87-53D true An Overview of the Operational Secondary Side Water Chemistry of a Sea
IWC-01-44 true An Overview of the Water Cycle Chemistry Control Program at the Barbad
IWC-01-30AC true Anthrax Presentation
IWC-87-45 true An Unusual Case Study of Copper Pickup in All Steel Utility Steam Genera
IWC-87-03 true A PC Based Condensate/Feedwater Chemistry Monitoring and Control Sy
IWC-87-03D true A PC Based Condensate/Feedwater Chemistry Monitoring and Control Sy
IWC-90-63 true A Performance Driven Approach to Cooling Water Treatment Evaluation
IWC-90-25 true A Portable Test Facility for Evaluating Condenser Microbiological Fouling C
IWC-66~20 true Application of a Clay-Cationic Polymer for Surface Water Clarification
IWC-07-02 true Application of Activated Carbon Technologies in Supplemental Point-Of-U
IWC-07-08 true Application Of Advective-Flow Membrane-Aerated Biofilm Reactor (AF-MA
IWC-07-08D true Application Of Advective-Flow Membrane-Aerated Biofilm Reactor (AF-MA
IWC-73~17 true Application of Aluminum Alloys in Evaporative Desalination
IWC-83-12 true Application of a New Environmentally Acceptable Cooling Water Treatmen
IWC-83-12D true Application of a New Environmentally Acceptable Cooling Water Treatmen
IWC-04-38 true Application of a Non-Traditional Polyamine/Amine Treatment in High Pres
IWC-95-43 true Application of Electrodeionization in Ultrapure Water Production
IWC-94-47 true Application of Electrodeionization in Ultrapure Water Production: Performa
IWC-94-47D true Application of Electrodeionization in Ultrapure Water Production: Performa
IWC-94-47AC true Application of Electrodeionization in Ultrapure Water Production: Performa
IWC-71~24 true Application of Granular Activated Carbon in Industrial Water and Waste W
IWC-85-49 true Application of High Temperature Electromagnetic Filtration for Secondary
IWC-67~21 true Application of Hydrochloric Acid and Ammonium Bromate for Scale Remo
IWC-84-76 true Application of Innovative Technologies to Reclaim High Quality Semi-Cond
IWC-84-76D true Application of Innovative Technologies to Reclaim High Quality Semi-Cond
IWC-04-41 true Application of Membrane Filtration Technology for the Production of Drinki
IWC-04-41D true Application of Membrane Filtration Technology for the Production of Drinki
IWC-52~5 true Application of Metallic Phosphates to Cooling Treatment Water
IWC-88-55 true Application of Microprocessor-Based Control Systems to Large Industrial C
IWC-95-67 true Application of Robotic Technologies in Balance of Plant Systems in the Ele
IWC-97-80 true Application of the EPRI PWR Secondary Water Chemistry Guidelines - Re
IWC-97-83 false Application of the EPRI Secondary Water Chemistry Guidelines, Revision
IWC-95-54 true Application of the New Gel-Type Crud Removal Resins to an Actual Conde
IWC-95-54D false Application of the New Gel-Type Crud Removal Resins to an Actual Conde
IWC-83-43 true Application of TOC Analyzer to the ppb-Level Measurement of CO2 Trapp
IWC-85-04 true Applications of Advanced Membrane Filtration to Industrial Wastewater Tr
IWC-04-23 true Applications of Immersed Membrane Bioreactor Technology for Advanced
IWC-04-23D true Applications of Immersed Membrane Bioreactor Technology for Advanced
IWC-78~08 true Applications of Instrumentation to Water and Wastewater Treatment Proc
IWC-78~08D true Applications of Instrumentation to Water and Wastewater Treatment Proc
IWC-46~12 true Applications of Ion Exchange
IWC-95-04 true Applications of Non-Separating Mixed Bed Ion Exchange Resins in Water
IWC-99-58 true Applications of Online TOC Analysis for Monitoring Reverse Osmosis Mem
IWC-64~3 true Applied Water Quality Monitoring
IWC-90-36 true Approaches to Two-Pass Reverse Osmosis
IWC-90-36D true Approaches to Two-Pass Reverse Osmosis
IWC-91-33 true Approach to Chemical Steady-State in Steam Generating Systems
IWC-43~2 true Approval Testing of Naval Deaerating Feedwater Heaters
IWC-92-48 true A Practical Guide to Avoiding Steam Purity Problems in the Industrial Plan
IWC-84-35 true A Program for Review and Selection of Water Treatment Suppliers
IWC-84-35D true A Program for Review and Selection of Water Treatment Suppliers
IWC-85-47 true A Progress Report on an EDR Installation
IWC-85-20 true A Progress Report on the Application of Weakly Acidic Cation Exchange R
IWC-68~5 true A Progress Report on the Removal of Colloids from Water by Macroreticu
IWC-00-50 true A Quantitative Analysis of Humidification Steam Contaminants
IWC-00-50D true A Quantitative Analysis of Humidification Steam Contaminants
IWC-01-03 true A Quantum Leap in CPP Ion Exchange Resin Technology
IWC-73~15 true Aquatic Ecosystems in Artificial Cooling Lakes
IWC-81-26 true A Rapid Method for Analysis of Phosphonate Compounds
IWC-81-26D true A Rapid Method for Analysis of Phosphonate Compounds
IWC-83-45 true A Rapid Method for Monitoring Microbial Fouling in Industrial Cooling Wate
IWC-82-10 true A Rational Approach to Problems of Fouling Deposition
IWC-82-10D true A Rational Approach to Problems of Fouling Deposition
IWC-89-26 true Are all Type I Strong Base Anion Resins Chemically Equal in their Ability to
IWC-89-26D true Are all Type I Strong Base Anion Resins Chemically Equal in their Ability to
IWC-89-26AC true Are all Type I Strong Base Anion Resins Chemically Equal in their Ability to
IWC-97-45 true A Real-Time, Continuous Method of Monitoring Corrosion Rates in Closed
IWC-97-45D1 true A Real-Time, Continuous Method of Monitoring Corrosion Rates in Closed
IWC-97-45D2 true A Real-Time, Continuous Method of Monitoring Corrosion Rates in Closed
IWC-60~12 true A Report of Work Done by the Ohio River Valley Sanitation Commission
IWC-99-72 true A Report on MIC Activities at TMI
IWC-90-35 true A Report on the Use of Organic Removal Ion-Exchanger in Treatment of D
IWC-01-04 true A Review and Comparison of MIC Indices (Models)
IWC-01-04D true A Review and Comparison of MIC Indices (Models)
IWC-93-28 true A Review of a Molybdate-Based Corrosion Control Program in Closed Coo
IWC-74~9 true A Review of Analytical Procedures That are Applicable to Monitoring Orga
IWC-72~8 true A Review of Pre-Operational Cleaning Practices m High Pressure Utility S
IWC-52~10 true A Review of Testing Techniques in Cooling Tower Waters
IWC-89-45 true A Review of the History of IWC Utility Power Cycle Chemistry
IWC-01-42 true Are You Aware of Hidden Assumptions in Saturation Calculations?
IWC-01-42D false Are You Aware of Hidden Assumptions in Saturation Calculations?
IWC-01-42AC true Are You Aware of Hidden Assumptions in Saturation Calculations?
IWC-82-13 true Arresting of Steam Generator Tube Denting, Salem Unit One
IWC-03-43 true Arsenic Reduction From a Contaminated Cooling Tower Basin
IWC-03-43D true Arsenic Reduction From a Contaminated Cooling Tower Basin
IWC-87-43 false A Safe-Low Temperature-Ferric Oxide Solvent System
IWC-87-06 true A Self-Cleaning Dissolved Oxygen Sensor for Continuous Dissolved Oxyg
IWC-71~20 true A Significant Advance in the Technology of Industrial Wastewater Monitori
IWC-80-38 true A Significant Reduction of Pollution from Ion Exchange Softeners by Use o
IWC-93-65 true A Simplified Method of Pre-Operat1onal Cleaning and Passivation of a Co
IWC-93-65D true A Simplified Method of Pre-Operat1onal Cleaning and Passivation of a Co
IWC-06~S09PD true ASME Sponsored Session: Controlling Water Chemistry in High Pressure
IWC-06~S11PD true ASME Sponsored Session: Start-ups and Cycling of HRSGs in Combined
IWC-70~5 true A Solution for Industrial Wastewater Treatment - Granular Activated Carbo
IWC-73~3 true Aspects of Wastewater Reuse as Cooling Tower Makeup
IWC-95-08 true Assuring Long-Term Integrity of Steam Generators and Turbines by Maint
IWC-05-23 true Assuring Mill Reliability by Conducting Planned Audits of Water Treatment
IWC-05-23D true Assuring Mill Reliability by Conducting Planned Audits of Water Treatment
IWC-96-33 true A Standardized Method for Evaluating and Comparing the Environmental A
IWC-01-23 true A Statistical Review Of 150 Membrane Autopsies
IWC-03-01 true A Step-Change Improvement in Melt-Blown Depth Filtration Technology
IWC-03-01D true A Step-Change Improvement in Melt-Blown Depth Filtration Technology
IWC-85-29 true ASTM Power Plant Water Analysis Manual
IWC-80-30 true A Study of Corrosion of Boiler Metals in Inhibited Chemical Cleaning Solve
IWC-80-30D true A Study of Corrosion of Boiler Metals in Inhibited Chemical Cleaning Solve
IWC-00-19 true A Study on the Application of a New Dissolved Oxygen Removal System U
IWC-00-18D true A Study on the Application of a New Dissolved Oxygen Removal System U
IWC-95-39 true A Successful Dispersant Program for Scale Problems in A Steel Mill Gas S
IWC-01-36 true A Successful Outsourcing Case in Steam Generation System in a Large E
IWC-87-35 true A Three Bed Demineralizer Case History on Organic Bearing Surface Wat
IWC-89-42 true A Totally Integrated Chemistry Data Management System
IWC-89-42D true A Totally Integrated Chemistry Data Management System
IWC-05-77 true A Triple Membrane Process Utilizing Long Path Homogeneous Membrane
IWC-57~3 true Audigage Inspection of Boiler Tubes
IWC-08-48 true Auditing a Reverse Osmosis System
IWC-08-48D true Auditing a Reverse Osmosis System
IWC-01-37 true Audit Program Risk Management: The Role Of Privilege and the Need to M
IWC-01-37D true Audit Program Risk Management: The Role Of Privilege and the Need to M
IWC-83-17 true A Unique Advance in Condensate Polishing at Central Illinois Public Servic
IWC-83-17D true A Unique Advance in Condensate Polishing at Central Illinois Public Servic
IWC-71~15 true A Unique Closed Cycle Water System for Removal of Arnmonium Nitrate
IWC-90-56 true A Unique Empirical Method for Defining Concentrations of Volatile and No
IWC-99-36 true A Unique High Recovery RO System Design Leads to Wastewater Reuse
IWC-99-36D false A Unique High Recovery RO System Design Leads to Wastewater Reuse
IWC-64~8 true A Unique Process - Warm (140°F) Lime Zeolite Softening
IWC-76~06 true Autoclave Simulation Studies of Condenser In-Leakage in Nuclear Steam
IWC-76~06D true Autoclave Simulation Studies of Condenser In-Leakage in Nuclear Steam
IWC-76~06AC true Autoclave Simulation Studies of Condenser In-Leakage in Nuclear Steam
IWC-96-52 true Automated Monitoring and Control of pH, Phosphate and Sodium to Phosp
IWC-96-52D true Automated Monitoring and Control of pH, Phosphate and Sodium to Phosp
IWC-64~19 true Automated Pretreatment Plants
IWC-47~13 false Automatic Control in Corrective Water Treatment
IWC-94-11 true Automatic Control of Dechlorination Process for Ion Exchange Systems
IWC-66~19 true Automatic Control of Lime Treatment
IWC-94-24 true Automatic Control of Recirculating Solids Contact Clarif1ers
IWC-94-24D true Automatic Control of Recirculating Solids Contact Clarif1ers
IWC-93-47 true Automatic Hydrocarbon Leak Alarm for Cooling Water
IWC-65~2 true Automation of Cooling Water Corrosion Control Program
IWC-90-50 true Automation of Total Iron Concentration Monitoring on Start-Up of Fossil Po
IWC-90-50D true Automation of Total Iron Concentration Monitoring on Start-Up of Fossil Po
IWC-90-50AC true Automation of Total Iron Concentration Monitoring on Start-Up of Fossil Po
IWC-56~2 true Automation of Water Treating Equipment
IWC-70~9 true Auxiliary Water Coolant Systems
IWC-01-10 false A Variant Form of MIC Tubercle
IWC-04-27 true Avoiding Costly Water Treatment Mistakes in Combined Cycle Power Plan
IWC-94-29 true Avoiding Failures Due to Misapplication of Contemporary Industrial Boiler
IWC-94-29D true Avoiding Failures Due to Misapplication of Contemporary Industrial Boiler
IWC-98-03 true Avoiding Potential Problems In Diagnosing Boiler Tube Failure Mechanism
IWC-63~14 true A Year of Evaporator Operating Experience
IWC-74~7 true Background and Current Evaluation of Effluent Limitation Guidelines for S
IWC-52~7 true Bacteria Growths and Their Control
IWC-49~8 true Bacteriology in Connection with Base Exchange Water
IWC-82-41 true Barium Fouled Sulphonic-Acid Resins
IWC-66~12 true Basic Considerations in Selection of Instrumentation for Industrial Water T
IWC-63~7 true Basic Design and Six Months Operation for a Copper-Free, Reheat Boiler
IWC-03-35 true Basis for Characterization of Performance of EDI Devices
IWC-78~17 true Behavior of Oxygen and Corrosion Products in the Indian Point 2 Feedwat
IWC-78~17D true Behavior of Oxygen and Corrosion Products in the Indian Point 2 Feedwat
IWC-99-64 true Behavior of Silica in Ion Exchange and Other Systems
IWC-99-64D true Behavior of Silica in Ion Exchange and Other Systems
IWC-93-37 true Behavior of Sodium Phosphates under Boiler Conditions
IWC-93-37D true Behavior of Sodium Phosphates under Boiler Conditions
IWC-97-12 true Beneficial Reuse of Wastewater Treatment Plant Effluent as Cooling Towe
IWC-97-12D true Beneficial Reuse of Wastewater Treatment Plant Effluent as Cooling Towe
IWC-02-60 true Beneficial Use of EPRI Chemical Cleaning Guidelines
IWC-94-42 true Benefits of Activated Sodium Bromide for an Artificial Marsh Treatment Pr
IWC-94-42D true Benefits of Activated Sodium Bromide for an Artificial Marsh Treatment Pr
IWC-05-25 true Benefits of Oil and Grease Removal for Contact Cooling Water Systems in
IWC-05-25D true Benefits of Oil and Grease Removal for Contact Cooling Water Systems in
IWC-91-14 true Benefits of Replacing Two-Bed IX with Two-Pass Reverse Osmosis in Hig
IWC-07-34 true Benefits of Soft Water Makeup for Cooling Tower
IWC-07-34D true Benefits of Soft Water Makeup for Cooling Tower
IWC-94-02 true Biocidal Efficacy Against Sessile Sulfate Reducing Bacteria
IWC-94-02D true Biocidal Efficacy Against Sessile Sulfate Reducing Bacteria
IWC-84-60 true Biocidal Efficacy with Respect to Sessile and Planktonic Organisms
IWC-84-60D true Biocidal Efficacy with Respect to Sessile and Planktonic Organisms
IWC-00-60 true Biocide Optimization Using an On-Line Biofilm Detector
IWC-84-49 true Biocontrol - Key to Heat Exchanger Efficiency in Grain Alcohol Plant
IWC-84-49D true Biocontrol - Key to Heat Exchanger Efficiency in Grain Alcohol Plant
IWC-95-16 true Biodegradable Alternative to Polyacrylate-Based Scale Inhibitors and Disp
IWC-02-31 true Biofilms that Control Corrosion
IWC-88-48 true Biofouling Control using a Synergistic Hydrogen Peroxide and Ferrous Ion
IWC-71~6 true Biological Control in Cooling Systems New Developments and Pollution C
IWC-01-53 true Biological Control in Cooling Towers Treated with Pulsed-Power Systems
IWC-01-54 true Biological Control in Cooling Towers Treated with Pulsed-Power Systems
IWC-99-23 true Biological Control in Demineralizer Pretreatment Systems
IWC-99-23D true Biological Control in Demineralizer Pretreatment Systems
IWC-00-44 true Biological Pretreatment Allows Re-Use of Condensate from Steam Host
IWC-05-72 true Biological Selenium Removal from FGD Wastewater
IWC-05-72D true Biological Selenium Removal from FGD Wastewater
IWC-07-49 true Biological Treatment of Flue Gas Desulfurization Scrubber Purge Water
IWC-07-49D true Biological Treatment of Flue Gas Desulfurization Scrubber Purge Water
IWC-78~24 true Biomass Engineering Improves Wastewater Treatment System Performan
IWC-78~24D true Biomass Engineering Improves Wastewater Treatment System Performan
IWC-78~24AC true Biomass Engineering Improves Wastewater Treatment System Performan
IWC-84-115 true Boiler and Feedwater Standards in Fossil and Nuclear Plant Operated by t
IWC-70~14 true Boiler Chelant Treatment: An Update
IWC-89-11 true Boiler Chemical Cleaning Waste Treatment and Disposal Options
IWC-89-11D true Boiler Chemical Cleaning Waste Treatment and Disposal Options
IWC-89-11AC true Boiler Chemical Cleaning Waste Treatment and Disposal Options
IWC-77~08 false Boiler Design
IWC-93-36 true Boiler Design and Chemical Considerations
IWC-93-36D false Boiler Design and Chemical Considerations
IWC-00-30 true Boiler Failure Mechanisms
IWC-05-79 true Boiler Feed Water Degasification Using Membrane Contactors—New Met
IWC-05-79D true Boiler Feed Water Degasification Using Membrane Contactors—New Met
IWC-91-17 true Boiler Pressure Drop: Review of ENEL Cycle Chemistry Experience
IWC-91-17D true Boiler Pressure Drop: Review of ENEL Cycle Chemistry Experience
IWC-91-17AC true Boiler Pressure Drop: Review of ENEL Cycle Chemistry Experience
IWC-68~17 true Boiler Scale Control in the Carbonate Cycle with Synthetic Polymers
IWC-67~9 true Boiler Scale Control with Polyacrylates and Polymethacrylates
IWC-81-06 true Boiler Scale Inhibitors
IWC-81-06D true Boiler Scale Inhibitors
IWC-98-02 true Boiler Tube Failure Mechanism Assessment
IWC-57~4 true Boiler Tube Inspection with Ultrasonic Resonance Instruments
IWC-99-12 true Boiler Water Treatment Needs in High-Pressure Heat Recovery Steam Ge
IWC-06-55 true BOMA Perspective
IWC-71~7 true Boric Acid Equilibria and pH in PWR Coolants
IWC-03-41 true Boron Removal with Ion Exchange Resin
IWC-73~19 true Breakthrough in Non-Chromate Inhibitor Technology, Breakthrough in Non
IWC-54~13 true Break-through or Leakage Problems with Specific Pieces of Equipment
IWC-74~5 true Brine Concentrators Providing ―Zero Liquid Discharge‖
IWC-98-74 true Bromine Based Biocides for Cooling Water Systems: A Literature Review
IWC-87-42 true Bromine Chemistry an Alternative to Dechlorination in Cooling Water and
IWC-87-42D true Bromine Chemistry an Alternative to Dechlorination in Cooling Water and
IWC-77~29 true Bromine Chloride - An Alternative to Chlorination as an Antifoulant in Once
IWC-79~04 true Buoyant Media Filter
IWC-06-56 true Business Continuity Planning
IWC-93-14 false BWR Condensate Polisher Resin Cleaning Method - Transfer of Japanese
IWC-93-14D false BWR Condensate Polisher Resin Cleaning Method - Transfer of Japanese
IWC-93-42 true BWR Deep Bed Condensate Polisher - Corrosion Product Removal with Im
IWC-79~09 true BWR Radwaste Filtration Pilot Plant Study Comparison
IWC-79~09D true BWR Radwaste Filtration Pilot Plant Study Comparison
IWC-00-24 true Calcium Carbonate Deposition from Industrial Process Water and It's Mitig
IWC-00-24D true Calcium Carbonate Deposition from Industrial Process Water and It's Mitig
IWC-07-35 true Calcium Hypochlorite versus Bromine in Cooling Water Treatment
IWC-07-35D true Calcium Hypochlorite versus Bromine in Cooling Water Treatment
IWC-06-06 true Calcium Removal from Water
IWC-06-06D true Calcium Removal from Water
IWC-80-41 true Calculations of Cooling Water Systems
IWC-80-31 true Calculations of Steam Generator Chemistry
IWC-80-34 true Calculations of Steam Generator Chemistry (Boiler-Total System Accounti
IWC-05-30 true Capacitive Deionization Technology: An Alternative Desalination Solution
IWC-72~12 true Capillary Action Applied to Sludge Dewatering
IWC-99-22 true Capillary UF as RO Pretreatment
IWC-99-22D false Capillary UF as RO Pretreatment
IWC-96-72 true Capital and Service Contract Reverse Osmosis System at TVA's Fossil Pl
IWC-96-72D true Capital and Service Contract Reverse Osmosis System at TVA's Fossil Pl
IWC-00-05 true Capital versus Service Contract Make-Up Systems at Intervapeur Cogene
IWC-00-05D true Capital versus Service Contract Make-Up Systems at Intervapeur Cogene
IWC-95-69 true Carbon-Add® in Freshwater - a New Product to Improve the Water Quality
IWC-95-41 true Carbon Dioxide and Dissolved Oxygen Removal from Makeup Water by G
IWC-95-41D true Carbon Dioxide and Dissolved Oxygen Removal from Makeup Water by G
IWC-91-19 true Carbon Dioxide and Fossil Plant Cycle Chemistry
IWC-91-19D true Carbon Dioxide and Fossil Plant Cycle Chemistry
IWC-91-19AC true Carbon Dioxide and Fossil Plant Cycle Chemistry
IWC-98-59 true Carbon Dioxide Assisted Corrosion of Stainless Steel
IWC-62~8 true Carboxylic Resins in Water Treatment
IWC-05-64 true CARIX – 20 Years of Non-Polluting Ion Exchange Technology
IWC-05-64D true CARIX – 20 Years of Non-Polluting Ion Exchange Technology
IWC-02-14 true Case Histories on Legionnaires‘ Disease from Cooling Tower Systems – W
IWC-02-14D true Case Histories on Legionnaires‘ Disease from Cooling Tower Systems – W
IWC-07-46 true Case Histories: Using Tin Technology to Control Corrosion in Water Syste
IWC-98-25 true Case History: Control of MIC and Macrofouling in SWS: Case History
IWC-94-75 true Case History in the Application of Deaerator Design Principles
IWC-94-75D true Case History in the Application of Deaerator Design Principles
IWC-91-44 true Case History - Investigation, Inspection and Treatment Program Develope
IWC-94-76 true Case History: Microprocessor-Based Chlorine Residual Analyzer Provides
IWC-94-76D true Case History: Microprocessor-Based Chlorine Residual Analyzer Provides
IWC-81-09 true Case History of a Chemical Waste Landfill
IWC-81-09D true Case History of a Chemical Waste Landfill
IWC-04-29 false Case History of a Heat Recovery Steam Generator System Failure
IWC-89-23 true Case History of a Reverse Osmosis System on High Organic Content We
IWC-89-23D false Case History of a Reverse Osmosis System on High Organic Content We
IWC-05-24 true Case History of the Premcor Refinery Wastewater Treatment Plant on the
IWC-05-24AC true Case History of the Premcor Refinery Wastewater Treatment Plant on the
IWC-05-24D true Case History of the Premcor Refinery Wastewater Treatment Plant on the
IWC-95-46 true Case History: Performance Evaluation of Ozone Cooling Water Treatment
IWC-95-46D true Case History: Performance Evaluation of Ozone Cooling Water Treatment
IWC-07-63 true Case Studies Using New Luminescent Technology for ppb Levels of Disso
IWC-05-53 true Case Study of Anaerobic Treatment of Winery Wastewater
IWC-98-23 true Case Study of Complex Pitting Corrosion on 316L Stainless Steel Conden
IWC-94-56 true Case Study: Wastewater Recycling at an Acrylics Manufacturing Plant in M
IWC-94-56D true Case Study: Wastewater Recycling at an Acrylics Manufacturing Plant in M
IWC-92-49 false Case Study: Wastewater Recycling System at the World's First Zero Efflue
IWC-90-05 true Case Study: Zero Liquid Discharge Water Treatment System at the Stratto
IWC-90-05D true Case Study: Zero Liquid Discharge Water Treatment System at the Stratto
IWC-90-05AC true Case Study: Zero Liquid Discharge Water Treatment System at the Stratto
IWC-90-03 true Catalytic Hydrogen Deoxygenation and Triple Membrane Demineralization
IWC-90-03D true Catalytic Hydrogen Deoxygenation and Triple Membrane Demineralization
IWC-90-03AC true Catalytic Hydrogen Deoxygenation and Triple Membrane Demineralization
IWC-43~7 true Catalytic Lime Soda Softening by the Spiractor
IWC-41~2 true Cathodic Protection of Aluminum Equipment Exposed to Industrial Waters
IWC-44~5 true Cathodic Protection of Steel Equipment Submerged in Water
IWC-01-18 true Cation Conductivity and Power Plant Reliability - A 20-Plant Survey
IWC-01-20 false Cation Conductivity in HRSG Steam
IWC-97-48 true Cation Conductivity Temperature Compensation
IWC-48~2 true Cation Exchangers - Operation on the Hydrogen Cycle
IWC-84-73 true Cationic Polyelectrolyte Fouling of Cation Exchange Resins
IWC-84-73D true Cationic Polyelectrolyte Fouling of Cation Exchange Resins
IWC-79~50 true Cationic Starches as Industrial Flocculants
IWC-51~19 true Cause and Control of Iron Oxide Deposits in High Pressure Boilers
IWC-99-20 true Ceramic Membrane Microfiltration in the Treatment of Domestic Sewage —
IWC-99-20D false Ceramic Membrane Microfiltration in the Treatment of Domestic Sewage —
IWC-97-77 true Ceramic Membrane Pretreatment of Warm Surface Water Supplies for Fe
IWC-97-77D true Ceramic Membrane Pretreatment of Warm Surface Water Supplies for Fe
IWC-93-19 true Ceramic Microfilters for Pretreatment Prior to Reverse Osmosis
IWC-59~14 true Certification of Redwood and Effect of Oxidizing Agents on Redwood in Co
IWC-97-63 true CFD Modeling of the Dispersion of Contaminants in the Clinch River
IWC-97-63D true CFD Modeling of the Dispersion of Contaminants in the Clinch River
IWC-07-54 true Challenges in Licensing and Water Treatment Design for the New Genera
IWC-07-54D true Challenges in Licensing and Water Treatment Design for the New Genera
IWC-03-26 true Challenges in Managing Reclaimed Water Quality: Perspectives from the
IWC-08-61 true Challenges in Meeting Condensate, Feedwater, and Steam/Water Quality
IWC-08-61D1 true Challenges in Meeting Condensate, Feedwater, and Steam/Water Quality
IWC-08-61D2 true Challenges in Meeting Condensate, Feedwater, and Steam/Water Quality
IWC-08-61D3 true Challenges in Meeting Condensate, Feedwater, and Steam/Water Quality
IWC-08-61AC true Challenges in Meeting Condensate, Feedwater, and Steam/Water Quality
IWC-05-12 true Challenges in Rebuilding Iraq's Water Infrastructure
IWC-73~1 true Changing Federal-State Relationships in Water Pollution Control Program
IWC-41~1 true Characteristics and Cost of Corrosion
IWC-82-37 true Characterization and Thermal Stability of Polymers for Boiler Treatment
IWC-82-37D true Characterization and Thermal Stability of Polymers for Boiler Treatment
IWC-83-09 true Characterization and Treatment of Trace Metals in Coal Pile Drainage
IWC-83-09D true Characterization and Treatment of Trace Metals in Coal Pile Drainage
IWC-80-16 true Characterization of Impurities in the Feed Water, Steam and Condensate
IWC-80-16D true Characterization of Impurities in the Feed Water, Steam and Condensate
IWC-79~27 true Characterization of Industrial Process Waters and Water-Formed Deposits
IWC-79~27D true Characterization of Industrial Process Waters and Water-Formed Deposits
IWC-07-65 false Characterization of Selenium Species in Flue Gas Desulfurization Waters
IWC-86-13 true Characterization vs. Identification of Organics in Boiler Feed Water Treatm
IWC-86-13D true Characterization vs. Identification of Organics in Boiler Feed Water Treatm
IWC-98-31 true Characterizing Wastewater Streams at Electric Utility Power Plants – Colle
IWC-65~10 true Chelating Agent for Boiler Treatment
IWC-65~6 true Chelating Agents as In-Service Cleaners - Field Results
IWC-68~8 true Chelating Agents in the Treatment of Boiler Feedwater
IWC-75~14 true Chemical and Mechanical Cleaning of Condenser Systems for Electric Ge
IWC-75~14D true Chemical and Mechanical Cleaning of Condenser Systems for Electric Ge
IWC-90-62 true Chemical Changes in Water/Steam Cycle of Fossil Power Plants under Cy
IWC-03-34 true Chemical Cleaning A Boiler - An Overview
IWC-03-34D true Chemical Cleaning A Boiler - An Overview
IWC-93-57 true Chemical Cleaning and Passivation of the Brass Condenser Tubes
IWC-02-09 true Chemical Cleaning Heat Recovery Steam Generator‘s (HRSG‘s) - Top 11
IWC-67~20 true Chemical Cleaning Inhibited HCl vs. EDTA
IWC-60~3 true Chemical Cleaning of Boiler and Pre-Boiler Cycle - Shawville Station
IWC-93-05 false Chemical Cleaning of Boilers
IWC-93-05D false Chemical Cleaning of Boilers
IWC-61~6 true Chemical Cleaning of Boilers and Auxiliaries by the Sumco Hi-Flo Method
IWC-60~18 true Chemical Cleaning of Boiling Water Reactor and Steam-Water System at
IWC-95-68 true Chemical Cleaning of HP Turbines at Columbia Energy Center
IWC-95-68D true Chemical Cleaning of HP Turbines at Columbia Energy Center
IWC-02-61 true Chemical Cleaning of Industrial Utility Systems
IWC-87-23 true Chemical Cleaning of the Boiler, Superheater, Reheater and Main Steam
IWC-71~8 true Chemical Cleaning Research for Nuclear Steam Generators
IWC-61~4 true Chemical Cleaning with Foamed Solvents
IWC-00-22 true Chemical Conditioning Programme for an Evaporative Tower Cooling Circ
IWC-80-25 true Chemical Equilibria in Aqueous Systems at High Temperatures
IWC-49~13 true Chemical Feed Systems
IWC-41~13 true Chemical Laboratory for Water Treatment Control in the New Power Plant
IWC-98-30 true Chemically Foam Cleaning High Pressure Steam Turbines
IWC-93-27 true Chemical Modeling in Nuclear Turbines
IWC-93-27D true Chemical Modeling in Nuclear Turbines
IWC-93-27AC true Chemical Modeling in Nuclear Turbines
IWC-49~12 true Chemical Quality of Industrial Surface Waters of Pennsylvania
IWC-61~5 true Chemical Removal of Magnetite and Copper
IWC-87-17 true Chemical Transport and Turbine Corrosion in Phosphate Treated Drum Bo
IWC-87-17D true Chemical Transport and Turbine Corrosion in Phosphate Treated Drum Bo
IWC-03-22 true Chemical vs. Non-chemical Cooling Water Treatments - a Side-by-Side C
IWC-03-22D true Chemical vs. Non-chemical Cooling Water Treatments - a Side-by-Side C
IWC-06-37 true Chemistry Challenges for Cycling Heat Recovery Steam Generators
IWC-00-43 true Chemistry Challenges to Meet NOx Injection Water and HRSG Cycle Mak
IWC-74~13 true Chemistry of Lime/Limestone Scrubbing Liquor from Power Plant Stack G
IWC-55~3 false Chloride Stress Corrosion of Stainless Steels
IWC-65~23 true Chlorination of Large Cooling Water Supplies
IWC-94-03 true Chlorine Dioxide- A Molluscicidal Agent for Adult Zebra Mussel Eradication
IWC-04-12 true Chlorine Dioxide for Legionella Control in a Hospital Water System: Monito
IWC-75~21 true Chlorine Dioxide Multi-Purpose Oxidant for Water/Wastewater Treatment
IWC-75~22 true Chlorine Monitoring in Cooling Water Discharge
IWC-94-09 true Chlorine Residual? Or ORP? For Wastewater Chlorination Control
IWC-94-09D true Chlorine Residual? Or ORP? For Wastewater Chlorination Control
IWC-93-03 false Choosing and Operating an Ozone System for Cooling Tower Treatment
IWC-93-03D false Choosing and Operating an Ozone System for Cooling Tower Treatment
IWC-76~04 true Chromate and Water Recovery from a Tin Plating Operation using Ion Exc
IWC-76~04D true Chromate and Water Recovery from a Tin Plating Operation using Ion Exc
IWC-41~7 true Chromate Corrosion Inhibitors
IWC-77~18 true Chromate Removal by Ion Exchange
IWC-77~18D true Chromate Removal by Ion Exchange
IWC-48~11 true Circulating Water Treatment Practice
IWC-46~10 true Clarification of Industrial Wastes and Wasted Efforts
IWC-59~12 true Classification of Cooling Tower Wood Deterioration
IWC-82-49 true Cleaning and Passivating Cooling Water Systems
IWC-94-73 true Cleaning of Oil Field Softener Resins
IWC-95-27 false Cleaning of Steamside Surfaces: Design, Preparation and Performance
IWC-95-27D false Cleaning of Steamside Surfaces: Design, Preparation and Performance
IWC-92-50 true Cleaning the Water at a Clean Air Plant: Early Operating Data from the Nip
IWC-92-50AC true Cleaning the Water at a Clean Air Plant: Early Operating Data from the Nip
IWC-92-50D true Cleaning the Water at a Clean Air Plant: Early Operating Data from the Nip
IWC-07-48 true Closed Cooling System Treatment: Using Phosphinosuccinate Oligomers
IWC-71~17 true Closed-Cycle Industrial Water Use Systems
IWC-92-23 true Cloth1ng a Naked Unit: Condensate Polishing Installed
IWC-92-23AC true Cloth1ng a Naked Unit: Condensate Polishing Installed
IWC-92-23D true Cloth1ng a Naked Unit: Condensate Polishing Installed
IWC-61~13 true Coagulant Coatings Open New Applications to Filter Aids
IWC-95-24 false Coagulation/Flocculation Mechanisms, Floc Geometry and the Mode of De
IWC-54~4 true Coal Mine Drainage
IWC-82-30 true Co-Counter-Current Regeneration in Ion Exchange Systems
IWC-82-30D true Co-Counter-Current Regeneration in Ion Exchange Systems
IWC-95-32 true Co-Current Ion Exchange vs. Amberpack
IWC-97-35 true COD Reduction in Effluent arising from Treatment of Spent Cutting Fluids
IWC-45~5 true Cold Water Vacuum Deaeration
IWC-86-31 true Colloidal Silica Removal by Ultrafiltration
IWC-86-31D true Colloidal Silica Removal by Ultrafiltration
IWC-82-27 true Colloidal Silica Removal to the ppb Range: a Reality with Mixed Media Filt
IWC-83-37 true Colloidal Silica Removal with Ion Exchange Resin at Milliken Station
IWC-84-13 true Colorimetric Determination of Trace Benzotriazole or Tolyltriazole
IWC-66~5 true Color Removal from a New England River Water
IWC-88-31 true Combination Cooling Water/FGD Wet Scrubber Chemical Treatment at M
IWC-88-31D true Combination Cooling Water/FGD Wet Scrubber Chemical Treatment at M
IWC-88-31AC true Combination Cooling Water/FGD Wet Scrubber Chemical Treatment at M
IWC-82-19 true Combined Alkaline/Breakpoint Chlorination Treatment Process
IWC-82-19D true Combined Alkaline/Breakpoint Chlorination Treatment Process
IWC-78~18 true Combined Conditioning of Water-Steam Cycle of Power-Generating Units
IWC-78~18D true Combined Conditioning of Water-Steam Cycle of Power-Generating Units
IWC-02-38 true Combined Cycle ACC Power Plant Zero Discharge Optimization: Design V
IWC-99-13 true Combined Cycle and Cogeneration System Water Chemistry and Operatio
IWC-90-42 true Combined Water Treatment (CWT) in Once Through Boilers: ENEL Exper
IWC-90-42D true Combined Water Treatment (CWT) in Once Through Boilers: ENEL Exper
IWC-90-42AC true Combined Water Treatment (CWT) in Once Through Boilers: ENEL Exper
IWC-85-30 true Commercial Production of Ultrapure Water by Fully-Automatic Triple-Mem
IWC-85-30D true Commercial Production of Ultrapure Water by Fully-Automatic Triple-Mem
IWC-03-19 true Commissioning Challenges for a Water Treatment Plant Designed to Trea
IWC-08~S17PD true COMMISSIONING HIGH PRESSURE POWER PLANTS
IWC-07-41 true Commission of a Water Treatment System in NZ
IWC-95-25 true Comparative Effectiveness of a Single-Component Antiscalant vs. a Multic
IWC-89-38 true Comparative Evaluation of Condensate Polisher Design and Performance
IWC-89-38D true Comparative Evaluation of Condensate Polisher Design and Performance
IWC-89-38AC true Comparative Evaluation of Condensate Polisher Design and Performance
IWC-86-50 true Comparative Investigation into Corrosion Inhibitors for Copper
IWC-08-46 true Comparing Conventional and Membrane Pre-Treatment on Seawater Osm
IWC-08-46D true Comparing Conventional and Membrane Pre-Treatment on Seawater Osm
IWC-01-48 true Comparing the Crud-Holding Capacity of Powdered Resin Mixes Containin
IWC-01-48D true Comparing the Crud-Holding Capacity of Powdered Resin Mixes Containin
IWC-82-52 true Comparison of Anion Kinetic Leakage in Mixed Bed Operation and in Sing
IWC-55~9 true Comparison of High Rate Units with Conventional Sedimentation Basin Ty
IWC-87-20 true Comparison of New Zealand and United States Practices for Fossil Plant C
IWC-87-20D true Comparison of New Zealand and United States Practices for Fossil Plant C
IWC-90-19 true Comparison of Operating Data from Three Type I Gel Anion Resins
IWC-90-19D true Comparison of Operating Data from Three Type I Gel Anion Resins
IWC-88-43 true Comparison of Oxygen Control and Amine Strategies to Minimize Crud Lo
IWC-88-43D true Comparison of Oxygen Control and Amine Strategies to Minimize Crud Lo
IWC-96-03 true Comparison of Silentsteam™ Blowing with Conventional Steam Cycle Cle
IWC-96-03D true Comparison of Silentsteam™ Blowing with Conventional Steam Cycle Cle
IWC-53~10 true Comparison of the Action of Ammonia, Amines, and Hydrazine in Reducin
IWC-74~17 true Comparison Study of Non-Chromate Cooling Water Corrosion Inhibitors
IWC-85-45 true Compatibility of DBNPA with Chlorine as Water Treatment Biocides
IWC-85-45D true Compatibility of DBNPA with Chlorine as Water Treatment Biocides
IWC-71~4 true Complete Automation of Boiler Plant Chemical Control
IWC-98-53 true Complete Reuse of Wastewater from a Refinery/Petrochemical Complex
IWC-98-53D true Complete Reuse of Wastewater from a Refinery/Petrochemical Complex
IWC-76~13 true Complying with NPDES Monitoring Requirements for Cooling Water: A Ca
IWC-76~13D true Complying with NPDES Monitoring Requirements for Cooling Water: A Ca
IWC-97-17 true Comprehensive Specifications for Contracted Water Treatment Service Pr
IWC-97-17D true Comprehensive Specifications for Contracted Water Treatment Service Pr
IWC-97-17AC true Comprehensive Specifications for Contracted Water Treatment Service Pr
IWC-51~3 true Compression Distillation
IWC-80-32 true Computat1on of Chemical Equilibria in Steam Generator Water
IWC-84-06 true Computer-Aided Power Plant Chemistry Evaluation
IWC-84-06D true Computer-Aided Power Plant Chemistry Evaluation
IWC-77~12 true Computer Control of a Utility Make-Up Demineralizer
IWC-77~12D true Computer Control of a Utility Make-Up Demineralizer
IWC-89-55 true Computer Control of Reverse Osmosis
IWC-89-55D true Computer Control of Reverse Osmosis
IWC-89-55AC true Computer Control of Reverse Osmosis
IWC-83-26 true Computerization of Generating Station Water Chemistry Data in the GPU
IWC-83-26D true Computerization of Generating Station Water Chemistry Data in the GPU
IWC-89-41 true Computerized Chemistry Data Acquisition and Management (CCDAMS)
IWC-89-41D false Computerized Chemistry Data Acquisition and Management (CCDAMS)
IWC-91-47 true Computerized Ion Association Model Profiles Complete Range of Cooling
IWC-80-42 true Computerized Water Modeling in the Design and Operation of Industrial W
IWC-84-104 true Computer Modeling of Cooling Water Chemistry
IWC-89-22 true Computer Simulation of Groundwater Contamination Caused by Petroleum
IWC-89-22D true Computer Simulation of Groundwater Contamination Caused by Petroleum
IWC-51~18 true Concentrating Films: Their Role in Boiler Scale and Corrosion Problems
IWC-98-57 true Concentration of Corrosive Impurities Due to Early Condensation — Effec
IWC-98-57D true Concentration of Corrosive Impurities Due to Early Condensation — Effec
IWC-98-57AC true Concentration of Corrosive Impurities Due to Early Condensation — Effec
IWC-80-17 true Condensate Feed Water, Steam Sampling and Analysis in Ontario Hydro
IWC-80-17D true Condensate Feed Water, Steam Sampling and Analysis in Ontario Hydro
IWC-61~8 true Condensate Filtration Equipment Design -and Operating Results in Centra
IWC-85-13 true Condensate Polisher Experiences Recently Encountered in Conversion to
IWC-85-13D true Condensate Polisher Experiences Recently Encountered in Conversion to
IWC-83-16 true Condensate Polisher Performance at the Surry Nuclear Power Station
IWC-83-16D true Condensate Polisher Performance at the Surry Nuclear Power Station
IWC-83-15 true Condensate Polisher Resin Leakage and Resin Transport Studies
IWC-83-15D true Condensate Polisher Resin Leakage and Resin Transport Studies
IWC-87-54 true Condensate Polishers-their Effect on Steam Generator Chemistry
IWC-87-54D true Condensate Polishers-their Effect on Steam Generator Chemistry
IWC-99-55 true Condensate Polisher Upgrade at Conemaugh Station
IWC-99-55D true Condensate Polisher Upgrade at Conemaugh Station
IWC-08-27 true Condensate Polishing and Reclamation in Hydrocarbon Processing and C
IWC-06-43 true Condensate Polishing: An Overview of Available Technologies, Advantage
IWC-06-43D true Condensate Polishing: An Overview of Available Technologies, Advantage
IWC-90-09 true Condensate Polishing at Elevated Temperatures
IWC-90-09D true Condensate Polishing at Elevated Temperatures
IWC-90-09AC true Condensate Polishing at Elevated Temperatures
IWC-79~01 true Condensate Polishing Experience at Three Mile Island, Unit Two
IWC-79~01D1 true Condensate Polishing Experience at Three Mile Island, Unit Two
IWC-79~01D2 true Condensate Polishing Experience at Three Mile Island, Unit Two
IWC-79~01AC true Condensate Polishing Experience at Three Mile Island, Unit Two
IWC-76~15 true Condensate Polishing Experience at Waterlee Station
IWC-76~15D true Condensate Polishing Experience at Waterlee Station
IWC-02-21 true Condensate Polishing for Fossil Power Stations: A Review of Recent Work
IWC-08-02 true Condensate Polishing For Nuclear and Super Critical Power Plants for the
IWC-08-02D true Condensate Polishing For Nuclear and Super Critical Power Plants for the
IWC-08-03 true Condensate Polishing System Upgrade with Melt-blown, Reverse Gradien
IWC-08-03D true Condensate Polishing System Upgrade with Melt-blown, Reverse Gradien
IWC-85-38 true Condenser Air Inleakage and Dissolved Oxygen Control Testing at Callaw
IWC-99-10 true Condenser Chemistry and Performance Monitoring: A Critical Necessity fo
IWC-99-10D false Condenser Chemistry and Performance Monitoring: A Critical Necessity fo
IWC-92-08 true Condenser Cooling Water Scale Inhibition at Houston Lighting & Power, W
IWC-43~3 true Conditions Leading to Anaerobic Corrosion
IWC-78~39 true Conductometric Determination of Dissolved CO2 in Power Plant Condens
IWC-92-05 true Conquering Unique Design Problems of a Zero Discharge at a World Clas
IWC-74~21 true Consideration in the Design and Operation of Reverse Osmosis Systems
IWC-07-38 true Considerations Impacting the Technology Selection Process for FGD Purg
IWC-07-38D true Considerations Impacting the Technology Selection Process for FGD Purg
IWC-07-33 true Considerations in Returning a Moth Balled Unit to Service
IWC-96-78 true Consolidated Tailings Release Water Chemistry
IWC-96-78D true Consolidated Tailings Release Water Chemistry
IWC-05-71 true Constructed Wetlands for FGD Blowdown Treatment Design and Constru
IWC-94-44 true Constructed Wetlands for Industrial Wastewater Treatment
IWC-94-44D false Constructed Wetlands for Industrial Wastewater Treatment
IWC-45~7 true Construction and Maintenance of Water Wells
IWC-87-50 true Containerized Treatment System Overcomes Problems, Delivers High Pu
IWC-87-50D true Containerized Treatment System Overcomes Problems, Delivers High Pu
IWC-87-25 true Contaminated Boiler Systems-Treatment Results of Phosphate vs. Organi
IWC-87-25D true Contaminated Boiler Systems-Treatment Results of Phosphate vs. Organi
IWC-64~4 true Continuous Analysis for Monitoring and Control of Water Conditions inPow
IWC-81-13 true Continuous and Grab Sampling and Analysis of High Purity Steam
IWC-81-13D true Continuous and Grab Sampling and Analysis of High Purity Steam
IWC-07-70 true Continuous Blow Down Water Re-Use in Suralaya Coal Fired Power Plant
IWC-64~18 true Continuous Boiler Treatment with EDTA
IWC-65~8 true Continuous Boiler Treatment with EDTA; In-Service Cleaning
IWC-65~22 true Continuous Countercurrent Ion Exchange, A Proven Low Cost Process
IWC-66~2 true Continuous Flow Ion Exchange by the Degremont-Asahi Process
IWC-68~16 true Continuous Glass Electrode Measurements of Sodium Ion in Power Plant
IWC-67~3 true Continuous Ion Exchange and Its Application to Water Treating and Pollut
IWC-80-36 true Continuous Ion Exchange for Metal Recovery and Water Treatment
IWC-78~33 true Continuous Monitoring of 1.5 mg/L of Anions in Feedwater by Electrical Co
IWC-90-59 true Continuous On-Line Monitoring of H2S and Combustible Gases in Cooling
IWC-05-68 true Continuous Real Time Water Monitoring for Radionuclides
IWC-05-68D true Continuous Real Time Water Monitoring for Radionuclides
IWC-96-74 true Contrasts of Capital Purchase of Water Treatment Systems vs. Full Servic
IWC-96-74D true Contrasts of Capital Purchase of Water Treatment Systems vs. Full Servic
IWC-69~12 true Control and Automation of Chromate Waste Reduction Plants
IWC-07-13 true Controlling Chemistry during Startup and Commissioning of Once-Through
IWC-07-13D true Controlling Chemistry during Startup and Commissioning of Once-Through
IWC-82-17 true Controlling Clarification Using a Streaming Current Detector (SCD)
IWC-82-17D true Controlling Clarification Using a Streaming Current Detector (SCD)
IWC-86-35 true Controlling Corrosion in Admiralty Surface Condensers - A New Approach
IWC-86-35D true Controlling Corrosion in Admiralty Surface Condensers - A New Approach
IWC-01-28 true Controlling Corrosion of Copper within a Turbine Generator by Conditionin
IWC-77~05 true Controlling Corrosion Problems with the New High Technology Stainless S
IWC-77~05D true Controlling Corrosion Problems with the New High Technology Stainless S
IWC-95-10 true Controlling Costly Corrosion in Continuous Food Processing Equipment
IWC-95-10D true Controlling Costly Corrosion in Continuous Food Processing Equipment
IWC-01-31 false Controlling Legionella in Cooling Systems
IWC-96-25 true Controlling Microbiological Fouling in a Refinery Cooling Water System us
IWC-96-25D true Controlling Microbiological Fouling in a Refinery Cooling Water System us
IWC-90-24 true Controlling Sludge Dewatering with Streaming Current and Advanced Micr
IWC-90-24D true Controlling Sludge Dewatering with Streaming Current and Advanced Micr
IWC-76~07 true Control of Corrosion Products Movement and Deposited Activities in Reac
IWC-76~07D true Control of Corrosion Products Movement and Deposited Activities in Reac
IWC-76~07AC true Control of Corrosion Products Movement and Deposited Activities in Reac
IWC-69~15 true Control of Deposition in Cooling Water Systems
IWC-97-57 true Control of Flow-Accelerated Corrosion in Fossil, Cogeneration and Industr
IWC-90-29 true Control of Iron and Silica with Polymeric Dispersants
IWC-64~12 true Control of Non-Reactive Silica in the Boiler Feedwater of a High Pressure
IWC-52~12 true Control of Resinous Materials in Low Pressure Boiler Feedwaters
IWC-82-36 true Control of Secondary Coolant Chemistry in Japanese PWR Plants
IWC-82-36D true Control of Secondary Coolant Chemistry in Japanese PWR Plants
IWC-82-36AC true Control of Secondary Coolant Chemistry in Japanese PWR Plants
IWC-54~15 true Control Problems, Automatic, Semi-Manual, Interlocks and Limits Check S
IWC-95-34 true Conversion of a Co-Flow Demineralizer into an Upcore* Packed Bed Syste
IWC-92-56 true Conversion of a High Pressure Drum Boiler from AVT to Equilibrium Phos
IWC-57~22 true Coolant Technology at the Army Package Power Reactor
IWC-56~4 true Coolant Technology in Pressurized Water Reactors
IWC-74~3 true Cooling Tower and Makeup Treatment Eliminate Condenser Deposits
IWC-91-40 true Cooling Tower Biofouling Control: a Case History
IWC-05-47 true Cooling Tower Diagnostic Testing Technique Solves Refinery Bottleneckin
IWC-05-48 true Cooling Tower Film-fill Foulant Removal in a Petrochemical Plant
IWC-05-48D true Cooling Tower Film-fill Foulant Removal in a Petrochemical Plant
IWC-61~3 true Cooling Tower Preservation by Steam Sterilization and Chemical Distillatio
IWC-07-36 true Cooling Tower Retrofit to a Once-Through Cooled Unit
IWC-07-36AC true Cooling Tower Retrofit to a Once-Through Cooled Unit
IWC-07-36D true Cooling Tower Retrofit to a Once-Through Cooled Unit
IWC-99-42 true Cooling Towers and Secondary Waste Water Makeup: Four Years' Opera
IWC-68~20 true Cooling Towers as a Biological Environment
IWC-08-21 true Cooling Towers, Drift, and Legionellosis
IWC-08-21D true Cooling Towers, Drift, and Legionellosis
IWC-08-21AC true Cooling Towers, Drift, and Legionellosis
IWC-99-17 true Cooling Tower Systems & Legionella Bacteria: Recent USA Incidents/Outb
IWC-04-02 true Cooling Tower Water Systems and Legionnaires' Disease: Lessons Learn
IWC-04-02D true Cooling Tower Water Systems and Legionnaires' Disease: Lessons Learn
IWC-98-43 true Cooling Water Chlorine Addition Strategies: One Plant‘s Experience
IWC-08-41 true Cooling Water Hardness and Chloride Reduction (A Novel Chemical Trea
IWC-08-41D true Cooling Water Hardness and Chloride Reduction (A Novel Chemical Trea
IWC-72~22 true Cooling Water Performance with the New Polymer/Silicate Program
IWC-85-35 true Cooling Water Product Evaluation and Selection: a Case Study
IWC-92-07 true Cooling Water Scale Control Using Liquid CO2
IWC-92-07D false Cooling Water Scale Control Using Liquid CO2
IWC-92-07AC true Cooling Water Scale Control Using Liquid CO2
IWC-99-47 true Cooling Water Scale & Scaling Indices: What They Mean — How to Use T
IWC-99-47D true Cooling Water Scale & Scaling Indices: What They Mean — How to Use T
IWC-99-47AC true Cooling Water Scale & Scaling Indices: What They Mean — How to Use T
IWC-89-06 true Cooling Water Technology of the 1990's
IWC-89-06D true Cooling Water Technology of the 1990's
IWC-89-06AC true Cooling Water Technology of the 1990's
IWC-87-21 true Cooling Water Treatment Applications Following an Unscheduled Two Mo
IWC-87-21D true Cooling Water Treatment Applications Following an Unscheduled Two Mo
IWC-56~1 true Cooling Water Treatment for Naval Diesel Engines
IWC-85-43 true Cooling Water Treatment Using a Liquified Gas Feeder and Bromine Chlo
IWC-85-43D true Cooling Water Treatment Using a Liquified Gas Feeder and Bromine Chlo
IWC-81-02 true Cooling Water Use in Energy Industries
IWC-81-02D true Cooling Water Use in Energy Industries
IWC-96-08 true Copper Deposition and MW Loss: Problem and its Solutions
IWC-96-08D true Copper Deposition and MW Loss: Problem and its Solutions
IWC-96-08AC true Copper Deposition and MW Loss: Problem and its Solutions
IWC-98-22 true Copper Fouling of High-Pressure Utility Turbines: Summary of Discussion
IWC-91-48 true Copper Problems at Laramie River Station
IWC-91-48D true Copper Problems at Laramie River Station
IWC-94-23 true Copper Reduction by the Iron Coprecipitation Process, Appalachian Powe
IWC-94-23D true Copper Reduction by the Iron Coprecipitation Process, Appalachian Powe
IWC-02-22 true Copper Transport in Fossil Utility Cycles
IWC-05-15PD true CORROSION AND DEPOSITION IN STEAM TURBINES SESSION – PA
IWC-52~9 true Corrosion and Its Control
IWC-99-53 true Corrosion Behavior in Turbine System under Neutral Pure Water Condition
IWC-91-50 true Corrosion, Cleaning and Preventing it: the Navy's Water Cooled VLF Tran
IWC-80-20 true Corrosion Control in Large Cooling Systems with Molybdates
IWC-80-20D true Corrosion Control in Large Cooling Systems with Molybdates
IWC-43~1 true Corrosion Control with Calgon
IWC-93-38 true Corrosion Fatigue of Boiler Tubing - Effect of Water Chemistry
IWC-93-38D true Corrosion Fatigue of Boiler Tubing - Effect of Water Chemistry
IWC-86-37 true Corrosion Inhibition Techniques in Recirculating Cooling Water
IWC-86-37D true Corrosion Inhibition Techniques in Recirculating Cooling Water
IWC-88-44 true Corrosion Inhibitor Performance in a Scale Model Cooling Water System S
IWC-88-44D true Corrosion Inhibitor Performance in a Scale Model Cooling Water System S
IWC-62~3 true Corrosion in Steam Generators
IWC-53~8 true Corrosion in the Moisture Region of Large Steam Turbines
IWC-02-63 true Corrosion Monitoring Techniques For Industrial Cooling Water and Proces
IWC-66~17 true Corrosion of Carbon Steel Evaporator Tubing in Seawater Distillation Serv
IWC-78~31 true Corrosion of Copper Alloys in High Conductivity Waters
IWC-57~13 true Corrosion Phenomena in Condenser Tubes with Particular Reference to C
IWC-87-22 true Corrosion Prevention of Turbines during Extended Outages Case Historie
IWC-87-22D true Corrosion Prevention of Turbines during Extended Outages Case Historie
IWC-74~11 true Corrosion Problems in Ammonia Plant Waste Heat Boilers and Turbines
IWC-70~8 true Corrosion Product Chemistry of a Boiling Water Reactor
IWC-92-57 true Corrosion Product Control at the Laramie River Station
IWC-92-57AC true Corrosion Product Control at the Laramie River Station
IWC-92-57D true Corrosion Product Control at the Laramie River Station
IWC-81-39 true Corrosion Product Release from Alloys 706 and 715 in Condenser Applica
IWC-81-39D true Corrosion Product Release from Alloys 706 and 715 in Condenser Applica
IWC-79~49 true Corrosion Product Sampling and Mass Balance in a High Pressure Boiler
IWC-71~10 true Corrosion Product Sampling for Aqueous High Temperature Dynamic Sys
IWC-99-51 true Corrosion-Product Transport Analysis by NonDestructive X-Ray and Gamm
IWC-86-24 true Corrosion Product Transport at a Cycling Fossil Plant
IWC-86-24D true Corrosion Product Transport at a Cycling Fossil Plant
IWC-90-44 true Corrosion Rate and Chemical-Physical Parameter Monitoring During the S
IWC-90-44D false Corrosion Rate and Chemical-Physical Parameter Monitoring During the S
IWC-95-59 true Corrosion Reduction in a Cooling System Utilizing Title 22 Reclaimed Wat
IWC-95-59D true Corrosion Reduction in a Cooling System Utilizing Title 22 Reclaimed Wat
IWC-51~10 true Corrosion Resulting from Chemical Cleaning Process
IWC-05-57 true Corrosion Steam Turbines
IWC-03-14 true Cost Effective RO & NF Systems: Importance of O&M Considerations in D
IWC-03-14D true Cost Effective RO & NF Systems: Importance of O&M Considerations in D
IWC-97-69 true Cost of Retrofit of Existing Demineralizers with Packed Beds
IWC-97-69D true Cost of Retrofit of Existing Demineralizers with Packed Beds
IWC-67~18 true Cost of Water at the Odessa, Texas, Industrial Complex
IWC-88-25 true Cost Savings in Treatment of Cooling Water through Use of Ion-Exchange
IWC-76~18 true Countercurrent Demineralizer at Ohio Edison Sammis Station
IWC-66~3 true Counterflow Regeneration
IWC-89-52 true Crud Removal Characteristics of Newly Developed Ion Exchange Resins
IWC-94-41 true Crud Removal Characteristics of Newly Developed Ion Exchange Resins
IWC-91-57 true Crud Removal Characteristics of Newly Developed Ion Exchange Resins (
IWC-90-13 true Current Cooling Water Corrosion Control Technology
IWC-90-13D true Current Cooling Water Corrosion Control Technology
IWC-72~1 true Current Practice in Water and Waste Water Filtration Technology
IWC-92-38 true Current Pretreatment Requirements for Reverse Osmosis Membrane App
IWC-92-45 true Current Reverse Osmosis Problems and Solutions
IWC-02-15 true Current Trends in Ion Exchange Operations – What the Resins are Telling
IWC-02-15AC true Current Trends in Ion Exchange Operations – What the Resins are Telling
IWC-02-15D true Current Trends in Ion Exchange Operations – What the Resins are Telling
IWC-46~11 true Current Trends in the Reuse of Water
IWC-07-21 true Cutting-Edge Technology for Legionella Identification and Control in Coolin
IWC-90-54 true Cycle Chemistry and Diagnosis for Resin Intrusion in Once Through Fossi
IWC-96-36 true Cycle Chemistry in South Africa: "Where are we now and where are we go
IWC-96-36D true Cycle Chemistry in South Africa: "Where are we now and where are we go
IWC-89-13 true Cycle Chemistry Related Boiler Tube Failures and Reduction
IWC-89-13D true Cycle Chemistry Related Boiler Tube Failures and Reduction
IWC-93-09 false Day-To-Day Operation of a Zero Discharge Waste to Energy Facility Using
IWC-49~3 true Deaerating Feed Water Heater Problems
IWC-49~4 true Deaerating Feed Water Heaters - Spray Type vs. Tray Type
IWC-99-54 true Deaeration — the Parallel Difference
IWC-99-54D true Deaeration — the Parallel Difference
IWC-87-26 true Deaerator Cracking, an Industry Update
IWC-87-26D true Deaerator Cracking, an Industry Update
IWC-44~1 true Dealkalizing by a Two-Zone Zeolite System
IWC-04-32 false DEBORAH NAGLE, US EPA - Permits Division, Washington, DC
IWC-62~11 true Dechlorination Ahead of Demineralizers and Similar Applications
IWC-79~46 true Dechlorination Practices and Control
IWC-07-30 true Declining Pressure Method for Boiler Storage and Boiler Cleanliness Asse
IWC-83-38 true Deep Bed Countercurrent Cations
IWC-88-19 true Defining Analytical Methods Performance for Power Plant Aqueous Discha
IWC-88-19D true Defining Analytical Methods Performance for Power Plant Aqueous Discha
IWC-88-19AC true Defining Analytical Methods Performance for Power Plant Aqueous Discha
IWC-08-50 true Defining Green Technology in Water Treatment for Cooling Water System
IWC-08-50D true Defining Green Technology in Water Treatment for Cooling Water System
IWC-99-73 true Degradation of Skimmer Drive Chains in the Primary Clarifiers of a Munici
IWC-99-73D true Degradation of Skimmer Drive Chains in the Primary Clarifiers of a Munici
IWC-99-73AC true Degradation of Skimmer Drive Chains in the Primary Clarifiers of a Munici
IWC-69~21 true Deionization of Waters Containing Organic Matter
IWC-52~3 true Deionization vs. Evaporation of Hard Water Supplies for Boiler Make-up
IWC-91-55 true Deionized Water for Painting Cars
IWC-91-55D true Deionized Water for Painting Cars
IWC-83-01 true Demineralization of a River Water with a High Organic Content
IWC-83-01D true Demineralization of a River Water with a High Organic Content
IWC-45~10 true Demineralization of Water by Ion Exchange
IWC-49~5 true Demineralization Operations at the Dow Chemical Company
IWC-86-16 true Demineralization Retrofit and Upgrade at Jersey Central Power and Light
IWC-97-66 true Demineralizer Reconfiguration Provides added Capacity and Reduces Che
IWC-97-66D true Demineralizer Reconfiguration Provides added Capacity and Reduces Che
IWC-54~14 true Demineralizer Regenerant Handling Problems
IWC-94-22 true Demineralizer Upgrade using Drummonds Double Membrane (DDM) Proc
IWC-61~7 true Demineralizing Experiences at Pennsylvania Power Company
IWC-57~24 true Demineralizing Pilot Plant Studies at the Eddystone Station
IWC-04-19 true Demonstration of an On-site Electrolytic Hypobromite Generator at a Powe
IWC-87-18 true Deoxygenation in a Cycling Fossil Plant
IWC-87-18D true Deoxygenation in a Cycling Fossil Plant
IWC-06-25 true Department of Energy/Office of Fossil Energy's Innovations for Existing Pl
IWC-81-05 true Deposit Growth in a 600 psi Boiler Using Chelate Based Water Treatment
IWC-80-15 true Deposition of Salts from Steam
IWC-80-15D true Deposition of Salts from Steam
IWC-80-15AC true Deposition of Salts from Steam
IWC-52~8 true Depositions and Their Control in Cooling Towers
IWC-64~22 true Depth Filtration for Heavy-Duty High Rate Service
IWC-65~18 true Desalination by the Sul-biSul Process
IWC-06-14 true Desalination of Produced Water using OPUS Technology
IWC-06-14D true Desalination of Produced Water using OPUS Technology
IWC-98-65 true Desalination of Seawater for the Production of Industrial Process Water
IWC-93-21 true Desalination Plant at Debiensko, Poland: Mine Drainage Treatment for Ze
IWC-91-12 true Desalting Brackish Water with Seawater Membranes
IWC-40~6 false Description, Design & Operation of the Accelator.
IWC-40~5 false Description, Design & Operation of the Spaulding Precipitator
IWC-86-09 true Design and Implementation of a Softening Process for High TDS Oil Field
IWC-86-09D true Design and Implementation of a Softening Process for High TDS Oil Field
IWC-78~14 true Design and Maintenance of Ultrapure Water Systems for the Electronics In
IWC-78~14D true Design and Maintenance of Ultrapure Water Systems for the Electronics In
IWC-94-48 true Design and Operating Evaluation of the Water Treatment System for TU E
IWC-94-48D true Design and Operating Evaluation of the Water Treatment System for TU E
IWC-87-48 true Design and Operation of a 2600 psig Model Steam Generator
IWC-84-44 true Design and Operation of a 3,500-Gpm Air Stripping System for VOC Rem
IWC-80-05 true Design and Operation of a Cooling Tower Sidestream Treatment System
IWC-80-05D true Design and Operation of a Cooling Tower Sidestream Treatment System
IWC-78~30 true Design and Operation of a Zero Discharge System at Hayden Station
IWC-78~30D true Design and Operation of a Zero Discharge System at Hayden Station
IWC-78~30AC true Design and Operation of a Zero Discharge System at Hayden Station
IWC-84-23 true Design and Operation of Continuous Ion Exchange Process for Treating U
IWC-05-17 true Design and Operation of Large Scale Reverse Osmosis Elements and Sys
IWC-05-17D true Design and Operation of Large Scale Reverse Osmosis Elements and Sys
IWC-60~15 true Design and Operation of the Treated Water System in a 60,000 BPD Integ
IWC-95-36 false Design and Start-Up of a Flue Gas Desulfurization, (FGD), Purge Water T
IWC-91-04 true Design and Start-Up of the Zero Discharge Facility at Ocean State Power
IWC-99-56 true Design-Build of a 2800 gpm Microfiltration, Reverse Osmosis and Mixed B
IWC-99-56D false Design-Build of a 2800 gpm Microfiltration, Reverse Osmosis and Mixed B
IWC-08-16 true Design Challenges in Implementing Water Management Controls: A New
IWC-08-16D true Design Challenges in Implementing Water Management Controls: A New
IWC-59~3 true Design Consideration and Operating Experiences in Clarification of High C
IWC-93-52 true Design Considerations for Oxygen Feed Systems for Oxygenated Feedwa
IWC-08-68 true Design Considerations for Upgrading POTWs to Treat Power Plant Waste
IWC-08-68D true Design Considerations for Upgrading POTWs to Treat Power Plant Waste
IWC-06-41 true Design, Construction and Operation of a 6,730 gpm RO/CEDI System for
IWC-08-53 true Design & Construction of a Riverbank Filtration Cooling Water Supply for a
IWC-08-53D true Design & Construction of a Riverbank Filtration Cooling Water Supply for a
IWC-02-17 true Design Criteria for Selection of Ion Exchange Based RO Permeate Polishi
IWC-02-17D true Design Criteria for Selection of Ion Exchange Based RO Permeate Polishi
IWC-40~7 false Design, Description & Operation of the Flocculators
IWC-05-70 true Designing Constructed Wetlands for Mitigating Risks from Flue Gas Desu
IWC-05-70D true Designing Constructed Wetlands for Mitigating Risks from Flue Gas Desu
IWC-07-37 true Designing Constructed Wetlands for Mitigating Risks from Flue Gas Desu
IWC-06-36 true Designing HRSG‘s for Cycling
IWC-71~2 true Design of a Submerged Jet Thermal Discharge and Its Effects on Lake On
IWC-93-08 true Design of a Zero Discharge Cooling Water System for a World Class Petr
IWC-72~14 true Design of Liquid Waste Neutralizing System for the Roseton Generating S
IWC-77~14 true Design of PWR Generator Blowdown Processing Systems
IWC-77~14D true Design of PWR Generator Blowdown Processing Systems
IWC-58~3 true Design of Test Systems for Studying the Corrosion of Copper and Copper
IWC-04-30 true Design & Operational Concerns Associated with Chemistry in HRSGs
IWC-74~12 true Design Problems and Operating Experience: Recycling Water to a Two-Ph
IWC-70~20 true Design Problems and Operating Experiences of a Central Facility for the D
IWC-98-27 true Design, Start-Up, and Initial Operation of the Zero Discharge System at In
IWC-98-27D true Design, Start-Up, and Initial Operation of the Zero Discharge System at In
IWC-87-56 true Destruction of TOC Using Ultraviolet Light
IWC-96-68 true Detection and Control of Microbiologically Influenced Corrosion
IWC-96-68D true Detection and Control of Microbiologically Influenced Corrosion
IWC-99-71 true Detection and Reduction of Biofilms in Industrial Cooling Waters
IWC-99-71D true Detection and Reduction of Biofilms in Industrial Cooling Waters
IWC-99-71AC true Detection and Reduction of Biofilms in Industrial Cooling Waters
IWC-87-47 true Deterioration of Condensate Polishing Kinetic as a Result of Organic Fouli
IWC-78~02 true Determination of Impurities in Steam - A Research Program
IWC-78~02D true Determination of Impurities in Steam - A Research Program
IWC-88-15 true Determination of Steam Purity Limits for Industrial Turbines
IWC-88-15D true Determination of Steam Purity Limits for Industrial Turbines
IWC-88-15AC true Determination of Steam Purity Limits for Industrial Turbines
IWC-00-32 true Determining the Need for Chemically Cleaning a Boiler
IWC-04-10 true Developing a JCAHO Program and Action Manual for Legionella
IWC-04-10D true Developing a JCAHO Program and Action Manual for Legionella
IWC-98-09 true Developing Ceramic Microfiltration on a Raw River Supply
IWC-98-09D true Developing Ceramic Microfiltration on a Raw River Supply
IWC-94-68 true Developing the EPRI Condensate Polisher Guidelines
IWC-89-29 true Development and Application of an Empirical Diagnostic Tool to Optimize
IWC-89-29D true Development and Application of an Empirical Diagnostic Tool to Optimize
IWC-89-29AC true Development and Application of an Empirical Diagnostic Tool to Optimize
IWC-88-28 true Development and Application of a New Corrosion Inhibitor for Copper-Bea
IWC-88-28D true Development and Application of a New Corrosion Inhibitor for Copper-Bea
IWC-98-39 true Development and One Vessel Test of Low Leachable Crud removal Resin
IWC-97-11 true Development and Performance of a Biological Waste Water Treatment Pl
IWC-97-43 true Development and Testing of a Low-Hazard Corrosion Inhibitor for Use in O
IWC-94-74 true Development and Testing of a New Solvent for Cleaning Once-Through B
IWC-43~5 true Development in the Application of Geophysics to Ground Water Problems
IWC-02-06 true Development Of 14% Crosslinked Strong Acid Cation Gel Resin
IWC-88-30 true Development of a Cooling Water Treatment Program to Protect ACB Fill in
IWC-88-30D true Development of a Cooling Water Treatment Program to Protect ACB Fill in
IWC-88-30AC true Development of a Cooling Water Treatment Program to Protect ACB Fill in
IWC-83-29 true Development of Acrylobed™, a New Anion Exchange Resin System for W
IWC-83-29D true Development of Acrylobed™, a New Anion Exchange Resin System for W
IWC-99-39 true Development of a Mechanistic Understanding of Aromatic Triazole Consu
IWC-94-45 true Development of a Method for the Automatic Suppression of Sulfides using
IWC-99-49 false Development of an "All Organic" Chemical Treatment, Specifically for Coo
IWC-90-17 true Development of a Resin to Selectively Remove Nitrates from a Water Sup
IWC-90-17D true Development of a Resin to Selectively Remove Nitrates from a Water Sup
IWC-90-17AC true Development of a Resin to Selectively Remove Nitrates from a Water Sup
IWC-82-28 true Development of a Steam Quality Monitoring Program for Steam Turbines
IWC-78~25 true Development of Boiler Waterside Deposit Control Agents: From Laborator
IWC-78~25D true Development of Boiler Waterside Deposit Control Agents: From Laborator
IWC-81-12 true Development of Groundwater Monitoring Plans under RCRA
IWC-81-12D true Development of Groundwater Monitoring Plans under RCRA
IWC-94-39 true Development of High Capacity Hollow Fiber Filter Module for Condensate
IWC-97-09 true Development of High Performance Resin for BWR's Condensate Deminer
IWC-90-11 true Development of Nuclear Grade Resins and its Performance in a Power Pl
IWC-90-11D true Development of Nuclear Grade Resins and its Performance in a Power Pl
IWC-90-11AC true Development of Nuclear Grade Resins and its Performance in a Power Pl
IWC-02-29 true Development of Performance-Based Control Technology for Cooling Wate
IWC-82-32 true Development of "Twin Strata" Ion Exchange Systems Based on Field Expe
IWC-82-32D true Development of "Twin Strata" Ion Exchange Systems Based on Field Expe
IWC-53~1 true Development of Water Treating at Refineries of Esso Standard Oil Compa
IWC-58~12 true Developments in the Understanding of Ion Exchange
IWC-80-44 true Dewatering Alternatives for FGD Sludges
IWC-75~11 true Dewatering of Power Plant Waste Treatment Sludges
IWC-75~11D true Dewatering of Power Plant Waste Treatment Sludges
IWC-92-30 true Diagnosing and Troubleshooting Boiler Systems through the Use of Trace
IWC-92-30D true Diagnosing and Troubleshooting Boiler Systems through the Use of Trace
IWC-08-10 true DIAGNOSTICS AND CONTROL OF SCALE AND CORROSION STRESS
IWC-08-10D true DIAGNOSTICS AND CONTROL OF SCALE AND CORROSION STRESS
IWC-45~8 true Diatomaceous Earth Filtration
IWC-83-22 true Diethylhydroxylamine for Corrosion Protection in Industrial and Utility Boile
IWC-83-22D true Diethylhydroxylamine for Corrosion Protection in Industrial and Utility Boile
IWC-81-24 true Digichem™ 3000 Chemical Analyzer: a New On-Line Chemical Analyzer f
IWC-81-24D true Digichem™ 3000 Chemical Analyzer: a New On-Line Chemical Analyzer f
IWC-94-40 true Dimethylamine Chemistry Demonstration Nuclear Steam Cycle Application
IWC-94-40D false Dimethylamine Chemistry Demonstration Nuclear Steam Cycle Application
IWC-87-58 true Dioxine: Treatment with Ozone
IWC-53~9 true Discussion of the Effect of Sulfite Treatment of Boiler Water on Condensa
IWC-93-20 true Disposal of Membrane Concentrate Waste
IWC-93-20D false Disposal of Membrane Concentrate Waste
IWC-70~10 true Disposal of Radioactive Water from Light Water Reactors
IWC-76~14 true Disposal of Waste Ammoniacal Bromate and Ammonium Bifluoride Solutio
IWC-76~14D true Disposal of Waste Ammoniacal Bromate and Ammonium Bifluoride Solutio
IWC-58~8 true Disposal of Water Treatment Wastes
IWC-81-10 true Disposal Properties of Dry Scrubber Residues
IWC-81-10D true Disposal Properties of Dry Scrubber Residues
IWC-04-06 true Dissolved Air Flotation: A Proven Technology Making Inroads in Industrial
IWC-04-06D true Dissolved Air Flotation: A Proven Technology Making Inroads in Industrial
IWC-69~9 true Dissolved Oxygen Analysis and Hydrazine Consumption vs. Corrosion in t
IWC-02-52 true Dissolved Oxygen Reduction by Membrane Technology to Reduce Feed W
IWC-01-06 true DNA Hybridization Using Genus-Specific Probes - A Powerful Tool for Sol
IWC-07-32 false Do EPRI and ASME Guidelines Apply to Me?
IWC-03-46 true Does Your Deaerator Really Work?
IWC-03-46D true Does Your Deaerator Really Work?
IWC-00-13 true Dosing Liquid Disinfection Chemicals under Vacuum: Experiences from w
IWC-98-44 true Double Flow Hydrogen Ion Exchanger with Weak Acidic Cation Resin
IWC-98-44D true Double Flow Hydrogen Ion Exchanger with Weak Acidic Cation Resin
IWC-05-34 true Drawing the Line: Patentable v. Unpatentable Ideas in Water Treatment
IWC-08-42 true Dual Functionality Acrylic Anion Resin in a Demineraliser System - A Case
IWC-08-42D true Dual Functionality Acrylic Anion Resin in a Demineraliser System - A Case
IWC-08-32 true Duke Energy-Carolina's Strategy, Project Execution and Initial Experience
IWC-08-32D true Duke Energy-Carolina's Strategy, Project Execution and Initial Experience
IWC-05-46 true Dynamic Control of Dynamic Systems: Advances in Cooling System Treat
IWC-83-19 true Dynamic Deposition and Solubility of Sodium Chloride in Superheated Ste
IWC-83-19D true Dynamic Deposition and Solubility of Sodium Chloride in Superheated Ste
IWC-75~02 true Dynamic Deposit Monitor - A Unit for Determining the Rate of Deposit Buil
IWC-75~02D true Dynamic Deposit Monitor - A Unit for Determining the Rate of Deposit Buil
IWC-72~16 true Early Experience with Water Chemistry at the 250 MW Gentilly Nuclear Po
IWC-91-05 true ECLSS Water Processor Multifiltration Unibeds Used Aboard United State
IWC-96-45 true Economic Advantages of a Packed Bed Retrofit
IWC-70~11 true Economical Production of Boiler Water Through Membrane Methods
IWC-07-60 true Economic Comparison of Electrodeionization and Mixed Bed Unit Operatio
IWC-07-60D true Economic Comparison of Electrodeionization and Mixed Bed Unit Operatio
IWC-50~7 true Economic Comparison of Methods of Control of Carbon Dioxide in Steam
IWC-80-06 true Economic Considerations in Oily Wastewater
IWC-80-06D true Economic Considerations in Oily Wastewater
IWC-96-73 true Economic Crossover TDS Values for Different NAFTA Locations in Choos
IWC-96-73D false Economic Crossover TDS Values for Different NAFTA Locations in Choos
IWC-97-04 true Economic Crossover TDS Values for International Locations (other than N
IWC-97-04D true Economic Crossover TDS Values for International Locations (other than N
IWC-98-62 true Economic Evaluation Of CPVC, SST and Hastelloy C-276 Internal Distribu
IWC-98-62D true Economic Evaluation Of CPVC, SST and Hastelloy C-276 Internal Distribu
IWC-73~13 true Economic Evaluation of Phenolic Waste Treatment Systems
IWC-97-05 true Economic Impact of Water Treatment Outsourcing
IWC-97-05D true Economic Impact of Water Treatment Outsourcing
IWC-97~S02FD true ECONOMIC ISSUES IN ADVANCED WATER PURIFICATION
IWC-69~25 true Economic Recovery of Waste Lubricating Oils
IWC-90-15 true Economics and Performance of Cooling Tower Ozonation: Six Case Histo
IWC-90-15D true Economics and Performance of Cooling Tower Ozonation: Six Case Histo
IWC-66~11 true Economics of Automatic Controls and Instruments in Water Treating Plant
IWC-66~10 true Economics of Automation of Utility Water Treatment Plant Systems
IWC-66~9 true Economics of Automation - Water Treating Plants Industrial Process and M
IWC-97-06 true Economics of Long Term Leasing of Membrane-Based Water Make-Up S
IWC-97-06D true Economics of Long Term Leasing of Membrane-Based Water Make-Up S
IWC-99-08 true Economics of Resin Replacement
IWC-99-08D false Economics of Resin Replacement
IWC-98-61 true Economics of Water Pretreatment/Demineralizer Upgrade at the City of La
IWC-98-61D true Economics of Water Pretreatment/Demineralizer Upgrade at the City of La
IWC-03-28 true Economy of Scale: Large Membrane Modules for Degasification & Purifica
IWC-00-46 true EDI Operation for Removal of Weakly-Ionized Impurities
IWC-07-42 true EDI Performance and Resin Filled Concentrate Compartments
IWC-07-42D true EDI Performance and Resin Filled Concentrate Compartments
IWC-04-48 true EDI Performance: Operating Results for Sites Installed at Least Five Year
IWC-04-48D true EDI Performance: Operating Results for Sites Installed at Least Five Year
IWC-85-31 true ED: Polarity Reversal or Not?
IWC-85-31D true ED: Polarity Reversal or Not?
IWC-86-29 true EDR Retrofit at McKay Bay Refuse to Energy Plant
IWC-86-29D true EDR Retrofit at McKay Bay Refuse to Energy Plant
IWC-95-44 false EDS+R/O Combination System Has Increased its Ion Removal Efficiency
IWC-79~06 true EDTA as a Boiler Water Treatment Program at 1200 psig
IWC-79~06D true EDTA as a Boiler Water Treatment Program at 1200 psig
IWC-84-20 true Effective Condensate System Analysis through Computer Modeling
IWC-99-69 true Effective Deoxygenation by a Hybrid Process Combining Gas Transfer Me
IWC-99-69D true Effective Deoxygenation by a Hybrid Process Combining Gas Transfer Me
IWC-04-52 true Effective Dust Suppression on a Matured Fine Ash Dam Utilizing Excess M
IWC-90-27 true Effectively Dispersing Muds and Silts in Power Plant Cooling Water System
IWC-08-29 true Effective Monitoring and Control in Steam Generating Systems
IWC-06-19 true Effective Monitoring of Ion Exchange Pretreatment System Performance
IWC-73~7 true Effective Steam Purity Sampling
IWC-08-05 true Effective Treatment Programs To Control Corrosion and Fouling in Once-T
IWC-08-05D true Effective Treatment Programs To Control Corrosion and Fouling in Once-T
IWC-00-55 true Effective Upgrade of an Existing Reverse Osmosis System with Low Ener
IWC-57~20 true Effect of Condenser Design and Fabrication on Condenser Tube Life
IWC-77~13 true Effect of Condenser Water In-Leakage on Steam Generator Water Chemi
IWC-77~13D true Effect of Condenser Water In-Leakage on Steam Generator Water Chemi
IWC-77~13AC true Effect of Condenser Water In-Leakage on Steam Generator Water Chemi
IWC-99-63D false Effect of Contact Time on Operating Capacity of Resins
IWC-54~17 true Effect of Drought Delaware River Water Conditions on Demineralizing Pla
IWC-77~01 true Effect of Drum Internal Design and Water Treatment on Corrosion, Circula
IWC-77~01D true Effect of Drum Internal Design and Water Treatment on Corrosion, Circula
IWC-57~14 true Effect of Grain Size on Corrosion of Copper Alloy Condenser Tubes
IWC-52~11 true Effect of Operating Pressure on Carbon Dioxide Content of Steam
IWC-55~8 true Effect of Operating Rise Rate
IWC-01-21D true Effect of PAC Dosing on the Performance of Multimedia Filters in the RO
IWC-01-21 true Effect of PAC Dosing on the Performance of Multimedia Filters in the RO
IWC-06-07 true Effect of pH and Silica on Arsenic Selective Medias
IWC-99-63 true Effect of Regenerant Contact Time on Operating Capacity of Strong Base
IWC-55~2 true Effect of Several Mineral Acids on Stainless Steel Equipment
IWC-55~7 true Effect of Sludge Recirculation
IWC-57~15 true Effect of Velocity of Acid Water on Condenser Tube Corrosion
IWC-42~6 true Effect of Water Conditions on Condensers, Pumps and Heat Exchangers
IWC-79~34PD true Effect on Industries: Chemical
IWC-79~35PD true Effect on Industries: General Manufacturing
IWC-79~32PD true Effect on Industries: Power
IWC-79~33PD true Effect on Industries: Refining
IWC-79~31PD true Effect on Industries: Steel
IWC-57~16 true Effects of Ammonia and Some Amines on Stress Corrosion Cracking of C
IWC-81-31 true Effects of Caustic Quality on the Performance of Strong Base Anion Excha
IWC-85-24 true Effects of Coagulant Overdose in Clarifiers on Downstream Ion Exchange
IWC-94-66 true Effects of Ethanolamine on Polisher Resins and Polisher Operation
IWC-94-66D true Effects of Ethanolamine on Polisher Resins and Polisher Operation
IWC-46~8 true Effects of Gases in Water
IWC-60~13 true Effects of the Discharge of Warm Water to Rivers
IWC-84-50 true Efficacy and Decomposition of DBNPA in Two Cooling Systems
IWC-99-19 true Efficacy of Biocides against Biofilm-Associated Legionella in a Model Syst
IWC-74~4 true Effluent Guidelines: The Consultant‘s Role
IWC-86-26 true Eight Years of Modified AVT with Elevated Oxygen Level for Once-Throug
IWC-86-26D true Eight Years of Modified AVT with Elevated Oxygen Level for Once-Throug
IWC-03-17 true Eight Years of Secondary Waste Reuse In Power Production
IWC-03-17D true Eight Years of Secondary Waste Reuse In Power Production
IWC-94-16 true Eight Years of Zero Discharge Experience at a New England Independent
IWC-02-49 true Electrochemical Evaluation of Scale Inhibitor To Cooling Systems
IWC-74~20 true Electrochemical Investigation of Passivating Systems
IWC-77~17 true Electrochemical Treatment of Cooling Water Blowdown
IWC-77~17D true Electrochemical Treatment of Cooling Water Blowdown
IWC-00-58 true Electrochemical Treatment of Oil Refinery Wastewater Using TiRu02 Elec
IWC-87-55 true Electrodeionization-An Economic Analysis
IWC-80-12 true Electrodialysis in Industrial Water Treatment
IWC-80-12D true Electrodialysis in Industrial Water Treatment
IWC-84-53 true Electrodialysis Reversal Unit Used as Pre-Demineralizer in Boiler Feedwa
IWC-84-53D true Electrodialysis Reversal Unit Used as Pre-Demineralizer in Boiler Feedwa
IWC-45~9 true Electrolytic Water Softening for Industrial Purposes
IWC-79~05 true Electromagnetic Filter Application in Waterford #3 Secondary System
IWC-81-14 true Electromagnetic Filter Efficiency for Typical Power Plant Particulates
IWC-81-14D true Electromagnetic Filter Efficiency for Typical Power Plant Particulates
IWC-91-43 true Electron Microprobe Analysis of Zinc and Molybdate Films on Mild Steel S
IWC-50~2 true Electroplating Waste Disposal at the Westinghouse Electric Corporation B
IWC-08-24 true Electropositive Filtration Technology in Automobile Manufacturing Applicat
IWC-08-24D true Electropositive Filtration Technology in Automobile Manufacturing Applicat
IWC-08-24AC true Electropositive Filtration Technology in Automobile Manufacturing Applicat
IWC-00-10 true Eliminating Oxidizing Biocides from Condenser Cooling Water Systems
IWC-00-10D true Eliminating Oxidizing Biocides from Condenser Cooling Water Systems
IWC-04-34 true Emerging Contaminants, Regulations, and Changes for Industrial Provider
IWC-93-15 false Emerging Filter Technologies for BWR Condensate Treatment
IWC-93-15D false Emerging Filter Technologies for BWR Condensate Treatment
IWC-08-23 true Emerging Water Quality Issues in Combustion Turbine Evaporative Coole
IWC-78~06 true Energy Conservation Achieved through Effective Cooling Water Treatmen
IWC-78~06D true Energy Conservation Achieved through Effective Cooling Water Treatmen
IWC-81-23 true Energy Losses in Water Conduits: Monitoring and Diagnosis
IWC-81-23D true Energy Losses in Water Conduits: Monitoring and Diagnosis
IWC-63~13 true Engineering Features of the Evaporator Installation
IWC-47~15 false Engineering for Industrial Waste Treatment
IWC-97-64 true Engineering Software Tools for Wastewater Treatment
IWC-07-06 true Enhanced Calcium Removal from Electronics Wastewater with Hydrodyna
IWC-86-01 true Enhanced Foam Cleaning of Copper-Alloy Surface Condensers
IWC-86-01D true Enhanced Foam Cleaning of Copper-Alloy Surface Condensers
IWC-06-50 true Enhanced Tube Fouling Under Cooling Water Conditions
IWC-06-50D true Enhanced Tube Fouling Under Cooling Water Conditions
IWC-06-50AC true Enhanced Tube Fouling Under Cooling Water Conditions
IWC-05-62 true Enhanced Tubes - A Report on Enhanced Tube Problems & Proper Treatm
IWC-05-62D true Enhanced Tubes - A Report on Enhanced Tube Problems & Proper Treatm
IWC-00-28 true Enhancing the Measurement of Silt Density Index by Chemical Modificatio
IWC-05-19 true Environmental Effects of Electrolytically Generated Halogens for Biofouling
IWC-06-53 true Environmental Effects of Electrolytically Generated Halogens for Biofouling
IWC-06-53D true Environmental Effects of Electrolytically Generated Halogens for Biofouling
IWC-97-71 true Enzyme Technology - a Tool for the Prevention and Mitigation of Microbiol
IWC-01-26 true EPRI ChemExpert: Cycle Chemistry Advisor for Fossil Power Plants
IWC-01-26D true EPRI ChemExpert: Cycle Chemistry Advisor for Fossil Power Plants
IWC-87-19 true EPRI Interim Consensus Guidelines on Fossil Plant Cycle Chemistry and E
IWC-92-19 true EPRI Oxygenated Feedwater Treatment Demonstration Report for Georgi
IWC-92-19AC true EPRI Oxygenated Feedwater Treatment Demonstration Report for Georgi
IWC-92-19D false EPRI Oxygenated Feedwater Treatment Demonstration Report for Georgi
IWC-76~08 true EPRI Programs in Radiation Control at Nuclear Power Plants
IWC-86-22 true EPRI RP2712-3 Monitoring Cycle Chemistry at Six Fossil Plants
IWC-85-17 true EPRI's Interim Consensus Guidelines on Fossil Plant Cycle Chemistry
IWC-85-17D true EPRI's Interim Consensus Guidelines on Fossil Plant Cycle Chemistry
IWC-96-22 true Equilibrium Phosphate Treatment Conversion at TVA Gallatin Fossil Plant
IWC-96-22D true Equilibrium Phosphate Treatment Conversion at TVA Gallatin Fossil Plant
IWC-07-24 true Equipment Design Considerations for Lime Softening and Ion Exchange S
IWC-07-24AC true Equipment Design Considerations for Lime Softening and Ion Exchange S
IWC-07-24D true Equipment Design Considerations for Lime Softening and Ion Exchange S
IWC-89-16 true Erosion Corrosion in Power Plants-Single-And Two-Phase Flow Experienc
IWC-89-16D true Erosion Corrosion in Power Plants-Single-And Two-Phase Flow Experienc
IWC-89-16AC true Erosion Corrosion in Power Plants-Single-And Two-Phase Flow Experienc
IWC-92-58 true ESCA: an Expert System for Fossil Plant Start Up Chemistry Control
IWC-80-26 true Estimates of Thermodynamic Properties of Aqueous Electrolyte Solutions
IWC-80-24 true Estimation of Concentration Quotients for Ionic Equilibria in High Tempera
IWC-60~7 true European Experience in Complete Power Station Pre-Service Cleaning
IWC-65~4 true European Methods of Waste Water Treatment
IWC-70~2 true Eutrophication and the Oxygen Economy of Streams
IWC-08-66 true Evaluating Impacts of FCCU Scrubber Purge Water Discharges on Refine
IWC-08-66D true Evaluating Impacts of FCCU Scrubber Purge Water Discharges on Refine
IWC-08-66AC true Evaluating Impacts of FCCU Scrubber Purge Water Discharges on Refine
IWC-02-28 true Evaluating Microbial Control Treatments Using a Dual-Channel Biofouling
IWC-76~17 true Evaluating Polishing Demineralizer Performance using Cation Concentrati
IWC-76~17D true Evaluating Polishing Demineralizer Performance using Cation Concentrati
IWC-85-27 true Evaluation and Applications of a New Dissolved Hydrogen Monitor
IWC-85-42 true Evaluation of Alternative Chemicals for Power Plant Condenser Biofouling
IWC-85-42D true Evaluation of Alternative Chemicals for Power Plant Condenser Biofouling
IWC-81-47 true Evaluation of Anion Exchange Capacity for Strong Base Ion Exchange Re
IWC-97-72 true Evaluation of a Novel Intermittent Ozonation Technology for Biofouling Co
IWC-97-72D true Evaluation of a Novel Intermittent Ozonation Technology for Biofouling Co
IWC-85-10 true Evaluation of a Reactor Coolant Dissolved Hydrogen Monitor for Pressuriz
IWC-85-10D true Evaluation of a Reactor Coolant Dissolved Hydrogen Monitor for Pressuriz
IWC-88-07 true Evaluation of a Uniform Particle Size Type II Anion Resin
IWC-88-07D true Evaluation of a Uniform Particle Size Type II Anion Resin
IWC-81-44 true Evaluation of Calcium Hydroxide Chemistry to Control Denting in Nuclear
IWC-04-11 true Evaluation of Chlorine Dioxide in Potable Water Systems for Legionella Co
IWC-04-11D true Evaluation of Chlorine Dioxide in Potable Water Systems for Legionella Co
IWC-04-11AC true Evaluation of Chlorine Dioxide in Potable Water Systems for Legionella Co
IWC-97-07 true Evaluation of Condensate Water Quality at a Thermal Power Plant by Usin
IWC-95-11 true Evaluation of Experimental Treatment of Wastewater from Belayim Oil Fie
IWC-68~19 true Evaluation of Factors Affecting Chlorination of Condenser Cooling Water
IWC-79~39 true Evaluation of Filter/Demineralizer Precoat Materials on Monticello Nuclear
IWC-88-35 true Evaluation of Hideout Return Data: Comparison of MULTEQ Analyses of B
IWC-88-35D true Evaluation of Hideout Return Data: Comparison of MULTEQ Analyses of B
IWC-88-35AC true Evaluation of Hideout Return Data: Comparison of MULTEQ Analyses of B
IWC-94-61 true Evaluation of High Stress Cooling Water Products
IWC-94-61D true Evaluation of High Stress Cooling Water Products
IWC-89-02 true Evaluation of Low Pressure Reverse Osmosis Membranes
IWC-89-02D false Evaluation of Low Pressure Reverse Osmosis Membranes
IWC-80-22 true Evaluation of Mineral Scale Formation and its Inhibition
IWC-80-22D true Evaluation of Mineral Scale Formation and its Inhibition
IWC-01-46AC true Evaluation of New Condensate Corrosion Filming Technologies in Steam
IWC-01-46 true Evaluation of New Condensate Corrosion Filming Technologies in Steam
IWC-01-46D true Evaluation of New Condensate Corrosion Filming Technologies in Steam
IWC-93-22 true Evaluation of Redox Potential and Chlorine Residual as a Measure of Wat
IWC-93-22D true Evaluation of Redox Potential and Chlorine Residual as a Measure of Wat
IWC-06-10 true Evaluation of Scale Inhibitors for Cooling Waters Using Electrochemical Im
IWC-81-28 true Evaluation of Sulfonated Polymers as Deposit Control Additives
IWC-81-28D true Evaluation of Sulfonated Polymers as Deposit Control Additives
IWC-92-54 true Evaluation of the AVT and CWT at Piombino Unit 3 and 4 by On-Line Mon
IWC-92-54D true Evaluation of the AVT and CWT at Piombino Unit 3 and 4 by On-Line Mon
IWC-77~30 true Evaluation of the Dechlorination System at a Nuclear Power Plant
IWC-07-17 true Evaluation of Tri-Bromide Resin for Bacterial Purification of Drinking Wate
IWC-07-17D true Evaluation of Tri-Bromide Resin for Bacterial Purification of Drinking Wate
IWC-84-43 true Evaluation of Uniform Mesh Ion Exchange Resins for Condensate Polishin
IWC-84-43D true Evaluation of Uniform Mesh Ion Exchange Resins for Condensate Polishin
IWC-00-08 true Evaluation of Water Recycling Options at a Semiconductor Fabrication Pla
IWC-00-08D true Evaluation of Water Recycling Options at a Semiconductor Fabrication Pla
IWC-85-05 true Evaluation of Weak Electrolyte Resins for Applications in a Mixed Resin S
IWC-85-05D true Evaluation of Weak Electrolyte Resins for Applications in a Mixed Resin S
IWC-07-39 true Evaporation of Purge Water from Wet FGD Scrubbers
IWC-07-39D true Evaporation of Purge Water from Wet FGD Scrubbers
IWC-08-72 true Evaporation of Wastewaters Containing Highly Soluble Salts
IWC-08-72D true Evaporation of Wastewaters Containing Highly Soluble Salts
IWC-79~18 true Evaporative Recovery of Electroplating Solutions
IWC-79~18D true Evaporative Recovery of Electroplating Solutions
IWC-50~11 true Evaporator Feedwater Treatment at Sewaren Generating Station
IWC-85-19 true Evolution of a Wastewater Treatment System for Processing Scrubber Blo
IWC-85-19D true Evolution of a Wastewater Treatment System for Processing Scrubber Blo
IWC-82-34PD2 true Existing Cooling Water Treatments: How Successful?
IWC-06-32 true Experience and Use of Oxidation Reduction Potential (ORP) Measuremen
IWC-59~4 true Experience in Clarification of High Color, Low Solids Surface Water
IWC-91-30 true Experience of Reactor Water Quality Improvement in BWR Plants
IWC-91-30D true Experience of Reactor Water Quality Improvement in BWR Plants
IWC-91-30AC true Experience of Reactor Water Quality Improvement in BWR Plants
IWC-98-78 false Experience on Organic Scavenger Utilization
IWC-07~S08PD true EXPERIENCES ASSOCIATED WITH EXTENDED LAY-UPS OF STEAM
IWC-57~23 true Experiences Gained in Demineralizer Pilot Plant Operation
IWC-88-58 true Experiences in Applying Statistical Process Control Techniques toManagin
IWC-61~1 true Experiences in Detection of Minute Amounts of Boiler Water Carryover Us
IWC-87-04 true Experiences with a Boiler Water Monitoring System for Three Remote Sta
IWC-85-06 true Experiences with a Co-Counter-Current Regeneration System at the Avon
IWC-85-06D true Experiences with a Co-Counter-Current Regeneration System at the Avon
IWC-53~12 true Experiences with Ammonia and Cyclohexylamine at the Springdale and M
IWC-52~2 true Experiences with Application of Deaerating Heaters to Industrial and Utility
IWC-86-56 true Experiences with a Shock Test for the Determination of the Resistance of
IWC-81-22 true Experiences with Calcium Ion Electrode Technology in Continuous Soften
IWC-81-22D true Experiences with Calcium Ion Electrode Technology in Continuous Soften
IWC-52~1 true Experiences with Chloride Anion Exchangers for Reducing Alkalinity Witho
IWC-00-45 true Experiences with Combined Cycle Plants at Transcanada Pipelines, Ltd
IWC-00-45D true Experiences with Combined Cycle Plants at Transcanada Pipelines, Ltd
IWC-53~4 true Experiences with Corrosion and Deposition Control for Cooling Tower Sys
IWC-70~25 true Experiences with High Flowrate Softeners
IWC-77~19 true Experiences with Reverse Osmosis in a Pilot-Scale Wastewater Renovatio
IWC-77~19D true Experiences with Reverse Osmosis in a Pilot-Scale Wastewater Renovatio
IWC-82-06 true Experiences with Reverse Osmosis in BWR Radwaste Treatment
IWC-82-06D true Experiences with Reverse Osmosis in BWR Radwaste Treatment
IWC-55~4 true Experiences with Sub-Surface Washers in Demineralizers, Zeolites and F
IWC-75~12 true Experiences with the Application of High-Rate Pretreatment Technology fo
IWC-75~12D true Experiences with the Application of High-Rate Pretreatment Technology fo
IWC-58~4 true Experiences with the High Rate of Flow Demineralization
IWC-56~10 true Experiences with Turner Scale Thickness Indicator
IWC-47~1 false Experience with Acid Cleaning of Steam Boilers
IWC-85-58 true Experience with a Novel, Volatile Boiler Water Oxygen Scavenger
IWC-85-58D true Experience with a Novel, Volatile Boiler Water Oxygen Scavenger
IWC-67~22 true Experience with High Rate Ammoniated Mixed Beds for Condensate Polis
IWC-78~03 true Experience with Intermediate Strong Base Anion Resins at Three Mile Isla
IWC-78~03D true Experience with Intermediate Strong Base Anion Resins at Three Mile Isla
IWC-78~03AC true Experience with Intermediate Strong Base Anion Resins at Three Mile Isla
IWC-54~10 true Experience with Monobed Demineralization for Water Treatment for High
IWC-68~14 true Experience with Powdex for Once-Through Cycle Condensate Polishing, J
IWC-59~2 true Experience with the Use of Stainless Steel Condenser Tubes at the Rives
IWC-75~15 true Experimental and Theoretical pH Values of Phosphate Solutions Between
IWC-74~2 true Experimental Equipment for Feeding Bromine Chloride
IWC-45~1 true Experimental Studies of Boiler Scale at 1500 PSI
IWC-50~8 true Experimental Studies of Boiler Scale at 2500 PSI
IWC-43~8 true Experimental Studies of Boiler Scale at 800 PSI
IWC-97-42 true Experimental Study on Concentration of Corrosive Impurities in Steam Du
IWC-97-42D true Experimental Study on Concentration of Corrosive Impurities in Steam Du
IWC-95-15 true Expert System in Cooling Water System: a Mexican Perspective
IWC-87-01 true Expert Systems Applications in Water Treatment
IWC-87-01D true Expert Systems Applications in Water Treatment
IWC-65~3 true Extended Expenence in Biological Treatment and Reuse of Refinery Wast
IWC-77~06 true External Treatment for Industrial Boiler Systems
IWC-84-70 true "Extractables" in New Resins: a Critical Look at the How, What and Why o
IWC-86-20 true "Extractables" in Resins: A further Look at what they are and what become
IWC-78~19 true Factors Affecting Chemical Oxygen Scavenger Performance and Selectio
IWC-78~19D true Factors Affecting Chemical Oxygen Scavenger Performance and Selectio
IWC-72~4 true Factors Affecting Ion Exchange Resin Performance in Deep Bed Condens
IWC-83-36 true Factors Affecting the Performance of Condensate Polishing Plants
IWC-54~20 true Factors Entering Into the Selection of a Water Treating Facility for a Large
IWC-51~2 true Factors in Evaporator Vapor Purity Testing
IWC-53~6 true Factors Influencing Metal Loss in Condensate and Feedwater Systems
IWC-88-60 true Factors Influencing Powdered Ion Exchange Resin Precoats
IWC-54~18 true Factors Influencing the Design of Interface Grids for Mixed Bed Deminera
IWC-57~19 true Factors Involved in Overall Heat Transfer of Condenser Tubes
IWC-98-01 true Failure Analysis and Investigation for Boiler Water Systems
IWC-06-38 true Failure Analysis Case Histories Associated with Start-ups and Cycling of H
IWC-07-23 true Fate of Arsenic, Trace Organics and Other Constituents of Wastewater Or
IWC-04-44 true Fear and Loathing at a Combined Cycle Power Plant - Ion Chromatograph
IWC-96-11 false Feasibility of the Use of Two Bromine Biocides as a Substitute for Chlorine
IWC-94-04 true Feed System Development and Field Experiences with a Unique Solid Bro
IWC-88-54 true Feedwater Iron Reduction at Brunswick
IWC-75~06 true Feedwater Quality in Modern Industrial Boilers - A Consensus of Proper C
IWC-75~06D true Feedwater Quality in Modern Industrial Boilers - A Consensus of Proper C
IWC-75~06AC true Feedwater Quality in Modern Industrial Boilers - A Consensus of Proper C
IWC-51~4 true Feedwater Treatment Requirements for Packaged Steam Generators
IWC-06-11 true FGD Waste Water Blowdown Treatment and Zero Liquid Discharge
IWC-07-51 true FGD Wastewater Disposed of Via Deep-Well Injection at Duke Energy‘s G
IWC-07-51D true FGD Wastewater Disposed of Via Deep-Well Injection at Duke Energy‘s G
IWC-96-02 true Field Application of a New Solvent for Cleaning Once-Through Boilers
IWC-89-35 true Field Demonstration of a Moving Manifold Targeted Chlorination SystemA
IWC-89-35D true Field Demonstration of a Moving Manifold Targeted Chlorination SystemA
IWC-89-35AC true Field Demonstration of a Moving Manifold Targeted Chlorination SystemA
IWC-86-34 true Field Experiences and Results of two Targeted Treatment Systems
IWC-86-34D true Field Experiences and Results of two Targeted Treatment Systems
IWC-84-39 true Field Experiences with Sulphonated Styrene Copolymers for On-Line Boile
IWC-84-39D true Field Experiences with Sulphonated Styrene Copolymers for On-Line Boile
IWC-86-55 true Field Experiences with the Stability of Strong Base Resins at Corpus Chris
IWC-93-32 true Field Experience with a Novel Calcium Carbonate Scale Inhibitor for Maxim
IWC-93-32D false Field Experience with a Novel Calcium Carbonate Scale Inhibitor for Maxim
IWC-83-46 true Field Experience with a Simple Cooling Water Biofilm Monitoring Device
IWC-03-37 true Field Experience with New CEDI Module Design
IWC-86-17 true Field Experience with Replacing Demineralized Water with Decationized W
IWC-67~2 true Field Experience with Stratified Beds of Weakly Basic and Strongly Basic A
IWC-89-15 true Field Operating Experiences with a Volatile Oxygen Scavenger/Metal Pass
IWC-89-15D false Field Operating Experiences with a Volatile Oxygen Scavenger/Metal Pass
IWC-68~8 true Field Operating Experiences with the Sul-biSul Process for Brackish Wate
IWC-90-32 true Field Performance of a Two-Bed Deionization Unit Employing Countercurr
IWC-47~9 false Field Performances (Progress reports) Deionization Water Plant
IWC-87-28 true Field Study: Electromagnetic Device used to Treat a Watertube Boiler
IWC-87-28D true Field Study: Electromagnetic Device used to Treat a Watertube Boiler
IWC-92-53 true Field Study - Ozonation of HVAC System Recirculating Water
IWC-87-13 true Field Testing of a New Bromine Release Biocide
IWC-58~11 true Field Testing of Ion Exchange Resins
IWC-89-05 true Fifty Years of Cooling Water Treatment-A Review and Commentary
IWC-53~2 true Filter Aid Filtration of Water
IWC-00-54 true Filtration Options for Pretreatment of Demineralization
IWC-95-28 true Financial Justification Developmental Logic for Steam Cycle Chemical Cle
IWC-95-28D true Financial Justification Developmental Logic for Steam Cycle Chemical Cle
IWC-91-01 true First Year's Operation of Alternative Demineralizer Technology at PSI Ene
IWC-91-01D true First Year's Operation of Alternative Demineralizer Technology at PSI Ene
IWC-40~2 false First Year's Work of the Ohio River Pollution Survey
IWC-97-70 true Five Years of Operating Experience with the Sidtec® On-Line Mechanical
IWC-97-70D true Five Years of Operating Experience with the Sidtec® On-Line Mechanical
IWC-97-70AC true Five Years of Operating Experience with the Sidtec® On-Line Mechanical
IWC-59~16 true Five Years Weak Base Anion Resin Experiences on the Ohio River
IWC-67~5 true Fixed-Bed Continuous Ion-Exchange Equipment
IWC-47~13~D4 false Floor Discussion: Automatic Control in Corrective Water Treatment
IWC-47~15~D3 false Floor Discussion: Engineering for Industrial Waste Treatment
IWC-47~01~D5 false Floor Discussion: Experience with Acid Cleaning of Steam Boilers
IWC-47~16~D3 false Floor Discussion: How Troublesome Waste Water Problems Were Solved
IWC-47~12~D5 false Floor Discussion: Liquid Chemical Feed Systems
IWC-47~06~D4 false Floor Discussion: Method of Oxygen Determination in Boiler Feed Water
IWC-47~02~D4 false Floor Discussion: Removal of Silica Deposits from Steam Turbines by Cau
IWC-47~08~D4 false Floor Discussion: Silica Removal by Means of Ion Exchange Resins
IWC-47~07~D5 false Floor Discussion: Some Practical Aspects of Deionization
IWC-47~03~D4 false Floor Discussion: The Use of X-Rays in Steam Power Problems
IWC-47~05~D4 false Floor Discussion: Treatment of Brackish Water for Boiler Feed
IWC-47~04~D3 false Floor Disussion: The Biological Reactions of Polluted Water on Copper-Be
IWC-82-12 true Florida Power and Light Company's Steam Generator Protection Plan and
IWC-97~S15FD true FLOW ACCELERATED CORROSION
IWC-97-55 true Flow-Assisted Corrosion - an Introduction
IWC-08-17 true Flue Gas Condensate and Energy Recovery
IWC-85-40 true Fluid Composition in the Tube Sheet Crevices of a Nuclear Steam Genera
IWC-97-47 true Fluorescent Traced Chemical Programs - Not Just a Feed and Control Pro
IWC-80-27 true Fluoride Cleaning of a Cooling Water System
IWC-80-27D true Fluoride Cleaning of a Cooling Water System
IWC-80-27AC true Fluoride Cleaning of a Cooling Water System
IWC-89-60 true Flushing and Chemically Cleaning New Piping Systems
IWC-89-60D true Flushing and Chemically Cleaning New Piping Systems
IWC-89-60AC true Flushing and Chemically Cleaning New Piping Systems
IWC-79~48 true Foam Cleaning of Boiler Systems
IWC-85-52 true Foamed Solvents for Cleaning Surface Condensers
IWC-85-52D true Foamed Solvents for Cleaning Surface Condensers
IWC-99-43 false Follow-up Report to Logan Generating Plant Experience with Zero Liquid D
IWC-96-39 true Fossil Plants Cycle Chemistry R & D in Italy beyond 2000
IWC-96-39D true Fossil Plants Cycle Chemistry R & D in Italy beyond 2000
IWC-93-34 true Fouling of Plastic Film Fill
IWC-93-34D true Fouling of Plastic Film Fill
IWC-07-69 true Fouling of WAC and SAC Resins in EOR Applications.
IWC-96-44D true Four Decades of Macroreticular (Macroporous) Ion Exchange Resins. [Al
IWC-96-44 true Four Decades of Macroreticular (Macroporous) Ion Exchange Resins. [Pu
IWC-02-16 true Four Years of Operating Experience with Type III Strong Base Anion Resin
IWC-02-16AC true Four Years of Operating Experience with Type III Strong Base Anion Resin
IWC-02-16D true Four Years of Operating Experience with Type III Strong Base Anion Resin
IWC-84-33 true Four Years Operating Experience with a 3,000 GPM Counterflow Makeup
IWC-71~12 true Four Years Operating Experience with Graver‘s CI Process
IWC-88-40 true Free vs. Captive Alkalinity...Factors Affecting the Choice of a High Pressu
IWC-88-40D true Free vs. Captive Alkalinity...Factors Affecting the Choice of a High Pressu
IWC-88-40AC true Free vs. Captive Alkalinity...Factors Affecting the Choice of a High Pressu
IWC-06-16 true Fresh, Produced, and Newest Brackish Water Ion Exchange Treating at th
IWC-88-38 true FRG Wastewater Treatment-State of the Art in the Federal Republic of Ge
IWC-88-38D true FRG Wastewater Treatment-State of the Art in the Federal Republic of Ge
IWC-88-38AC true FRG Wastewater Treatment-State of the Art in the Federal Republic of Ge
IWC-93-56 false Friendly Computers: Design Improvements in Operator Interface Control S
IWC-03-33 true From Raw Water Analysis to Steam Purity - Challenges and Solutions
IWC-03-33D true From Raw Water Analysis to Steam Purity - Challenges and Solutions
IWC-07-50 true Full Scale Implementation of GE Abmet® Biological Technology for the Re
IWC-07-50D true Full Scale Implementation of GE Abmet® Biological Technology for the Re
IWC-08-31 true Full Scale Operation of Biological Technology for the Removal of Selenium
IWC-08-31D true Full Scale Operation of Biological Technology for the Removal of Selenium
IWC-79~22 true Fundamental and Basic Theories Regarding the Proper Use of Modern Da
IWC-93-41 true Further Investigations of the Properties of the ―Type III‖ Strong Base Anion
IWC-91-16 true Future Direction of Cycle Chemistry Based on an Extensive Monitoring Pro
IWC-91-16D true Future Direction of Cycle Chemistry Based on an Extensive Monitoring Pro
IWC-98-15 true Future Trends in Reverse Osmosis Membranes
IWC-53~17 true Gadgets: Their Practical Performance in Water Conditioning
IWC-76~21 true Galvanic Probe Oxygen Analysis
IWC-87-15 true Galvanized Cooling Towers-White Rust
IWC-99-30 true Gas Transfer Membranes — The New Norm in the Water Treatment Mark
IWC-85-08 true Gel vs. Macroporous Resins for High Rate Demineralization on a High Org
IWC-85-08D true Gel vs. Macroporous Resins for High Rate Demineralization on a High Org
IWC-83-23 true Generic Reactor Coolant High Temperature Electromagnetic Filtration Sys
IWC-83-23D true Generic Reactor Coolant High Temperature Electromagnetic Filtration Sys
IWC-46~1 true German Power Plant Steam Generators and Water Conditioning Systems
IWC-45~3 true German Power Plant Water Conditioning Systems
IWC-96-61 true Getting the Lead Out! Operations at the Leadville Treatment Facility
IWC-96-61D true Getting the Lead Out! Operations at the Leadville Treatment Facility
IWC-96-27 true Getting to Zero Discharge: How to Recycle that Last Bit of Really Bad Was
IWC-98-56 true Good Lay-Up Practice Produces Significant Benefits
IWC-98-56D true Good Lay-Up Practice Produces Significant Benefits
IWC-83-31 true Groundwater Monitoring and Response Program
IWC-88-06 true Groundwater Restoration by Reverse Osmosis
IWC-88-06D true Groundwater Restoration by Reverse Osmosis
IWC-88-06AC true Groundwater Restoration by Reverse Osmosis
IWC-81-16 true Guidelines for Lay-Up of Boilers and Their Auxiliaries
IWC-81-16D true Guidelines for Lay-Up of Boilers and Their Auxiliaries
IWC-81-16AC true Guidelines for Lay-Up of Boilers and Their Auxiliaries
IWC-07-68 true Guidelines for Produced Water Evaporators in SAGD
IWC-93-50 true Guidelines on Cycle Water Chemistry for Flu1dized-Bed Combustion Pow
IWC-93-50D true Guidelines on Cycle Water Chemistry for Flu1dized-Bed Combustion Pow
IWC-88-20 true Guidelines on Instrumentation and Control for Fossil Plant Cycle Chemistr
IWC-88-20D true Guidelines on Instrumentation and Control for Fossil Plant Cycle Chemistr
IWC-88-20AC true Guidelines on Instrumentation and Control for Fossil Plant Cycle Chemistr
IWC-99-40 true Halogen-Tolerant High LSI Calcium Carbonate and Corrosion Inhibition in
IWC-99-40D false Halogen-Tolerant High LSI Calcium Carbonate and Corrosion Inhibition in
IWC-58~6 true Handling and Feeding Acid to Demineralizers
IWC-58~7 true Handling and Feeding Caustic Soda to Demineralizers
IWC-58~9 true Handling and Feeding Chemical Solutions to Clarifying and Softening Equ
IWC-58~10 true Handling and Feeding Dry Chemicals to Clarifying and Softening Equipme
IWC-54~16 true Handling Final Effluent, Deaerators, Pipe and Tank Linings
IWC-73~12 true Handling of Solid and Liquid Sidestreams Resulting from Water Reuse Op
IWC-04-36 true Hazards of Amine Use In Boiler Systems
IWC-78~23 true Health, Safety Aspects, and Policy Implications of Reuse of Treated Wast
IWC-78~23D true Health, Safety Aspects, and Policy Implications of Reuse of Treated Wast
IWC-99-11 true Heat Exchanger Design & Operation to Minimize Efficiency Loss
IWC-99-11D true Heat Exchanger Design & Operation to Minimize Efficiency Loss
IWC-99-11AC true Heat Exchanger Design & Operation to Minimize Efficiency Loss
IWC-07-55 true Heat Exchanger Fouling in a Safety-Related Service Water System
IWC-07-55D true Heat Exchanger Fouling in a Safety-Related Service Water System
IWC-07-55AC true Heat Exchanger Fouling in a Safety-Related Service Water System
IWC-81-08 true Heating Boiler Treatment: Chromate vs. a Nonhazardous Treatment
IWC-81-08D true Heating Boiler Treatment: Chromate vs. a Nonhazardous Treatment
IWC-04-28 true Heat Recovery Steam Generators-Impact of Water Chemistry
IWC-93-24 true Heavy Metals Removal from Industrial Cooling Tower Blowdown for Meeti
IWC-93-24D true Heavy Metals Removal from Industrial Cooling Tower Blowdown for Meeti
IWC-95-71 false Here's How Romate Works
IWC-02-50 true HERO™ Application on High Silica Gray Water for an ACC Combined Cyc
IWC-02-50D true HERO™ Application on High Silica Gray Water for an ACC Combined Cyc
IWC-01-50 true HERO Process Volume Reduction of Cooling Tower Blowdown as a Preco
IWC-01-50D true HERO Process Volume Reduction of Cooling Tower Blowdown as a Preco
IWC-76~23 true Hideout - A Measure of Boiler Cleanliness - and More
IWC-89-48 true Hideout in PWR Steam Generators during Normal Operation
IWC-89-48D true Hideout in PWR Steam Generators during Normal Operation
IWC-89-48AC true Hideout in PWR Steam Generators during Normal Operation
IWC-99-48 true High Cycle Cooling Tower Operation: Hurdles and Solutions
IWC-06-15 true High Efficiency De-oiling for Improved Produced Water Quality
IWC-07-04 true High-Efficiency Filtration For Membrane Pretreatment
IWC-73~22 true High Flow Rate Water Softening by Continuous Moving Bed Ion Exchange
IWC-76~19 true High Gradient Magnetic Filters for Boiler Water Treatment
IWC-68~22 true Highly Refined Continuous Mixed-Bed Ion Exchange Process for Condens
IWC-50~4 true High Pressure Boiler Feedwater Treatment, Evaporation vs. Demineralizin
IWC-99-52 true High Pressure Boiler Metals Transport
IWC-05-81 true High Rate Combined Solids Contacting and Thickening Minimize Footprin
IWC-04-07 true High Rate Compressible Media Filtration
IWC-04-07D true High Rate Compressible Media Filtration
IWC-67~11 true High Rate Depth Filtration for Paper Mill Service
IWC-90-60 true High-Rate Sub-Micron Vortisand Filter
IWC-98-04 true High Silt Density Index Readings Traced to Pretreatment Chemical Applic
IWC-98-04D true High Silt Density Index Readings Traced to Pretreatment Chemical Applic
IWC-94-51 true High Temperature Electrochemical Monitoring Nuclear Steam Cycle Applic
IWC-94-51D true High Temperature Electrochemical Monitoring Nuclear Steam Cycle Applic
IWC-96-23 true History and Strategy of Phosphate Chemistry Control at Ohio Edison Com
IWC-96-23D true History and Strategy of Phosphate Chemistry Control at Ohio Edison Com
IWC-91-31 false History Case - Global Treatment for Steam Generation and Distribution Sy
IWC-91-31D true History Case - Global Treatment for Steam Generation and Distribution Sy
IWC-86-32 true Hollow Fiber Filtration - A Summary Economic and Filtration Report
IWC-86-32D true Hollow Fiber Filtration - A Summary Economic and Filtration Report
IWC-04-08 true Hollow Fiber UF Pilot Testing Procedures & Case Studies
IWC-04-08D true Hollow Fiber UF Pilot Testing Procedures & Case Studies
IWC-00-07 true Honda of America Reuses "Gray" Water
IWC-00-07D true Honda of America Reuses "Gray" Water
IWC-96-07 true HOSCO: a Software to Model the "Impure" Steam Condensation in Indust
IWC-50~10 true Hot Lime Treatment Followed by Sodium Zeolite
IWC-54~19 true Hot Process Hot Zeolite Treatment in a Steel Mill
IWC-57~18 true How About Aluminum Condenser Tubes?
IWC-02-65 true How a Power Plant Air Permit Can Impact the Cooling Tower Circulating W
IWC-82-34PD4 true How New Products are Developed and Brought into the Plant
IWC-96-54 true How to Control Coordinated Phosphate Programs in the Presence of Impu
IWC-96-54D true How to Control Coordinated Phosphate Programs in the Presence of Impu
IWC-75~07 true How to Determine When an Industrial Boiler Needs Cleaning
IWC-75~07D true How to Determine When an Industrial Boiler Needs Cleaning
IWC-00-42 true How to Handle Suspended Solids within Ion Exchange Resin (IER) Packe
IWC-89-08 false How to Inspect Industrial Water Cooling Towers
IWC-89-08D true How to Inspect Industrial Water Cooling Towers
IWC-07-77 true "How To" Interpret U.S. Patent Claims
IWC-96-19 true How to Specify a Reverse Osmosis System
IWC-47~16 false How Troublesome Waste Water Problems Were Solved
IWC-04-26 true HRSG Chemistry Guidelines
IWC-99-16 false HRSG Design - Water Chemistry Requirements
IWC-99~S05PD true HRSGs Don‘t Have to be a Problem
IWC-92-29 true HTP-2, a New Iron Dispersant for Medium to High Pressure Industrial Boil
IWC-92-29D true HTP-2, a New Iron Dispersant for Medium to High Pressure Industrial Boil
IWC-05-31 true Hybrid Resin Technology for Simultaneous Removal of Multiple Contamin
IWC-05-31D true Hybrid Resin Technology for Simultaneous Removal of Multiple Contamin
IWC-77~33 true Hydrazine vs. Chromate as a Corrosion Inhibitor for Industrial Closed Coo
IWC-79~38 true Hydrogen Peroxide and Ion Exchangers in Power Plant Operation
IWC-77~28 true Hydrogeological Considerations for the Disposal of Industrial Residues
IWC-77~28D true Hydrogeological Considerations for the Disposal of Industrial Residues
IWC-85-55 true Hydrogeological Investigation for Design and Construction of a Ground Wa
IWC-83-05 true Hydroperm™ Cross Flow Microfiltration: a New Process for the Liquid Pro
IWC-83-05D true Hydroperm™ Cross Flow Microfiltration: a New Process for the Liquid Pro
IWC-84-26 true Hydroperm Lime Softening-A Case History
IWC-84-26D true Hydroperm Lime Softening-A Case History
IWC-95-51 true Hydrothermal Oxidation: Pilot Scale Operating Experiences
IWC-95-51D true Hydrothermal Oxidation: Pilot Scale Operating Experiences
IWC-89-61 true ICP Performance for the Measurement of Fourteen Trace Metals in Power
IWC-89-61D true ICP Performance for the Measurement of Fourteen Trace Metals in Power
IWC-86-47 true Identification and Control of Scaling in Recirculating Ash-Disposal System
IWC-86-47D true Identification and Control of Scaling in Recirculating Ash-Disposal System
IWC-96-10 true Identification of Cooling Water Biofilms using a Novel ATP Monitoring Tec
IWC-02-64 true Identifying and Minimizing Cooling Tower Mechanical and Performance Ri
IWC-02-64D true Identifying and Minimizing Cooling Tower Mechanical and Performance Ri
IWC-07-28 true I Have to Lay Boilers Up – What Next
IWC-04-33 true I Hear What You're Saying, But I Don't Understand a Word of It
IWC-92-21 true Impact of a Novel Weak Base Anion Exchange Resin on the Operation an
IWC-92-21D true Impact of a Novel Weak Base Anion Exchange Resin on the Operation an
IWC-95-47 true Impact of Cooling Water Treatment Trends on Algae Control
IWC-95-47D true Impact of Cooling Water Treatment Trends on Algae Control
IWC-98-28 true Impact of Deregulation and Competition on Base Loaded Power Plant Wa
IWC-98-28D true Impact of Deregulation and Competition on Base Loaded Power Plant Wa
IWC-05-03 true Impact of Low Molecular Weight Organic Acids on Anion Exchange Resin
IWC-90-18 true Impact of Particle Size on Single Bed Demineralizer Performance
IWC-90-18D true Impact of Particle Size on Single Bed Demineralizer Performance
IWC-90-18AC true Impact of Particle Size on Single Bed Demineralizer Performance
IWC-82-18 true Impact of the Programmable Controller on the Instrumentation and Contro
IWC-82-18D true Impact of the Programmable Controller on the Instrumentation and Contro
IWC-79~36PD true Impact on Contract Disposal Firms (1)
IWC-79~37PD true Impact on Contract Disposal Firms (2)
IWC-99-04 true Impacts and Control of the Zebra Mussel
IWC-04-24 false Implementing a Zero-Discharge Wastewater Reclamation and Water Reu
IWC-55~6 true Important Variables in Water Quality Affecting Cold Process Clarification
IWC-82-48 true Improved Biological Degradation Chlorinated Hydrocarbons Using Mutant
IWC-02-44 true Improved Chemical Treatment Program for Optimum Corrosion Control in
IWC-02-44D true Improved Chemical Treatment Program for Optimum Corrosion Control in
IWC-02-04 true Improved Condensate Resin Performance Using Post-Manufacturing Proc
IWC-83-20 true Improved Control of Boiler Scaling and Corrosion with an All-Polymer Inter
IWC-83-20D true Improved Control of Boiler Scaling and Corrosion with an All-Polymer Inter
IWC-90-51 true Improved Diluter Module for Sub-ppb Ion Analysis in Power Plant Cycle W
IWC-90-51D true Improved Diluter Module for Sub-ppb Ion Analysis in Power Plant Cycle W
IWC-94-06 true Improved Instrumentation for Silt Density Index to Evaluate Reverse Osmo
IWC-94-06D false Improved Instrumentation for Silt Density Index to Evaluate Reverse Osmo
IWC-95-56 false Improved Precoat Technology used in BWR Plants
IWC-95-55 true Improved Water Chemistry at Virginia Power's Surrey Station
IWC-95-55D true Improved Water Chemistry at Virginia Power's Surrey Station
IWC-03-36 true Improvement in Power Plant Water Quality Utilizing EDI: Case Studies at T
IWC-03-36D true Improvement in Power Plant Water Quality Utilizing EDI: Case Studies at T
IWC-99-28 true Improvement in UPW System by Utilizing EDI
IWC-99-28D true Improvement in UPW System by Utilizing EDI
IWC-94-62 true Improvement of Calcium Sulfate Scaling Calculation in Cooling Water Sys
IWC-95-57 true Improvement of Precoat Filter Performance in RWCU
IWC-46~3 true Improvement of Steam Quality
IWC-71~19 true Improvements in Chlorine Residual Analyzers
IWC-01-45 true Improvements in Corrosion Protection during Off-Line Storage of Heat Re
IWC-93-48 true Improvements in On-Line Ion Chromatography
IWC-93-48D false Improvements in On-Line Ion Chromatography
IWC-94-58 true Improvements in Waste Water Treatment at Zinc Corporation of America
IWC-94-58D false Improvements in Waste Water Treatment at Zinc Corporation of America
IWC-68~9 true Improving Quality of Recirculation Water
IWC-99-67 true Improving Reverse Osmosis (RO) Permeate Quality Through Permeate R
IWC-99-67D false Improving Reverse Osmosis (RO) Permeate Quality Through Permeate R
IWC-99-60 true Improving Thin Film Composite RO Membrane Performance in Biologicall
IWC-07-12 true Increased Water Treatment Plant Capacity at a Mexican Power Station Us
IWC-07-12D true Increased Water Treatment Plant Capacity at a Mexican Power Station Us
IWC-07-62 true Inductive Conductivity for Control of CIP Processes
IWC-93-33 true Industrial Applications of Pitzer‘s Equation to Cooling Water Systems
IWC-93-33D true Industrial Applications of Pitzer‘s Equation to Cooling Water Systems
IWC-49~10 true Industrial Approach Towards Waste Treatment and Stream Pollution Abat
IWC-78~22 true Industrial Engineering Approach Provides Bases for Optimizing Performan
IWC-78~22D true Industrial Engineering Approach Provides Bases for Optimizing Performan
IWC-00-49 true Industrial ISFET pH Sensors: Technical Overview and Application Succes
IWC-70~15 true Industrial Microbiocides for Open Recirculating Cooling Water Systems
IWC-97-24 true Industrial Plant Condensate Treatment, State-Of-The-Art
IWC-97-24D true Industrial Plant Condensate Treatment, State-Of-The-Art
IWC-08-28 true Industrial Steam Purity: Requirements, Proper Sampling and Practical Con
IWC-49~11 true Industrial Wastes
IWC-54~3 true Industrial Wastes in General
IWC-60~14 true Industrial Waste Treatment by the Completely-Mixed Activated Sludge Pro
IWC-89-17 true Industrial Water Quality Measurement: a Retrospective/Prospective View
IWC-93-11 true Industrial Water Reuse and Wastewater Minimization
IWC-68~4 true Industrial Water Re-Use Process and Cost Considerations
IWC-54~1 true Industrial Water Supplies of the United States
IWC-86-11 true Industry-Wide Survey of Organics in PWR's
IWC-86-11D true Industry-Wide Survey of Organics in PWR's
IWC-90-53 true Influence of Dissolved Chemicals to Corrosion of Mild Steel in High Tempe
IWC-85-53 true In-Ground Removal of Iron and Manganese from Well Water
IWC-85-53D true In-Ground Removal of Iron and Manganese from Well Water
IWC-51~15 true Inhibitor Effectiveness at Elevated Temperatures
IWC-85-41 true Initial Operating Experience with a Liquid Waste Treatment System for NY
IWC-07-53 true Initial Operating Experience with a Novel FGD Waste Water Treatment Sy
IWC-07-53D true Initial Operating Experience with a Novel FGD Waste Water Treatment Sy
IWC-50~9 true Initial Report of Operating Data from Industrial Mixed Bed Deionizing Units
IWC-06-27 true Innovated Bio-ecological Process for Municipal Sewage and Sludge Stabil
IWC-94-69 true Innovations in Deep-Bed Condensate Polishing
IWC-00-03 true Innovations in Fill Fouling Control
IWC-08-45 true Innovations in Ion-Exchange Technology for the Removal of Sulphate
IWC-08-45D true Innovations in Ion-Exchange Technology for the Removal of Sulphate
IWC-08-54 true Innovations in Produced Water Treatment for SAGD
IWC-02-27 true Innovative Business Model for High Strength Refinery Waste Streams
IWC-86-48 true Innovative Design for Chloram1ne Removal for Pharmaceutical Company
IWC-86-48D true Innovative Design for Chloram1ne Removal for Pharmaceutical Company
IWC-05-49 true Innovative MBR Process for Industrial Wastewater Treatment and Reuse
IWC-05-49D true Innovative MBR Process for Industrial Wastewater Treatment and Reuse
IWC-06-22 true Innovative Membrane Waste Disposal for the Taunton River Desalination
IWC-99-44 true Innovative Methods for Recycling Wastewater in Power Plants to Reduce
IWC-99-44D true Innovative Methods for Recycling Wastewater in Power Plants to Reduce
IWC-98-16 true Innovative New Products and Applications for the Analysis of Power Wate
IWC-89-59 false Innovative Processes Provide Cogeneration Power Plant with the Ability to
IWC-89-59D true Innovative Processes Provide Cogeneration Power Plant with the Ability to
IWC-98-40 true Innovative Troubleshooting in a Refinery Cooling System: A Case Study
IWC-81-33 true Inorganic Ion Exchangers and their Application in Industry
IWC-91-51 true In-Place Chemical Cleaning of Stainless Steel Condensate Demineralizer
IWC-63~3 true In-Plant Water Conservation in the Pollution Abatement Programs
IWC-59~13 true Inspecting Cooling Towers for Wood Deterioration
IWC-56~8 true Inspection of Nonmagnetic Tubing in Corrosive Service by the Probolog M
IWC-98-63 true Installation and Start-Up of Outsourced Deltaflow™ Systems at TVA‘s Seq
IWC-98-63D true Installation and Start-Up of Outsourced Deltaflow™ Systems at TVA‘s Seq
IWC-90-49 true Installation of a New Secondary Chemistry Laboratory and Data Managem
IWC-90-49D true Installation of a New Secondary Chemistry Laboratory and Data Managem
IWC-76~22 true Instantaneous Versus Coupon Corrosion Rates in Laboratory Test
IWC-79~28 true Instrumentation and Control in a Wastewater Recovery System
IWC-56~6 true Instrumentation for the Determination of Steam Purity
IWC-68~7 true Instrumentation of Residual Chlorine Measurement
IWC-82-34PD5 true Insuring the Success of the Program
IWC-03-40 true Integrated Approach to Water/Wastewater Treatment at a Zero Discharge
IWC-03-40D true Integrated Approach to Water/Wastewater Treatment at a Zero Discharge
IWC-08-65 true Integrated Fixed-Film/ Activated Sludge (IFAS) for Refinery and Petrochem
IWC-06-57 true Intellectual Property Protection – Avoiding Loss of Trade Secrets
IWC-77~07 true Internal Boiler Water Treatment
IWC-90-41 true International Water Treatment Practices and Experience
IWC-90-41D true International Water Treatment Practices and Experience
IWC-90-41AC true International Water Treatment Practices and Experience
IWC-77~03 true Inter-Relationship of Deposits and Corrosion in Recirculating Cooling Wat
IWC-77~03D true Inter-Relationship of Deposits and Corrosion in Recirculating Cooling Wat
IWC-00-15 true Interstage Energy Recovery Turbine Application - Marco Island, Florida
IWC-00-15D true Interstage Energy Recovery Turbine Application - Marco Island, Florida
IWC-04-51 true Introduction of Spiral Wound EDI -Exclusive Design and Its Application
IWC-04-51D true Introduction of Spiral Wound EDI -Exclusive Design and Its Application
IWC-04-51AC true Introduction of Spiral Wound EDI -Exclusive Design and Its Application
IWC-65~5 true Introduction to a Panel Discussion on In-Service Cleaning of Boilers and A
IWC-03-08 true Introduction to the ASME Research and Technology Committee on Water
IWC-92-42 true Investigation of a Fouling Sensor System Constructed with Piezoelectric Q
IWC-75~18 true Investigation of Ammonium Citrate Cleaning Solvents
IWC-46~4 true Investigation of Carryover Problems and Identification of Types
IWC-92-32 true Investigation of Hydrazine Alternatives for Industrial and Utility Steam Gen
IWC-61~2 true Investigations of Polyphosphates as Corrosion Inhibitors in Cooling Water
IWC-40~3 false Investigations of Spent Pickling Wastes, Their Treatment and Possible Uti
IWC-91-22 true Iodine-Bias Analyzer for Monitoring and Control of Chlorine and Sulfite Re
IWC-91-22D true Iodine-Bias Analyzer for Monitoring and Control of Chlorine and Sulfite Re
IWC-87-07 true Ion Chromatographic Analysis of Organophosphonates in Cooling Water
IWC-61~12 true Ion Exchange Acid-Alkali Neutralizer for Demineralizer Regeneration Was
IWC-08-43 true Ion Exchange Applications of Simulation Technology
IWC-08-43D true Ion Exchange Applications of Simulation Technology
IWC-08-43AC true Ion Exchange Applications of Simulation Technology
IWC-96-17 true Ion Exchange Capacity Utilization and Chemical Optimization
IWC-97-67 true Ion Exchange Demineralizers: Big Problems, Small Solutions
IWC-97-67D true Ion Exchange Demineralizers: Big Problems, Small Solutions
IWC-46~13 true Ion Exchange in the Treatment of Wastes
IWC-79~11 true Ion Exchange Mechanism in Condensate Polishing
IWC-79~11AC true Ion Exchange Mechanism in Condensate Polishing
IWC-79~11D1 true Ion Exchange Mechanism in Condensate Polishing
IWC-79~11D2 true Ion Exchange Mechanism in Condensate Polishing
IWC-79~11D3 true Ion Exchange Mechanism in Condensate Polishing
IWC-83-42 true Ion Exchange of Mixed Rad Waste
IWC-89-25 true Ion Exchange, Past, Present and Future
IWC-73~10 true Ion Exchange Pretreatment for a Reverse Osmosis Process
IWC-86-08 true Ion Exchange Resin Performance in Candu Moderator Systems
IWC-86-08D true Ion Exchange Resin Performance in Candu Moderator Systems
IWC-07-18 true Ion Exchange Resins as Stationary Phase in Industrial Chromatographic S
IWC-07-18D true Ion Exchange Resins as Stationary Phase in Industrial Chromatographic S
IWC-86-18 true Ion Exchange Resins - Their Application in Flue Gas Scrubbing at Incinera
IWC-67~6 true Ion Exchange Screen for Organic Matter Improves Demineralizer Perform
IWC-53~7 true Iron and Copper Deposits in Boilers
IWC-46~9 true Iron and Manganese Removal
IWC-55~5 true Iron and Manganese Removal
IWC-79~07 true Iron Oxide Deposition - Complete Boiler System Control
IWC-79~07D true Iron Oxide Deposition - Complete Boiler System Control
IWC-08-25 true Iron Specific Resin, a Novel Technique and an Excellent Choice for Remo
IWC-08-25D true Iron Specific Resin, a Novel Technique and an Excellent Choice for Remo
IWC-06-30 true Is Cation Conductivity Monitoring Relevant For Today‘s Combined Cycle P
IWC-89-27 true Is Total Capacity Measurement an Indicator of Column Performance of An
IWC-89-27D true Is Total Capacity Measurement an Indicator of Column Performance of An
IWC-89-27AC true Is Total Capacity Measurement an Indicator of Column Performance of An
IWC-08-67 true Keeping it Green at the Landfill - Cogeneration, Evaporation and Membran
IWC-08-67D true Keeping it Green at the Landfill - Cogeneration, Evaporation and Membran
IWC-63~4 true Keeping Our Industrial Rivers Reusable
IWC-97-15 true Key Components in the Economics of Upflow "Packed Bed" Demineralizer
IWC-97-15D true Key Components in the Economics of Upflow "Packed Bed" Demineralizer
IWC-98~00 true Keynote Address
IWC-99~00 true Keynote Address
IWC-00~00 true Keynote Address
IWC-01~00 true Keynote Speech
IWC-98-19 true Keys to On-Line Monitoring in Steam Generating Systems
IWC-86-39 true Kinetic Analysis of a New Biocide Delivery System for Cooling Towers
IWC-92-01 true Kinetic Evaluation of Cation Exchange Resin Used in High Purity Water Ap
IWC-92-01D true Kinetic Evaluation of Cation Exchange Resin Used in High Purity Water Ap
IWC-81-32 true Kinetic Performances of Anion Exchange Resins
IWC-95-53 true Kinetics Testing in Systems using Volatile Amines
IWC-95-53D true Kinetics Testing in Systems using Volatile Amines
IWC-74~14 true Kinetics vs. Aqueous Chemistry of Calcium-Based Sulfur Dioxide Scrubbin
IWC-87-52 true KLM's Optimized BARS for Silica and Waste Removal
IWC-87-52D true KLM's Optimized BARS for Silica and Waste Removal
IWC-90-26 true Laboratory Methods for Evaluating Generic Cooling Water Additives
IWC-91-18 true Laboratory Scale Modeling of Localized Corrosion in a Coordinated Phosp
IWC-91-18D1 true Laboratory Scale Modeling of Localized Corrosion in a Coordinated Phosp
IWC-91-18D2 true Laboratory Scale Modeling of Localized Corrosion in a Coordinated Phosp
IWC-77~16 true Laboratory Studies in Ion Exchange Technology Related to Reactor Coola
IWC-77~16D true Laboratory Studies in Ion Exchange Technology Related to Reactor Coola
IWC-77~16AC true Laboratory Studies in Ion Exchange Technology Related to Reactor Coola
IWC-95-45 true Laboratory Test Method for Determining the Impact of Corrosion and Scal
IWC-95-45D true Laboratory Test Method for Determining the Impact of Corrosion and Scal
IWC-64~2 true Large-Scale Steam Generation at Steel Surfaces: A Physiochemical Enqu
IWC-99-45 true Large Scale Zero Liquid Discharge (ZLD) Systems
IWC-99-45D true Large Scale Zero Liquid Discharge (ZLD) Systems
IWC-43~10 true Latest Developments in Removal of Cations and Anions from Water by De
IWC-68~11 true Latex Waste Industrial Problems
IWC-07-31 true Lay-Up and Return to Service Practices at Ontario Power Generation
IWC-88-08 true Leachables vs. Ionic Leakage in Powdered Resin Systems
IWC-88-08D true Leachables vs. Ionic Leakage in Powdered Resin Systems
IWC-88-08AC true Leachables vs. Ionic Leakage in Powdered Resin Systems
IWC-07-10 true Leading Chemical Manufacturer‘s Plant in South India to Become A Zero L
IWC-07-10D true Leading Chemical Manufacturer‘s Plant in South India to Become A Zero L
IWC-54~2 true Legal Aspects of the Clean Stream Program
IWC-07~S06PD true Legionella
IWC-05-63 true Legionella 2003: An Update and Statement by the Association of Water Te
IWC-05-63D true Legionella 2003: An Update and Statement by the Association of Water Te
IWC-06-02 true Legionella and Biofilm Control with Hydrogen Peroxide
IWC-06-02D true Legionella and Biofilm Control with Hydrogen Peroxide
IWC-06-02AC true Legionella and Biofilm Control with Hydrogen Peroxide
IWC-05-21 true Legionella Controlled by Pulsed Power
IWC-07-22 true Legionella: Problems, Causes, Risks, Solutions, and Control
IWC-02-12 true Legionella Treatment Strategies: First Response and Minimization Action
IWC-02-12AC true Legionella Treatment Strategies: First Response and Minimization Action
IWC-02-12D true Legionella Treatment Strategies: First Response and Minimization Action
IWC-99~S06PD true Legionella: Update On Occurrences And Control
IWC-04-13 true Legionnaires‘ Disease: Where are we after 27 years of study?
IWC-05-22 true Lessons Learned from Recent Outbreaks of Legionnaires Disease and Gu
IWC-08-20 true Lessons Learned from the Implementation of Biocide Strategies in Cooling
IWC-84-96 true Lessons Learned from the Use of Ion Exchange for Wastewater Treatmen
IWC-84-96D true Lessons Learned from the Use of Ion Exchange for Wastewater Treatmen
IWC-79~08 true Let's Protect the Resin Beds
IWC-79~08D true Let's Protect the Resin Beds
IWC-91-34 true Life Prediction of Ion Exchange Resins in BWR Condensate Demineralize
IWC-91-34D true Life Prediction of Ion Exchange Resins in BWR Condensate Demineralize
IWC-91-34AC true Life Prediction of Ion Exchange Resins in BWR Condensate Demineralize
IWC-81-35 true Liftbed- and Rinsebed-Process, a Novel Technique for Ion Exchange
IWC-44~9 true Lime and Limestone in Waste Pickle Liquor Treatment
IWC-92-25 true Lime Treatment vs. Ultrafiltration Case Study
IWC-92-25AC true Lime Treatment vs. Ultrafiltration Case Study
IWC-92-25D true Lime Treatment vs. Ultrafiltration Case Study
IWC-47~12 false Liquid Chemical Feed Systems
IWC-78~37 true Locating Regions of Localized Salt Deposition within an Operating Boiler
IWC-96-42 true Logan Generating Plant Experience with Zero Liquid Discharge
IWC-96-42D true Logan Generating Plant Experience with Zero Liquid Discharge
IWC-94-14 true Low Cost Zero Discharge
IWC-00-27 true Low Fouling Polyamide Reverse Osmosis Membranes: A Comparison of
IWC-99-68 true Low Level Deoxygenation of Boiler Makeup Water Using Gas Transfer Me
IWC-99-68D true Low Level Deoxygenation of Boiler Makeup Water Using Gas Transfer Me
IWC-89-46 true Low Phosphate-Low Sodium Hydroxide Treatment in 2600 psig Boilers at
IWC-89-46D true Low Phosphate-Low Sodium Hydroxide Treatment in 2600 psig Boilers at
IWC-89-46AC true Low Phosphate-Low Sodium Hydroxide Treatment in 2600 psig Boilers at
IWC-88-65 true Low Pressure Steam Purity: Behavior of the Chemical Species in Condens
IWC-90-14 true Macrofouling Control
IWC-90-14D true Macrofouling Control
IWC-96-71 true Macrofouling Prevention and Control in Service Water and Circulating Wa
IWC-70~18 true Macroporous Ion Exchange Resins as Regeneratable Adsorbents for Orga
IWC-63~8 true Macroreticular Anion Exchange Resins
IWC-79~19 true Magnetic Field Conditioning of Industrial Waters
IWC-69~16 true Magnetics and Their Application to Pollution Abatement
IWC-84-10 true Magnetic Water Treatment Devices - The Results of a University Study
IWC-90~00 true Main Features of Present Time Water Chemistry in the Soviet Union
IWC-99-50 true Maintaining Effective Cooling Tower Performance when Using Contamina
IWC-99-50D true Maintaining Effective Cooling Tower Performance when Using Contamina
IWC-91-45 true Maintaining Efficiency of an Electrochlorination Disinfection System Opera
IWC-00-20 true Maintaining Storage Tank Dissolved Oxygen Levels Utilizing Gas Transfer
IWC-90-16 true Major Advances of Chemical Treatment of Cooling Water in China over th
IWC-90-16D true Major Advances of Chemical Treatment of Cooling Water in China over th
IWC-00-34 true Major Improvement in Cooling System Performance at an Ammonia/Urea
IWC-00-34D true Major Improvement in Cooling System Performance at an Ammonia/Urea
IWC-78~01 true Makeup and Feedwater Treatment for Large Utility Boilers
IWC-78~01D true Makeup and Feedwater Treatment for Large Utility Boilers
IWC-84-105 true Makeup Demineralization with an Organic Scavenger/Monobed System
IWC-84-105D true Makeup Demineralization with an Organic Scavenger/Monobed System
IWC-77~21 true Make-Up Treatment - Countercurrent Regeneration Experience in the Uni
IWC-77~21D1 true Make-Up Treatment - Countercurrent Regeneration Experience in the Uni
IWC-77~21D2 true Make-Up Treatment - Countercurrent Regeneration Experience in the Uni
IWC-90-43 true Makeup Treatment for Fossil Utility Plant Steam - Water Cycles
IWC-90-43D true Makeup Treatment for Fossil Utility Plant Steam - Water Cycles
IWC-90-43AC true Makeup Treatment for Fossil Utility Plant Steam - Water Cycles
IWC-94-34 true Makeup Water Treatment by Service Contract
IWC-94-34D true Makeup Water Treatment by Service Contract
IWC-92-26 true Makeup Water Treatment Incorporating Electrodeionizat1on along with Tr
IWC-92-26D true Makeup Water Treatment Incorporating Electrodeionizat1on along with Tr
IWC-97-68 true Making Old Makeup Mixed Beds Make More Good Water
IWC-68~2 true Management of Water Quality Data at ORSANCO
IWC-01-12 true Managing Microbiological Fouling Potentials with a Non-Oxidizing Biocide
IWC-89-07 true Manganese/Aminophosphonic Acid Chemistry: a New Perspective on Coo
IWC-89-07D false Manganese/Aminophosphonic Acid Chemistry: a New Perspective on Coo
IWC-98-42 true Marine Biofouling Control System for Heat Exchangers by Intermittent Ozo
IWC-98-42D true Marine Biofouling Control System for Heat Exchangers by Intermittent Ozo
IWC-78~21 true Mathematical Models of Competitive Adsorption: Successes, Failures and
IWC-78~21D true Mathematical Models of Competitive Adsorption: Successes, Failures and
IWC-06-42 true Maximizing Membrane Performance through Pretreatment Optimization
IWC-64~11 true Measurement and Control of Corrosion in the Oak Ridge Research Reacto
IWC-06-39 true Measurement of Iron Oxide Throw Associated with Start-ups and Cycling o
IWC-86-57 false Measurement of Sodium in Boiler Feed Water: Calibration without Calibra
IWC-82-29 true Measurement of Traces of Dissolved Oxygen in Radioactive Water
IWC-96-56 true Measurements for Boiler Control: Conductivity, Cation Conductivity and pH
IWC-99-25 true Mechanical Vapor Compression (MVC) Seawater Desalination for Industri
IWC-76~11 true Mechanics of Handling Lime Slurries
IWC-76~11D true Mechanics of Handling Lime Slurries
IWC-89-51 true Mechanism of Crud Removal by Deep Bed Resins
IWC-83-04 true Mechanism of Scale Inhibition by Phosphonates
IWC-83-04D true Mechanism of Scale Inhibition by Phosphonates
IWC-89-33 true Mechanisms of Action of Dimethylamides as a Penetrant/Dispersant in Co
IWC-89-33D true Mechanisms of Action of Dimethylamides as a Penetrant/Dispersant in Co
IWC-03-48 true Meeting Semiconductor Fab Quality With Mobile Equipment
IWC-03-28D true Meeting Semiconductor Fab Quality With Mobile Equipment
IWC-96-13 true Membrane and Element Selection in Reverse Osmosis Systems for Optim
IWC-96-13D false Membrane and Element Selection in Reverse Osmosis Systems for Optim
IWC-94-08 true Membrane Filtration for the Removal of Iron and Manganese from Drinking
IWC-05-15 true Membrane Filtration Improves Water Quality at Point Beach Nuclear Powe
IWC-05-15D true Membrane Filtration Improves Water Quality at Point Beach Nuclear Powe
IWC-05-15AC true Membrane Filtration Improves Water Quality at Point Beach Nuclear Powe
IWC-96-14 true Membrane Separation - a Mature Technology
IWC-96-14D true Membrane Separation - a Mature Technology
IWC-03-06 true Membrane Separation Technologies for Industrial Water Reuse
IWC-03-06D true Membrane Separation Technologies for Industrial Water Reuse
IWC-02-34 true Membranes Operational Warning Signs, Troubleshooting, and Cleaning
IWC-05-74 true Membrane Technologies for Wastewater Reuse Applications
IWC-06-47 true Mercury Separation from Flue Gas Scrub Water with TMT 15
IWC-08-30 true Mercury Treatment in Flue Gas Desulfurization Wastewater Development
IWC-53~5 true Metal Failures Encountered in the Water Treatment Industry
IWC-54~9 true Metal Finishing Wastes
IWC-03-30 true Metallurgical Examination of Cooling Water Equipment Failures
IWC-06-35 true Metal Removal and Recovery from Process Solutions using Short Bed Ion
IWC-06-35D true Metal Removal and Recovery from Process Solutions using Short Bed Ion
IWC-47~6 false Method of Oxygen Determination in Boiler Feed Water
IWC-69~10 true Methods and Applications of Condensate Treatment Plants in European P
IWC-93-04 true MIC Met the Masters - or - the Detection, Monitoring, and Remediation of
IWC-93-04D true MIC Met the Masters - or - the Detection, Monitoring, and Remediation of
IWC-98-24 true MIC Mitigation in Service Water Systems: Case Histories
IWC-96-69 true MIC Monitoring of Recirculating Cooling Water Systems: Relationship betw
IWC-97-52 true Microbially-Influenced Corrosion in Stainless Steel Tubing: a Case History
IWC-78~12 true Microbiological Control in Process Contaminated Cooling Systems
IWC-00-01 true Microbiological Control in Process Cooling Water Systems: An Overview
IWC-97-53 true MicrobiologIcally Influenced Corrosion of Stainless Steels by Water used f
IWC-97-53D true MicrobiologIcally Influenced Corrosion of Stainless Steels by Water used f
IWC-87-05 true Microchemistry of Corrosion: Failure Analysis Using Modern Electron-Bea
IWC-86-42 true Microcomputer Code for Power Plant Water Management
IWC-86-42D true Microcomputer Code for Power Plant Water Management
IWC-97-20 true Microfiltration of Title 22 Water with Ceramic Membranes as Pretreatment
IWC-05-75 true Microfiltration Performance Enhancement Using an Air-Scour, Air-Assisted
IWC-05-75D true Microfiltration Performance Enhancement Using an Air-Scour, Air-Assisted
IWC-05-75AC true Microfiltration Performance Enhancement Using an Air-Scour, Air-Assisted
IWC-03-18 true Microfiltration System Treats Secondary Sewage at Eraring Power Station
IWC-03-18D true Microfiltration System Treats Secondary Sewage at Eraring Power Station
IWC-97-78 true Microfiltration Technology - the Next Generation
IWC-93-60 false Microprocessor-Based Amperometric Analyzer Enables Parts per Billion C
IWC-90-47 true Microprocessor Based Cooling Tower Controls - an Overview
IWC-90-47D true Microprocessor Based Cooling Tower Controls - an Overview
IWC-02-41 true Microsand-Ballasted Clarification Technology Provides Recycled Water fo
IWC-40~9 false Milwaukee's Water Purification Plant
IWC-96-47 true Minimizing the Economic Impact of Organics on Ion Exchange Systems
IWC-96-63 true Mixed Bed Capacity at Condensate Conditions
IWC-96-63D true Mixed Bed Capacity at Condensate Conditions
IWC-96-63AC true Mixed Bed Capacity at Condensate Conditions
IWC-53~3 true Mixed Bed Deionization
IWC-56~5 true Mixed Bed Demineralizer Operations
IWC-06-46 true Mixed Bed Resin Storage
IWC-00-11 true Mixed-Oxidant Application in Cooling Tower Maintenance
IWC-00-11D true Mixed-Oxidant Application in Cooling Tower Maintenance
IWC-70~3 true Mobile Pilot Plants for the Removal of Ammonia and Phosphates from Wa
IWC-04-04 true Mobile Wastewater Treatment Helps Remediate Highly Concentrated Acid
IWC-04-04D true Mobile Wastewater Treatment Helps Remediate Highly Concentrated Acid
IWC-04-31 true Modeling Leaching in Treated Wood Cooling Towers
IWC-04-31D true Modeling Leaching in Treated Wood Cooling Towers
IWC-80-33 true Modeling the Effects of Condenser Inleakage on PWR Chemistry
IWC-97~S06FD true MODERN BUSINESS TRENDS
IWC-97~S06PD true MODERN BUSINESS TRENDS
IWC-03-04 true Modernization Concepts; Utilizing Bayer Countercurrent Packed Bed Tech
IWC-03-04D true Modernization Concepts; Utilizing Bayer Countercurrent Packed Bed Tech
IWC-79~13 true Molybdate Based Cooling Water Treatment
IWC-79~13D true Molybdate Based Cooling Water Treatment
IWC-87-12 true Molybdate-Based Cooling Water Treatment: New Developments which Ex
IWC-92-39 true Molybdate-Based Synergistic Compositions for Maximum Scale/Corrosion
IWC-89-19 true Monitoring and Control of a Non-Hydrazine Reducing Agent
IWC-89-19D true Monitoring and Control of a Non-Hydrazine Reducing Agent
IWC-95-05 true Monitoring and Control of Product Residuals in Cooling Water Applications
IWC-95-05D true Monitoring and Control of Product Residuals in Cooling Water Applications
IWC-89-31 true Monitoring Condensate Polisher Operation Using Conductivity (Specific, C
IWC-89-31D true Monitoring Condensate Polisher Operation Using Conductivity (Specific, C
IWC-89-31AC true Monitoring Condensate Polisher Operation Using Conductivity (Specific, C
IWC-83-35 true Monitoring, Containment, and Treatment of Groundwater: Introduction and
IWC-86-28 true Monitoring of Morpholine and its Decomposition Products at Beaver Valley
IWC-86-28D true Monitoring of Morpholine and its Decomposition Products at Beaver Valley
IWC-03-20 true Monitoring of Organics Removal In High Purity Water Production From Re
IWC-95-26 true Monitoring of Superheater and Reheater Exfoliation and Steam Blow
IWC-95-26D true Monitoring of Superheater and Reheater Exfoliation and Steam Blow
IWC-95-26AC true Monitoring of Superheater and Reheater Exfoliation and Steam Blow
IWC-43~4 true More Information Concerning Corrosion in Steam Heating Systems
IWC-40~8 false Morse Filter Plant at the Irvin Works of the Carnegie-Illinois Steel Corpora
IWC-67~19 true Moving Bed Filter for the Treatment of Secondary Sewage Effluents and In
IWC-06-05 true Multi-Parameter Analytical "Fingerprinting" For The Identification of Water
IWC-06-05D true Multi-Parameter Analytical "Fingerprinting" For The Identification of Water
IWC-40~10 false Municipal & Industrial Automatic Zeolite Water Softening
IWC-03-38 true Nanofiltration Followed by Reverse Osmosis of Cooling Water Blowdown t
IWC-03-38D true Nanofiltration Followed by Reverse Osmosis of Cooling Water Blowdown t
IWC-08-73 true Navajo Generating Station – 25 Years of Zero Liquid Discharge (ZLD)
IWC-08-73D true Navajo Generating Station – 25 Years of Zero Liquid Discharge (ZLD)
IWC-40~13 false Necessity for Boiler Practices
IWC-81-46 true Neutralizing Return Line Corrosion Inhibitor with a Volatile Oxygen Scaven
IWC-91-49 true Neutral pH Process for On-Line Cleaning and Passivation of Hot and Chill
IWC-91-49D true Neutral pH Process for On-Line Cleaning and Passivation of Hot and Chill
IWC-02-42 true New Analytical Technique Promotes Elimination of Silica in Feed, Steam a
IWC-02-02 true New And Emerging Technologies for Legionella Control: A Multi-Step App
IWC-02-02D true New And Emerging Technologies for Legionella Control: A Multi-Step App
IWC-82-02 true New Approach of Resin Separation in Condensate Polisher Application
IWC-82-02D true New Approach of Resin Separation in Condensate Polisher Application
IWC-97-40 true New Calcium Carbonate Scale Inhibitors: Understanding Complexation Co
IWC-97-40D true New Calcium Carbonate Scale Inhibitors: Understanding Complexation Co
IWC-94-25 true New Chelating Resin for Waste Recovery and Pollution Control
IWC-96-49 true New Chemical Method for Improving Cooling Tower Thermal Capability
IWC-96-49D true New Chemical Method for Improving Cooling Tower Thermal Capability
IWC-93-02 true New Condensate Filters Reduce Plant Restart Time after Outages
IWC-93-02D false New Condensate Filters Reduce Plant Restart Time after Outages
IWC-86-52 true New Condensate Monitoring Techniques
IWC-93-62 true New Corrosion Inhibitor Technology for Use in Calcium Chloride Brine Sys
IWC-64~13 true New Developments
IWC-73~11 true New Developments in Counter-Current Fixed Bed Ion Exchange
IWC-01-22 true New EDI Application: Feed from Brine Concentrator Distillate
IWC-91-20 false New Electrode Pair for Measurement of Parts Per Trillion Sodium Ion in H
IWC-06-48 true New European Regulatory Requirements Drive Stringent FGD Purge Wate
IWC-89-58 true New High Rate Filter
IWC-89-58D true New High Rate Filter
IWC-89-58AC true New High Rate Filter
IWC-94-10 true New High Resolution Instruments for Monitoring Corrosion Rates in the W
IWC-94-10D true New High Resolution Instruments for Monitoring Corrosion Rates in the W
IWC-90-39 true New High Velocity Spiral Wound MF-UF-RO Element Design Constructed
IWC-01-02 true New Ion Exchange Resin Designs and Regeneration Procedures Yield Im
IWC-01-02D true New Ion Exchange Resin Designs and Regeneration Procedures Yield Im
IWC-70~6 true New Ion Exchange Systems for Treating Municipal, Domestic and Industri
IWC-95-31 true New Life for Ion Exchange Demineralization: Amberpack™ Packed~Bed C
IWC-88-37 true New Lower Cost Method for Treating Acid Mine Drainage-A Case History:
IWC-88-37D true New Lower Cost Method for Treating Acid Mine Drainage-A Case History:
IWC-71~16 true New Nitrogen-Containing Organic Non-Chromate Corrosion Inhibitors
IWC-92-31 true New Non-Hazardous Chemical Deoxygenation Process Successfully Emp
IWC-95-12 true New Non-Phosphorus Calcium Carbonate Inhibitor Reduces Phosphorus
IWC-95-12D true New Non-Phosphorus Calcium Carbonate Inhibitor Reduces Phosphorus
IWC-05-28 true New Oxygen Scavenger Amine Based For Boiler Feedwater Treatment
IWC-05-60 true New Paradigm For Plant Cycle Chemistry Requirements
IWC-91-07 true New Pitting Corrosion Inhibitor for 90/10 Cu/Ni in Cooling Tower Service W
IWC-49~9 true New Polar Film Treatment for the Control of Return Line Corrosion
IWC-06-44 true New Procedure for Removing Organic Foulilng from Anion Resins
IWC-03-27 true New Process For Reusing Produced Wastewater
IWC-57~1 true New Reins for an Old Horse {Contact Softening}
IWC-76~16 true New Requirements for Ion Exchange in Condensate Polishing
IWC-76~16D true New Requirements for Ion Exchange in Condensate Polishing
IWC-76~16AC true New Requirements for Ion Exchange in Condensate Polishing
IWC-01-35 true New Reverse Osmosis System Design Accomplishes Zero-Liquid Dischar
IWC-01-35D true New Reverse Osmosis System Design Accomplishes Zero-Liquid Dischar
IWC-92-28 true New RO Pretreatment Techniques for Difficult Waters
IWC-03-23 true New Stable Biodegradable Scale Inhibitor Formulations For Cooling Wate
IWC-76~05 true New Technology for the Recovery of Chromates from Cooling Tower Blow
IWC-76~05D true New Technology for the Recovery of Chromates from Cooling Tower Blow
IWC-87-36 true New Technology in the Softening of "Produced Water" in Enhanced Oil Re
IWC-93-44 false New Total Organic Carbon Analyzer
IWC-73~20 true New Trends in Boiler Scale Control
IWC-99-80 true New Zero Liquid Discharge Strategy — Boiler Makeup from Cooling Towe
IWC-99-06 true Nine Mile Point Unit Two and Zebra Mussels — A Retrospective
IWC-73~18 true Nitrate Removal from Municipal Well Water
IWC-80-51 true Nitrificat1on Block for Closed Systems
IWC-65~13 true Non-Aggressive Cleaning Procedures
IWC-04-22 true Non-Chemical Devices: Thirty Years of Myth Busting
IWC-04-22D true Non-Chemical Devices: Thirty Years of Myth Busting
IWC-02-46 true Non-chemical Water Treatment Systems: Histories, Principles and Literatu
IWC-02-46D true Non-chemical Water Treatment Systems: Histories, Principles and Literatu
IWC-01-52 false Non-Chemical Water Treatment To Prevent Fouling
IWC-56~9 true Non-Destructive Thickness Measurements of Boiler Deposits
IWC-91~00 false None
IWC-92~00 false None
IWC-93~00 false None
IWC-03~00 false None
IWC-04~00 false None
IWC-06~00 false None
IWC-07~00 false None
IWC-99-65 true Novel Amphoteric Ion Exchange Resin and Its Chromatographic Separatio
IWC-93-43 true Novel Anion Exchange Resins Synthesis and Characteristics
IWC-96-48 true Novel Anion Exchange Resins with Thermal and Chemical Stability
IWC-96-48D true Novel Anion Exchange Resins with Thermal and Chemical Stability
IWC-08-08 true Novel Electrodeionization Devices: Applications in Inorganic Analysis
IWC-08-08D true Novel Electrodeionization Devices: Applications in Inorganic Analysis
IWC-95-07 true Novel Monitoring and Control Technology in Cooling Water Systems at Tw
IWC-00-18 true Nuclear Plant Steam Generator Deposit Management
IWC-07-57 true Nuclear Power Plant Cooling System Performance Improvement through R
IWC-07-57AC true Nuclear Power Plant Cooling System Performance Improvement through R
IWC-07-57D true Nuclear Power Plant Cooling System Performance Improvement through R
IWC-00-04 true Off Site Condensate Resin Regeneration by Service Contract
IWC-00-04D true Off Site Condensate Resin Regeneration by Service Contract
IWC-54~7 true Oil Refinery Wastes
IWC-94-27 true Oil Spill Protection of Water Intakes
IWC-08-63 true Oil / Water Separation Techniques Applied to Circular Designs
IWC-44~4 true Once-Through and Recirculating Cooling Water Studies
IWC-88-62 true On-Line Analysis of Anions and Cations by Ion Chromatography using Gra
IWC-86-12 true On-Line Analysis of Fluoride, Acetate, Formate, Chloride, Carbonate, and
IWC-86-12D true On-Line Analysis of Fluoride, Acetate, Formate, Chloride, Carbonate, and
IWC-06-08 true On-Line Analysis of Water Treatment Programs
IWC-06-08D true On-Line Analysis of Water Treatment Programs
IWC-88-42 true On-Line Chemistry Diagnostics
IWC-88-42D true On-Line Chemistry Diagnostics
IWC-88-42AC true On-Line Chemistry Diagnostics
IWC-94-54 true On-Line Diagnos1s of Turbine Deposits and First Condensate
IWC-01-27 true On-Line Improvement of High Pressure Steam System Efficiency
IWC-01-27D true On-Line Improvement of High Pressure Steam System Efficiency
IWC-06-31 true Online Ion Chromatography to Monitor Boiler Water Chemistry
IWC-93-45 true On-Line Monitoring of Boiler Water Polymer Dispersants
IWC-94-63 true On-Line Monitoring of Extended Phosphate Programs in Cooling Water Sy
IWC-94-52 true On-Line Monitoring of Total Organic Carbon in Power Plants
IWC-94-52D true On-Line Monitoring of Total Organic Carbon in Power Plants
IWC-00-48 true On-Line PPB-Level Detection of Carbohydrazide for Power Production
IWC-00-48D true On-Line PPB-Level Detection of Carbohydrazide for Power Production
IWC-88-13 true On-Line, Real-Time Expert System for Cooling Water
IWC-88-13D true On-Line, Real-Time Expert System for Cooling Water
IWC-05-59 true On-line Strategy for Removing Copper Depositions in Turbines
IWC-78~09 true On-Line Use of Ion Selective Electrodes
IWC-78~09D true On-Line Use of Ion Selective Electrodes
IWC-89-47 true On-Line Water Chemistry Monitoring at Two Fossil Fired ENEL Power Pla
IWC-89-47D true On-Line Water Chemistry Monitoring at Two Fossil Fired ENEL Power Pla
IWC-89-47AC true On-Line Water Chemistry Monitoring at Two Fossil Fired ENEL Power Pla
IWC-04-21 true On-Site Chlorine Dioxide: A Review of Uses, Safety, and New Processes
IWC-04-21D true On-Site Chlorine Dioxide: A Review of Uses, Safety, and New Processes
IWC-89-30 true On-Site Condensate Monitoring-A Tool for Determining the Effectiveness
IWC-89-30D true On-Site Condensate Monitoring-A Tool for Determining the Effectiveness
IWC-89-30AC true On-Site Condensate Monitoring-A Tool for Determining the Effectiveness
IWC-87-33 true On-Site Generation of Acid and Base with Bipolar Membranes: a New Alte
IWC-95-48 true On-Site Generation of Hypochlorite for Shock Treatment
IWC-95-48D true On-Site Generation of Hypochlorite for Shock Treatment
IWC-87-14 true On-Site Pilot Plant Study for Verification and Optimization of Cooling Wate
IWC-77~15 true On-Site Pilot Tests of a SALA HGMF Magnetic Filter at New England Pow
IWC-77~15D true On-Site Pilot Tests of a SALA HGMF Magnetic Filter at New England Pow
IWC-77~15AC true On-Site Pilot Tests of a SALA HGMF Magnetic Filter at New England Pow
IWC-85-34 true On Stream Iron Removal in Cooling Systems
IWC-85-34D true On Stream Iron Removal in Cooling Systems
IWC-78~11 true Open Recirculating Cooling Water Treatment - Theory and Application
IWC-61~9 true Operating Data on High Flow Rate Condensate Polishing Without Filters
IWC-01-14 true Operating Efficiency of a New 7.3 Million Gallon Freshwater Treatment Pla
IWC-89-40 true Operating Experience at a Nuclear Power Plant using Deep Bed Cation Fi
IWC-89-40D true Operating Experience at a Nuclear Power Plant using Deep Bed Cation Fi
IWC-94-19 true Operating Experience at Plant Bowen with an RO System Retrofit Treating
IWC-94-19D true Operating Experience at Plant Bowen with an RO System Retrofit Treating
IWC-86-51 true Operating Experience in Correcting Severe Secondary Chemistry Upsets b
IWC-77~11 true Operating Experience of a Deep-Bed Condensate Polishing System
IWC-77~11D true Operating Experience of a Deep-Bed Condensate Polishing System
IWC-91-11 true Operating Experience of a Full Size Reverse Osmosis (R.O.) Plant for Silic
IWC-91-11D true Operating Experience of a Full Size Reverse Osmosis (R.O.) Plant for Silic
IWC-05-69 true Operating Experience on The Treatment on FGD Scrubber Blowdown from
IWC-63~6 true Operating Experiences at Louisville Gas and Electric Co. Paddys Run Sta
IWC-81-04 true Operating Experiences on a Reverse Osmosis Plant Converting Sea Wate
IWC-81-04D true Operating Experiences on a Reverse Osmosis Plant Converting Sea Wate
IWC-76~02 true Operating Experiences with 800 GPM Membrane Process Pretreatment S
IWC-76~02D true Operating Experiences with 800 GPM Membrane Process Pretreatment S
IWC-43~6 true Operating Experiences with Accelerator Softeners and Clarifiers
IWC-95-01 true Operating Experiences with a New Organic Trap Resin
IWC-95-01D true Operating Experiences with a New Organic Trap Resin
IWC-58~13 true Operating Experiences with Automatic Valveless Gravity Filters
IWC-77~24 true Operating Experiences with a "Zero" Discharge Deionizer
IWC-77~24D true Operating Experiences with a "Zero" Discharge Deionizer
IWC-77~24AC true Operating Experiences with a "Zero" Discharge Deionizer
IWC-67~4 true Operating Experiences with the Continuous Countercurrent C.I. Ion Excha
IWC-76~01 true Operating Experiences with the Reverse Osmosis System at Harrison Pow
IWC-76~01D true Operating Experiences with the Reverse Osmosis System at Harrison Pow
IWC-78~35 true Operating Experiences with two New Filter Precoat Materials
IWC-92-20 true Operating Experiences with Type 2 Resins in Make Up Demineralizers
IWC-72~23 true Operating Experience with a Fluidized Moving Bed Ion Exchange Loop
IWC-81-20 true Operating Experience with a 'Tripol' Ammonia Cycle Condensate Polisher
IWC-81-20D true Operating Experience with a 'Tripol' Ammonia Cycle Condensate Polisher
IWC-78~29 true OperatIng Experience with a Water Management System Designed for Ze
IWC-78~29D true OperatIng Experience with a Water Management System Designed for Ze
IWC-66~21 true Operating Experience with Continuous Countercurrent Ion Exchange
IWC-68~2 true Operating Experience with Continuous Ion Exchange Demineralization
IWC-72~3 true Operating Experience with Electromagnetic Separators and Their Applicat
IWC-65~12 true Operating Experience with NTA in a High Makeup Industrial Boiler
IWC-77~23 true Operating Experience with Reverse Osmosis Demineralizing for Boiler Fee
IWC-77~23D true Operating Experience with Reverse Osmosis Demineralizing for Boiler Fee
IWC-81-03 true Operating Experience with Six Large Reverse Osmosis Plants
IWC-81-03D true Operating Experience with Six Large Reverse Osmosis Plants
IWC-85-11 true Operating Experience with the Detection of Utility Boiler Water Quality Pro
IWC-85-11D true Operating Experience with the Detection of Utility Boiler Water Quality Pro
IWC-79~41 true Operating Experience with Triobed in the Production of Ultra High Purity W
IWC-03-11 true Operating Guidelines for HRSG Cycle Chemistry - Status Report on the H
IWC-95-20 true Operating Practices for the Control of Industrial Boiler Water Chemistry; a
IWC-47~10 false Operating Results at Silica Removal Installations
IWC-49~7 true Operating Results from Resinous Zeolite Installations
IWC-63~2 true Operating the First Struthers-Umano Freeze Desalination Plant in the Unit
IWC-02-53 true Operating To Prevent Feedwater Contamination
IWC-90-34 false Operational Experience of Condensate Polishing with Hollow Fibrous Filte
IWC-92-37 false Operational Experiences at the Catalina Seawater RO Plant
IWC-75~19 true Operational Experience with Brine Concentrators in Electric Utility Wastew
IWC-97-25 true Operational Steam Condensate Corrosion Control of Reboilers and Rehea
IWC-97-25D true Operational Steam Condensate Corrosion Control of Reboilers and Rehea
IWC-97-25AC true Operational Steam Condensate Corrosion Control of Reboilers and Rehea
IWC-00-53 true Operation and Operating Cost of an Integrated Membrane System at First
IWC-82-07 true Operation and Performance of a Reverse Osmosis System to Treat Steel
IWC-82-07D true Operation and Performance of a Reverse Osmosis System to Treat Steel
IWC-76~03 true Operation and Performance of a Zero Blowdown Recirculating Cooling To
IWC-76~03D true Operation and Performance of a Zero Blowdown Recirculating Cooling To
IWC-76~12 true Operation of an 80% Industrial, 20% Sanitary Waste Treatment Plant
IWC-76~12D true Operation of an 80% Industrial, 20% Sanitary Waste Treatment Plant
IWC-02-05 true Operation of Powdered Resin Units At High Temperature
IWC-02-05D true Operation of Powdered Resin Units At High Temperature
IWC-89-10 true Operation of SEMASS Zero Discharge Water Management System
IWC-89-10D true Operation of SEMASS Zero Discharge Water Management System
IWC-89-10AC true Operation of SEMASS Zero Discharge Water Management System
IWC-95-52 true Operation of the First Supercritical Water Oxidation Industrial Waste Facil
IWC-95-52D true Operation of the First Supercritical Water Oxidation Industrial Waste Facil
IWC-72~19 true Operation of the Progressive Mode Continuous Ion Exchange Systems at
IWC-49~6 true Operations of the Ion-Exchange Water Treating Plant at Texas City, Texas
IWC-06-52 true Opportunities and Pitfalls: The Successful Design and Implementation of S
IWC-06-52D true Opportunities and Pitfalls: The Successful Design and Implementation of S
IWC-90-31 true Optical Sizing vs. Hand Screening
IWC-99-81 true Optimal Design of Tube Bundle Size to Accommodate Effects of Dynamic
IWC-93-10 true Optimise Investments in Water and Effluent Treatment by Integrated Wate
IWC-97-46 true Optimization of Chemical Treatment Programs for the High Cycle Operatio
IWC-94-65 true Optimization of Cooling Water Treatment Nuclear Service Water System
IWC-80-50 true Optimization of Sulphuric Acid Conditions in Countercurrent Regenerated
IWC-97-65 true Optimization of Wastewater Treatment Facilities using Process Simulation
IWC-97-65D true Optimization of Wastewater Treatment Facilities using Process Simulation
IWC-97-79 true Optimization of Water Chemistry in LWR'S
IWC-79~24 true Optimize Capacity and Performance of the Weak Base Anion Bed in Wate
IWC-92-06 true Optimize Design of Zero Discharge Water Management Systems by Integ
IWC-98-13 false Optimize RO System and Minimize Operational Cost Associated with Spira
IWC-96~S02FD true OPTIMIZING PERFORMANCE AND EFFICIENCY OF INDUSTRIAL WAT
IWC-96~S06FD true OPTIMIZING PERFORMANCE AND EFFICIENCY OF INDUSTRIAL WAT
IWC-05-04 true Optimizing Single-use Long Life Resins
IWC-82-15 true Optimizing the Coagulation Process
IWC-82-15D true Optimizing the Coagulation Process
IWC-03-29 true Optimizing the Performance of an RO System Containing the Newest Gen
IWC-03-29D true Optimizing the Performance of an RO System Containing the Newest Gen
IWC-95-40 true Optimizing the Performance of a Reverse Osmosis / Electrodeionization S
IWC-95-40D true Optimizing the Performance of a Reverse Osmosis / Electrodeionization S
IWC-95-40AC true Optimizing the Performance of a Reverse Osmosis / Electrodeionization S
IWC-98-71 false Optimizing Wastewater Treatment Process and Project Evaluations with S
IWC-94-53 true Optimum Chemistry for "All-Ferrous" Feedwater Systems: Why Use an Ox
IWC-83-44 true Organic Acids in Steam Condensate by Ion Exclusion Chromatography
IWC-82-51 true Organic Cooling Water Corrosion Control
IWC-59~17 true Organic Fouling in Anion Exchange
IWC-82-38 true Organic Leakage and its Solution
IWC-82-38D true Organic Leakage and its Solution
IWC-64~15 true Organic Matter in Industrial Water: Its Measurement and Removal
IWC-66~6 true Organic Traps to Prevent Organic Fouling of Anion Resins in Demineralize
IWC-02-45 true Organic Water Treatment Chemicals versus Ammonia and Hydrazine
IWC-05-58 true Origin and Behaviour of Non-Ionic Natural Organic Matter (NOM) in Boiler
IWC-62~10 true ORP Control of Cooling Tower Chlorination
IWC-05-78 true Outsourced Water Treatment Plant for Boiler Make-up Water: Case Study
IWC-97-19 true Outsourcing Water Supply and Wastewater Treatment
IWC-05-35 true Overview of Desalination Technology
IWC-00-59 true Oxidation of Organic Wastewater with Electrogenerated Fenton's Reagent
IWC-98-18 false Oxidation/Reduction Potential: Measurement Improvements in a Power P
IWC-92-16 true Oxygenated Treatment for Fossil Plants
IWC-92-16AC true Oxygenated Treatment for Fossil Plants
IWC-92-16D true Oxygenated Treatment for Fossil Plants
IWC-92-17 true Oxygenated Water Treatment at the W. H. Sammis Generating Station
IWC-92-17D true Oxygenated Water Treatment at the W. H. Sammis Generating Station
IWC-87-44 true Oxygen Scavenging with Carbonaceous Precoats under Startup and Stea
IWC-96-58 true Ozone and Industrial Water Treatment
IWC-96-58D true Ozone and Industrial Water Treatment
IWC-44~10 true Ozone as a Water Sterilizer
IWC-02-32 true Ozone For Cooling Tower Systems – An Update and Lessons Learned At
IWC-02-32D true Ozone For Cooling Tower Systems – An Update and Lessons Learned At
IWC-92-51 false Ozone in Cooling Water Systems: a State of the Art Report
IWC-92-51D true Ozone in Cooling Water Systems: a State of the Art Report
IWC-83-10 true Ozone in High Purity Water Systems, {incomplete paper}
IWC-83-10D true Ozone in High Purity Water Systems, {incomplete paper}
IWC-77~31 true Ozone Treatment of Boiler Feedwater
IWC-87-32 true Ozone Treatment of Water - a New Process
IWC-69~22 true Package Type Systems for High Purity Water Sample Conditioning and An
IWC-98-46 true Packed-Bed Technology: Review of Design Parameters
IWC-90-02 true Palo Verde Nuclear Generating Station Secondary Sewage Effluent as a C
IWC-90-02D true Palo Verde Nuclear Generating Station Secondary Sewage Effluent as a C
IWC-03~S05PD false Panel Discussion: ASME Research Committee Activities and Projects
IWC-02~S14PD true Panel Discussion Boiler Feedwater Contamination
IWC-02~S03PD true Panel Discussion: Commisioning Guidelines - Preoperational Cleaning (AS
IWC-05~S15PD true Panel Discussion: Corrrosion and Deposition in Steam Turbines
IWC-04~S08PD true Panel Discussion: Current Ideas for Water Chemistry Control and Operatio
IWC-02~S06PD true Panel Discussion: EPRI Boiler Water Chemistry Update
IWC-48~7 true Panel Discussion of Power Station Design as Related to Boiler Feed Wate
IWC-00~S09PD true Panel Discussion: Prevention of Industrial Boiler Tube Failures
IWC-04~S10PD true Panel Discussion: Pros and Cons of Amine Use in Industrial and Utility Po
IWC-98~S04PD true Panel Discussion: The New Paradigm for Water Management: What is the
IWC-01~S06PD true Panel Discussion: TOC in Power Plants; Sources, Effects, Removal Metho
IWC-01~S09PD true Panel Discussion: Understanding & Controlling Legionella in Industrial Wa
IWC-74~10 true Paper Mill Condensate Treatment Using Filming Amine and Sodium Zeolit
IWC-85-32 true Parametric Study of Thin-Film Composite Polyamide-Type Reverse Osmo
IWC-85-32D true Parametric Study of Thin-Film Composite Polyamide-Type Reverse Osmo
IWC-85-54 true Partial Demineralization of Groundwater by the Carix Ion Exchange Proce
IWC-85-54D true Partial Demineralization of Groundwater by the Carix Ion Exchange Proce
IWC-05-18 true Particle Removal Efficiency of Nano Alumina Fiber Filters
IWC-05-56 true Particle Size Analysis of Ion Exchange Resins
IWC-87-37 true Particle Size Measurement of Ion-Exchange Resins and Polymers by HIAC
IWC-00-23 true Part II: Cooling Water Deposits - Calcium Phosphate Prediction Tools: Tho
IWC-00-23D true Part II: Cooling Water Deposits - Calcium Phosphate Prediction Tools: Tho
IWC-01-39 true Part III: Cooling Water Deposits - Silica and Magnesium Silicate Prediction
IWC-03-31 true Part per Billion (µg/L) Determination of Chlorine in Cooling Water Discharg
IWC-89-37 true Parts Per Trillion without Mixed Beds
IWC-89-37D true Parts Per Trillion without Mixed Beds
IWC-89-37AC true Parts Per Trillion without Mixed Beds
IWC-89-01 true Past, Present and Future of Membrane Technology
IWC-97-56 true Pathology of Single Phase Flow-Assisted Corrosion Failures in Industrial B
IWC-66~1 true Pay the ―WATER‖ Piper!
IWC-47~14 false Pennsylvania's Stream Pollution Program
IWC-90-10 true Performance Analysis and Upgrading of Spherical Condensate Polishers
IWC-90-10D true Performance Analysis and Upgrading of Spherical Condensate Polishers
IWC-90-10AC true Performance Analysis and Upgrading of Spherical Condensate Polishers
IWC-88-45 true Performance and Mechanism of Cooling Water Programs Based on Hydro
IWC-05-36 true Performance Characteristics of the Diffusion Driven Desalination Process
IWC-02-18 true Performance Expectation of Ion Exchange Resins under Variable Operatin
IWC-06-34 true Performance Improvements through Structural Design and Comparisons w
IWC-06-34D true Performance Improvements through Structural Design and Comparisons w
IWC-99-14 true Performance Monitoring in the Water Treatment of HRSG's
IWC-81-43 true Performance of a High Temperature Magnetic Filter in a Boiler Water Rea
IWC-83-30 true Performance of Air Block Countercurrent Regeneration for Demineralizatio
IWC-83-30D true Performance of Air Block Countercurrent Regeneration for Demineralizatio
IWC-94-60 true Performance of a Novel Cooling Water Treatment under System Upset Co
IWC-94-60D true Performance of a Novel Cooling Water Treatment under System Upset Co
IWC-96-65 true Performance of Deep Bed Condensate Polisher under Salt Leak Condition
IWC-96-65D false Performance of Deep Bed Condensate Polisher under Salt Leak Condition
IWC-00-38 true Performance of High Crosslinkage Gel Type Cation Exchange Resins for
IWC-98-47 true Performance of High Cross-Linkage Gel Type Ion Exchange Resins for Co
IWC-98-47D true Performance of High Cross-Linkage Gel Type Ion Exchange Resins for Co
IWC-05-50 true Performance of Multibore Ultrafiltration Systems for Municipal Waste Wate
IWC-05-50D true Performance of Multibore Ultrafiltration Systems for Municipal Waste Wate
IWC-05-50AC true Performance of Multibore Ultrafiltration Systems for Municipal Waste Wate
IWC-07-52 true Performance of Pilot-Scale Constructed Wetland Treatment Systems for F
IWC-07-52D true Performance of Pilot-Scale Constructed Wetland Treatment Systems for F
IWC-89-50 true Performance Projections for Anion Resins in Two Bed Demineralizers
IWC-84-91 true Performance Study of a Semiconductor High Purity Water System Using A
IWC-04-43 true pH and CO2 Determinations Based on Power Plant Conductivity Measure
IWC-04-05 true Phased Municipal Sewage/Sludge Stabilization
IWC-04-05D true Phased Municipal Sewage/Sludge Stabilization
IWC-99-75 true pH Measurements in a Power Plant
IWC-88-41 true Phosphate Hideout in High-Pressure Solutions
IWC-88-41D true Phosphate Hideout in High-Pressure Solutions
IWC-88-41AC true Phosphate Hideout in High-Pressure Solutions
IWC-93-35 true Phosphate Interactions with Metal Oxides under High-Pressure Boiler Hide
IWC-93-35AC true Phosphate Interactions with Metal Oxides under High-Pressure Boiler Hide
IWC-08-11 true Phosphate is Practically Caustic?
IWC-95-17 true Phosphate Treatment and Corrosion Fatigue
IWC-95-17D true Phosphate Treatment and Corrosion Fatigue
IWC-94-50 true Phosphate Treatment: Boiler Tube Failures Lead to Optimum Treatment
IWC-94-50D true Phosphate Treatment: Boiler Tube Failures Lead to Optimum Treatment
IWC-51~13 true Phosphoric vs. Hydrochloric Acid in Boiler Cleaning
IWC-96-75 true Pilgrim Nuclear Plant Shifts from Ion Exchange to Membrane Water Treat
IWC-96-75D true Pilgrim Nuclear Plant Shifts from Ion Exchange to Membrane Water Treat
IWC-00-37 true Pilot and Plant Scale Test Work on the Direct Reuse of Process Effluent S
IWC-00-36D true Pilot and Plant Scale Test Work on the Direct Reuse of Process Effluent S
IWC-00-37D true Pilot and Plant Scale Test Work on the Direct Reuse of Process Effluent S
IWC-79~16 true Pilot Demonstration - MCT Process Zero Discharge for the Sunrise Station
IWC-79~16D true Pilot Demonstration - MCT Process Zero Discharge for the Sunrise Station
IWC-64~17 true Pilot Plant Studies of the Kunin Process
IWC-84-56 true Pilot Plant Study to Treat Priority Pollutants in Coal Pile Drainage
IWC-82-25 true Pilot Plant Testing of Magnetic Filters for the N-Reactor Circuit
IWC-73~16 true Pilot Plant Test Results of a Low Cost Ion Exchange Process for Municipa
IWC-88-59 true Pilot Scale Evaluation of Changing a Demineralizer Train Configuration
IWC-80-37 true Pilot Scale Evaluation of Strong Base Anion Resins with Syncrude Canada
IWC-95-21 true Pilot Studies and Field Trials for the Determination of Dissolved Carbon D
IWC-00-16 true Pilot Testing High Efficiency Reverse Osmosis on Gas Well Produced Wa
IWC-00-16D true Pilot Testing High Efficiency Reverse Osmosis on Gas Well Produced Wa
IWC-05-27 true Pilot Testing of Inside-Out UF Pretreatment Prior to RO for High Turbidity
IWC-72~9 true Planning and Application - Preoperational Cleaning of Fossil Fueled Centr
IWC-68~6 true Planning Criteria - Controls During Construction, Acid Cleaning and Start-u
IWC-02-10 true Plant Construction And Commissioning – A Manufacturer‘s Viewpoint of P
IWC-02-23 true Plant Design Considerations for Economic Use of Mobile Demineralizers
IWC-02-23D true Plant Design Considerations for Economic Use of Mobile Demineralizers
IWC-79~44 true Plant Operating Experience with the First Tri-Bed Condensate Polishing In
IWC-80-02 true Plant Operating Experience with the First Tri-Bed Condensate Polishing In
IWC-80-02D true Plant Operating Experience with the First Tri-Bed Condensate Polishing In
IWC-41~5 true Plant Results with Threshold Treatment
IWC-89-56 true PLC-Based Distributed Controls: an Economical and Flexible Solution for
IWC-89-56D false PLC-Based Distributed Controls: an Economical and Flexible Solution for
IWC-62~5 true Polishing Condensate and Deaerating by Ion Exchange
IWC-70~21 true Polishing Condensate and Make-up Water at High Flow Rates for Process
IWC-73~5 true Pollution Aspects of Residual Chlorine in Cooling and Wastewater Dischar
IWC-92-11 true Polyacrylamide Based Treatment Program for Open Recirculating Cooling
IWC-92-11D true Polyacrylamide Based Treatment Program for Open Recirculating Cooling
IWC-95-09 true Poly(Ethylene Oxide) Polymers for Industrial Wastewater Treatment
IWC-95-09D true Poly(Ethylene Oxide) Polymers for Industrial Wastewater Treatment
IWC-82-09 true Polymeric Chelating Agents as Corrosion Inhibitors for Open Recirculating
IWC-82-09D true Polymeric Chelating Agents as Corrosion Inhibitors for Open Recirculating
IWC-56~3 true Polymeric Coagulants for Clarification of Turbid Waters
IWC-78~32 true Polymeric Flocculants - Versatile Tools for Environmental Protection
IWC-70~16 true Polymers in Cooling Water Treatment
IWC-08-75 true Porous Polymers Via Macroreticular Synthesis: Nature and Applications
IWC-08-75D true Porous Polymers Via Macroreticular Synthesis: Nature and Applications
IWC-83-41 true Potential of Weak-Acid Cation Resins in Ammoniated Condensate System
IWC-91-36 true Powdered Ion Exchange Resin Performance in Morpholine Treated Conde
IWC-86-19 true Powdered Weakly Acidic Ion Exchange Resins in Condensate Polishing
IWC-66~18 true Powdex for Industrial Applications
IWC-74~8 true Power Plant Liquid Effluent Regulations: One View from Industry
IWC-92-03 true PPQ Water - the Next Challenge!
IWC-87-39 true Practical Air Washer Treatment in Synthetic Fiber Manufacturing Plants
IWC-87-39D true Practical Air Washer Treatment in Synthetic Fiber Manufacturing Plants
IWC-66~13 true Practical Application and Economics of Instruments for Analytical Testing,
IWC-81-25 true Practical Application of Condenser System Performance Monitoring to Wa
IWC-81-25D true Practical Application of Condenser System Performance Monitoring to Wa
IWC-92-10 true Practical Application of Targeted Chlorination
IWC-91-42 true Practical Approach for Monitoring Biofilms, Microbiological Corrosion
IWC-93-58 true Practical Approach to an Ultrapure Water Treatment System Design at a C
IWC-79~29PD true Practical Aspects of RCRA
IWC-99-77 true Practical Corrosion Measurement Techniques for Steam Condensate Sys
IWC-99-77D false Practical Corrosion Measurement Techniques for Steam Condensate Sys
IWC-02-11 true Practical Experience With Legionella Bacteria Control In Commercial HVA
IWC-07-58 true Practical Notes & Procedures in Condensate Polishing
IWC-07-58D true Practical Notes & Procedures in Condensate Polishing
IWC-08-19 true Practical Operation of the Victorian Legionella Legislation Over 6 Years - f
IWC-53~13 true Precautions in the Use of Ammonia and Amines
IWC-48~6 true Precision Control of Boiler-Water Conditions
IWC-03-13 true Pre Commissioning of Combined Cycle Plants
IWC-97-26 true Predict and Optimize Boiler Cycle pH Control using Advanced Computer S
IWC-88-47 true Predict Fouling, Preserve Thermal Efficiency: Real-Life, Real Time Progra
IWC-94-67 true Predicting Mixed Bed Separation
IWC-94-67D true Predicting Mixed Bed Separation
IWC-79~43 true Predicting Resin Breakage in an Ion Exchange Plant
IWC-87-10 true Prediction and Identification of Leachables from Cation Exchange Resins
IWC-87-10D true Prediction and Identification of Leachables from Cation Exchange Resins
IWC-06-09 true Prediction and Monitoring of Fouling in Recirculating Cooling Water System
IWC-06-09D false Prediction and Monitoring of Fouling in Recirculating Cooling Water System
IWC-06-09AC true Prediction and Monitoring of Fouling in Recirculating Cooling Water System
IWC-94-37 true Pre-Morpholated Demineralizer Systems Nuclear Power Plant Experience
IWC-94-37D true Pre-Morpholated Demineralizer Systems Nuclear Power Plant Experience
IWC-68~15 true Preoperational Chemical Cleaning for Nuclear Systems
IWC-66~15 true Preoperational Chemical Cleaning of a Complete Universal Pressure Stea
IWC-01-43 true Pre-Operational Chemical Cleaning of Heat Recovery Steam Generators
IWC-72~7 true Preoperational Chemical Cleaning of Utility Systems Operating at 2000 PS
IWC-02-08 true Pre-Operational Cleaning From The Boiler Manufacturer‘s Viewpoint
IWC-80-28 true Preoperational Cleaning of a Steam Generation System at a New Chemic
IWC-80-28D true Preoperational Cleaning of a Steam Generation System at a New Chemic
IWC-80-28AC true Preoperational Cleaning of a Steam Generation System at a New Chemic
IWC-02-07 false Pre-Operational Cleaning Of Cooling Systems
IWC-72~10 true Preoperational Cleaning of High Pressure Boilers of General Utilities Corp
IWC-82-26 true Pre-Operational Superheat and Reheat Chemical Cleaning Using a Mono-
IWC-96-34 true Preparation of Bidding Specifications for Chemical Services Relating to Co
IWC-47~13~D1 false Prepared Discussion: Automatic Control in Corrective Water Treatment
IWC-47~13~D2 false Prepared Discussion: Automatic Control in Corrective Water Treatment
IWC-47~13~D3 false Prepared Discussion: Automatic Control in Corrective Water Treatment
IWC-47~15~D1 false Prepared Discussion: Engineering for Industrial Waste Treatment
IWC-47~15~D2 false Prepared Discussion: Engineering for Industrial Waste Treatment
IWC-47~01~D1 false Prepared Discussion: Experience with Acid Cleaning of Steam Boilers
IWC-47~01~D2 false Prepared Discussion: Experience with Acid Cleaning of Steam Boilers
IWC-47~01~D3 false Prepared Discussion: Experience with Acid Cleaning of Steam Boilers
IWC-47~01~D4 false Prepared Discussion: Experience with Acid Cleaning of Steam Boilers
IWC-47~16~D1 false Prepared Discussion: How Troublesome Waste Water Problems Were So
IWC-47~16~D2 false Prepared Discussion: How Troublesome Waste Water Problems Were So
IWC-40~03~D1 false Prepared Discussion: Investigations of Spent Pickling Wastes, Their Treat
IWC-47~12~D1 false Prepared Discussion: Liquid Chemical Feed Systems
IWC-47~12~D2 false Prepared Discussion: Liquid Chemical Feed Systems
IWC-47~12~D3 false Prepared Discussion: Liquid Chemical Feed Systems
IWC-47~12~D4 false Prepared Discussion: Liquid Chemical Feed Systems
IWC-47~06~D1 false Prepared Discussion: Method of Oxygen Determination in Boiler Feed Wa
IWC-47~06~D2 false Prepared Discussion: Method of Oxygen Determination in Boiler Feed Wa
IWC-47~06~D3 false Prepared Discussion: Method of Oxygen Determination in Boiler Feed Wa
IWC-47~02~D1 false Prepared Discussion: Removal of Silica Deposits from Steam Turbines by
IWC-47~02~D2 false Prepared Discussion: Removal of Silica Deposits from Steam Turbines by
IWC-47~02~D3 false Prepared Discussion: Removal of Silica Deposits from Steam Turbines by
IWC-47~08~D1 false Prepared Discussion: Silica Removal by Means of Ion Exchange Resins
IWC-47~08~D2 false Prepared Discussion: Silica Removal by Means of Ion Exchange Resins
IWC-47~08~D3 false Prepared Discussion: Silica Removal by Means of Ion Exchange Resins
IWC-47~07~D1 false Prepared Discussion: Some Practical Aspects of Deionization
IWC-47~07~D2 false Prepared Discussion: Some Practical Aspects of Deionization
IWC-47~07~D3 false Prepared Discussion: Some Practical Aspects of Deionization
IWC-47~07~D4 false Prepared Discussion: Some Practical Aspects of Deionization
IWC-47~04~D2 false Prepared Discussion: The Biological Reactions of Polluted Water on Copp
IWC-47~03~D1 false Prepared Discussion: The Use of X-Rays in Steam Power Problems
IWC-47~03~D2 false Prepared Discussion: The Use of X-Rays in Steam Power Problems
IWC-47~03~D3 false Prepared Discussion: The Use of X-Rays in Steam Power Problems
IWC-47~05~D1 false Prepared Discussion: Treatment of Brackish Water for Boiler Feed
IWC-47~05~D2 false Prepared Discussion: Treatment of Brackish Water for Boiler Feed
IWC-47~05~D3 false Prepared Discussion: Treatment of Brackish Water for Boiler Feed
IWC-40~04~D1 false Prepared Discussion: Water Quality Control by Flood Control, Reservoir O
IWC-40~04~D2 false Prepared Discussion: Water Quality Control by Flood Control, Reservoir O
IWC-47~04~D1 false Prepared Disussion: The Biological Reactions of Polluted Water on Coppe
IWC-96-01 true Pressure Pulse Chemical Cleaning of the Sequoyah 1 Steam Generators
IWC-96-01D true Pressure Pulse Chemical Cleaning of the Sequoyah 1 Steam Generators
IWC-68~12 true Pressurized Deep-Bed Filtration Systems for Hot Mill Scale Rolling Operat
IWC-93-26 true Pressurized Water Reactor Coolant System Chemical Degassing
IWC-05-37 true Pretreatment for Seawater Reverse Osmosis: Three Years Operation Of T
IWC-05-37D true Pretreatment for Seawater Reverse Osmosis: Three Years Operation Of T
IWC-60~2 true Pretreatment Key to Effective Production of Cooling Water Systems
IWC-01-24 true Pretreatment Methods for Reverse Osmosis Systems
IWC-01-24D true Pretreatment Methods for Reverse Osmosis Systems
IWC-48~9 true Pre-Treatment of Paper Mill Water Supplies
IWC-92-15 true Pre-Treatment of Raw Water for Improving Performance of Fertilizer Plant
IWC-92-15D true Pre-Treatment of Raw Water for Improving Performance of Fertilizer Plant
IWC-98-67 true Pre-Treatment of Sea Water for Combined Power Co-Generation and Ref
IWC-98-67D true Pre-Treatment of Sea Water for Combined Power Co-Generation and Ref
IWC-78~16 true Pretreatment of Seawater for Membrane Processes
IWC-78~16D true Pretreatment of Seawater for Membrane Processes
IWC-97-28 true Pretreatment System Upgrade in a Fossil Plant
IWC-97-28D true Pretreatment System Upgrade in a Fossil Plant
IWC-83-27 true Prevention of Iron, Organic, and Microbiological Resin Fouling via a New C
IWC-83-27D true Prevention of Iron, Organic, and Microbiological Resin Fouling via a New C
IWC-95-03 true Prevention of Resin Loss and Sodium Leakage Problems for a Distillate D
IWC-98-68 true Pricing a Seawater Desalination Plant for Industrial Use
IWC-70~7 true Primary Coolant Chemistry of PWRs
IWC-77~34 true Priority Pollutants - Present Status
IWC-79~02 true Problems Encountered in Operating Mixed Bed Demineralizers and Conde
IWC-79~02D true Problems Encountered in Operating Mixed Bed Demineralizers and Conde
IWC-68~18 true Problems in the Production and Handling of Ultra Pure Water
IWC-58~1 true Problems in the Use of Sewage Plant Effluent for Boiler and Cooling Purpo
IWC-82-50 true Problems Observed with Ion Exchange Resins in Field Operation
IWC-97-58 true Problems of H2O2 Traces on Ion Exchange Resins in Ultrapure Water Pro
IWC-97-58D true Problems of H2O2 Traces on Ion Exchange Resins in Ultrapure Water Pro
IWC-96-05 true Problem-Solving Tools for Improved Performance of Treatment Programs
IWC-80-39 true Procedure for Measurement of Resin Leakage: Preliminary Results from t
IWC-51~9 true Procedures for Chemical Cleaning of Boilers
IWC-84-15 true Process and Control Modifications of a Make-Up Demineralizer System
IWC-84-15D true Process and Control Modifications of a Make-Up Demineralizer System
IWC-04-47 true Process and System Design for Reliable Operation of RO/CEDI Systems
IWC-02-59 true Process for Cleaning and Self-Passivation of Surfaces Fouled with Iron Ox
IWC-03-39 true Process Selection for Power Plant ZLD Systems
IWC-03-39D true Process Selection for Power Plant ZLD Systems
IWC-03-39AC true Process Selection for Power Plant ZLD Systems
IWC-07-67 true Produced Water and High Salinity Water Treatment at SAGD Facilities
IWC-08-35 true Profiling and Minimization of WAC (weak acid cation) and SAC (strong aci
IWC-08-35D true Profiling and Minimization of WAC (weak acid cation) and SAC (strong aci
IWC-80-04 true Programmable Logic Controllers - Experience with a Large Makeup Demin
IWC-67~10 true Progress in Layered-Bed Cation Exchange
IWC-22~19 true Progress in Pennsylvania‘s Pollution Incident Prevention Program
IWC-40~12 false Progress in the Conditioning of Water for Steam Boilers
IWC-84-42 true Progress in the Detection and Elimination of Powdered Resin Leakage fro
IWC-85-22 true Progress in the Removal of Organics Present in Utility Water Systems
IWC-48~8 true Progress in the Treatment of Pulp and Paper Mill Waste
IWC-70~23 true Progressive Mode Continuous Countercurrent Ion Exchange
IWC-71~13 true Progress Report: 60 GPM Demineralized Water System
IWC-64~14 true Progress Report of Research and Development
IWC-94-12 true Progress Report on a Novel, On-Line Condenser Fouling Monitor
IWC-90-48 true Project Discovery-Entergy Operations' Program for Evaluating Water Trea
IWC-90-48D true Project Discovery-Entergy Operations' Program for Evaluating Water Trea
IWC-90-48AC true Project Discovery-Entergy Operations' Program for Evaluating Water Trea
IWC-02-37 true Propagation of Rainbow Trout in Treated Mine Water at the Warwick Proje
IWC-02-62 true Proper Initial Passivation of Cooling Water Heat Exchangers – Is This A L
IWC-79~25 true Proper Maintenance of Ion Exchange Systems
IWC-48~3 true Properties and Applications of the Newer Type Zeolites
IWC-97-01 true Pros & Cons of Various Counter-Current Technologies
IWC-97-03 true Pros & Cons of Various Counter-Current Technologies
IWC-97-03D true Pros & Cons of Various Counter-Current Technologies
IWC-42~4 true Protection Against Caustic Embrittlement by Coordinated Phosphate pH C
IWC-01-29 false Protozoa - Accomplices in Legionnaires' Disease?
IWC-05-13 true Providing Water to the People of Sadr City, Iraq
IWC-08-49 true Puckorius Scaling Index as Applied to Dolphin (Pulsed Power) Non-chemi
IWC-08-49D true Puckorius Scaling Index as Applied to Dolphin (Pulsed Power) Non-chemi
IWC-54~8 true Pulp and Paper Mill Wastes
IWC-00-57 false Purification and Reuse of Wastewater Treatment Plant Effluent for Industr
IWC-07-43 true Pushing the Limits: New Reverse Osmosis Membrane Cleaning Recomm
IWC-07-43D true Pushing the Limits: New Reverse Osmosis Membrane Cleaning Recomm
IWC-94-38 true PWR Reactor Coolant System Chemical Degassing Operating Experience
IWC-94-38D true PWR Reactor Coolant System Chemical Degassing Operating Experience
IWC-85-39 true PWR Secondary System Water Chemistry Guidelines and their Applicatio
IWC-82-14 true PWR Secondary Water Chemistry Guidelines - An Overview
IWC-84-113 true PWR Secondary Water Chemistry Guidelines: Revision 1
IWC-82-11 true PWR Steam Generator Replacement at Surry 2: Pre- and Post-Operationa
IWC-00-21 true Quad Polymer Technology - Advances and Benefits for High Alkaline / Hig
IWC-00-21D true Quad Polymer Technology - Advances and Benefits for High Alkaline / Hig
IWC-84-09 true Qualification of Analytical Methods for Monitoring Steam Electric Power Pl
IWC-67~15 true Quality Assurance and Chemical Cleaning
IWC-54~12 true Quality Requirements and Sources of Water Supplies to the Units {Ion Exc
IWC-88-02 true Quantitation of Legionella Pneumophila in One Thousand Commercial and
IWC-88-02D true Quantitation of Legionella Pneumophila in One Thousand Commercial and
IWC-88-02AC true Quantitation of Legionella Pneumophila in One Thousand Commercial and
IWC-85-23 true Radwaste Ion-Exchange Optimization
IWC-41~9 true Ramifications of the Hot Process Methods of Water Conditioning
IWC-86-38 true Rapid Biocide Selection
IWC-96-09 true Rapid Biocide Selection with a New Fuel Cell Type Microbial Electrode Sys
IWC-75~17 true Rapid Determination of Trace Iron and Copper in Boiler Water Systems by
IWC-86-40 true Rapid Evaluation of Corrosion Inhibitors
IWC-06-04 true Rapid Legionella and Biofilm Identification by DNA
IWC-88-57 true Real Time Control of Scale Inhibitor Feed Rate
IWC-53~16 true Recent Advances in Chemical Cleaning
IWC-82-45 true Recent Developments and Field Experiences with Solids Contact Clarifiers
IWC-48~12 true Recent Developments in Chlorination and Equipment of Power Plants
IWC-64~20 true Recent Developments in Ion Exchange Resins
IWC-42~2 true Recent Developments in Underwater Paints and Coatings
IWC-93-59 true Recent Experience in Controlling Silica and Magnesium Silicate Deposits w
IWC-44~2 true Recent Experiences in Demineralizing Water
IWC-76~20 true Recent Experience with a New Thermally Regenerable Ion Exchange Res
IWC-93-12 true Recent Improvements in Condensate Polishing Resins
IWC-93-12D true Recent Improvements in Condensate Polishing Resins
IWC-91-54 true Recent Improvements in Deep Bed Separation Technology
IWC-91-54D true Recent Improvements in Deep Bed Separation Technology
IWC-65~19 true Recent Studies on the Removal of Organics from Water
IWC-08-18 true Reclaimed Water Use as Cooling Tower Makeup - The Ongoing Challeng
IWC-08-18D true Reclaimed Water Use as Cooling Tower Makeup - The Ongoing Challeng
IWC-07-71 true Reclaiming Cooling Tower Blowdown - A Case Study at Sasol Synfuels
IWC-64~6 true Recovery and Reuse of Chromates from Cooling Tower Blowdown
IWC-60~11 true Recovery and Treatment of Metal-Finishing Wastes by Ion-Exchange Proc
IWC-79~10 true Recovery of Backwash Water from a Precoat Demineralizer
IWC-79~10D true Recovery of Backwash Water from a Precoat Demineralizer
IWC-97-23 true Recovery of Reverse Osmosis Brine at GM De Mexico Ramos Arizpe Com
IWC-99-34 true Recovery of Reverse Osmosis Brine at GM de Mexico Ramos Arizpe Com
IWC-95-22 true Recovery of Water and Energy in Condensates from Rubber Vulcanization
IWC-95-22D false Recovery of Water and Energy in Condensates from Rubber Vulcanization
IWC-00-35 true Redefining Cooling Water Treatment
IWC-88-05 true Reducing Chlorides and Sulfates by Ultrafiltration
IWC-88-05D true Reducing Chlorides and Sulfates by Ultrafiltration
IWC-88-05AC true Reducing Chlorides and Sulfates by Ultrafiltration
IWC-99-24 true Reducing RO Operating Costs with Automated Monitoring Technology
IWC-98-08 true Reducing the Fouling Rate of Surface and Waste Water RO Systems
IWC-98-08D true Reducing the Fouling Rate of Surface and Waste Water RO Systems
IWC-01-51 true Reducing Ultrapure Water Use in Manufacturing
IWC-84-71 true Reduction of Condensate Cleanup Time for Supercritical Units
IWC-84-93 true Reduction of oxygen with Hydrogen at Ambient Temperature Using Lewat
IWC-84-93D true Reduction of oxygen with Hydrogen at Ambient Temperature Using Lewat
IWC-71~18 true Reduction of the Regenerating Chemical Consumption by the Use of Conv
IWC-97-75 true Reduction of TOC/THM Contaminants out of a UF-RO-EDI Membrane Sys
IWC-97-75D true Reduction of TOC/THM Contaminants out of a UF-RO-EDI Membrane Sys
IWC-57~10 true Reduction of Water Losses by Retardation of Evaporation
IWC-05-11 true Refurbishing Power Plant Water Treatment Equipment in Iraq
IWC-88-61 true Regeneration of Anion Exchange Resins with Regular-Grade Diaphragm-C
IWC-93-40 true Regeneration of a Weak Acid Cation Exchange Resin in the Counter-Curr
IWC-89-39 true Regeneration of Condensate Polishing Mixed Bed Resins: a Review of 10
IWC-89-39D true Regeneration of Condensate Polishing Mixed Bed Resins: a Review of 10
IWC-89-39AC true Regeneration of Condensate Polishing Mixed Bed Resins: a Review of 10
IWC-97-27 true Regulatory Issues in Condensate Treatment
IWC-97-27D true Regulatory Issues in Condensate Treatment
IWC-91-15 true Remote Monitoring and Performance of Ultrapure Make-Up System at Sur
IWC-91-15D true Remote Monitoring and Performance of Ultrapure Make-Up System at Sur
IWC-91-15AC true Remote Monitoring and Performance of Ultrapure Make-Up System at Sur
IWC-57~8 true Remote Thermal Detection Techniques
IWC-89-21 true Removal and Treatment of Dissolved and Floating Organic Compounds in
IWC-89-21D true Removal and Treatment of Dissolved and Floating Organic Compounds in
IWC-89-21AC true Removal and Treatment of Dissolved and Floating Organic Compounds in
IWC-44~3 true Removal of Ammonia by Chlorination
IWC-97-34 true Removal of Ammonia from Wastewater using a Type of Natural Zeolite
IWC-83-02 true Removal of Chlorinated Organics Utilizing Rotating Biological Contactors
IWC-51~14 true Removal of Copper from Boilers
IWC-89-04 true Removal of Copper from Utility Boilers Utilizing an Environmentally Accept
IWC-89-04D true Removal of Copper from Utility Boilers Utilizing an Environmentally Accept
IWC-89-04AC true Removal of Copper from Utility Boilers Utilizing an Environmentally Accept
IWC-61~10 true Removal of Dissolved Oxygen from Water - Laboratory Evaluation of Vario
IWC-94-46 true Removal of Dissolved Oxygen in Feedwater by High Efficiency Vacuum D
IWC-94-46D true Removal of Dissolved Oxygen in Feedwater by High Efficiency Vacuum D
IWC-82-22 true Removal of High Levels of Chlorinated Hydrocarbons from Contaminated
IWC-82-22D true Removal of High Levels of Chlorinated Hydrocarbons from Contaminated
IWC-96-79 true Removal of Naphthenic Acid from Tailings Pond Water via pH Adjustment
IWC-96-79D true Removal of Naphthenic Acid from Tailings Pond Water via pH Adjustment
IWC-52~13 true Removal of Oil from Condensate by Diatomite Filtration
IWC-89-24 true Removal of Organics by Reverse Osmosis
IWC-89-24D true Removal of Organics by Reverse Osmosis
IWC-89-24AC true Removal of Organics by Reverse Osmosis
IWC-85-01 true Removal of Organics from Secondary Makeup Water
IWC-85-01D true Removal of Organics from Secondary Makeup Water
IWC-83-39 true Removal of Organics from Utility and Industrial Waters
IWC-05-44 true Removal of Recalcitrant Organic Compounds from Stabilized Landfill Leac
IWC-05-44D true Removal of Recalcitrant Organic Compounds from Stabilized Landfill Leac
IWC-99-31 true Removal of Selenium from a Storm Water Runoff Pond
IWC-99-31D true Removal of Selenium from a Storm Water Runoff Pond
IWC-99-31AC true Removal of Selenium from a Storm Water Runoff Pond
IWC-47~2 false Removal of Silica Deposits from Steam Turbines by Caustic Soda
IWC-40~15 false Removal of Silica From Water by Adsorption
IWC-65~17 true Removal of Soluble Organic and Insoluble Organic and Inorganic Material
IWC-88-36 true Removal of Trace Elements from Power Plant Waste Streams by Iron Ads
IWC-88-36D true Removal of Trace Elements from Power Plant Waste Streams by Iron Ads
IWC-88-36AC true Removal of Trace Elements from Power Plant Waste Streams by Iron Ads
IWC-05-76 true Removal of Weakly Ionized Species by Cross-Flow Spiral Wound EDI Mod
IWC-05-76D true Removal of Weakly Ionized Species by Cross-Flow Spiral Wound EDI Mod
IWC-98-32 true Removal of Weakly Ionized Species by EDI
IWC-86-04 true Renovation of Dilute Process Wastewaters: Mini-Pilot Plant Evaluation of a
IWC-86-04D true Renovation of Dilute Process Wastewaters: Mini-Pilot Plant Evaluation of a
IWC-02-20 true Renovation or Replacement of Existing Makeup Water Treatment System
IWC-82-42 true Replacing Multi-Stage Flash with Reverse Osmosis Desalination Plant for
IWC-59~15 true Report on Field Wood Preservation Studies
IWC-88-26 true Report on the Effects of Filter Aid Body Feed to Condensate Precoat Filter
IWC-99-79 true Representative Sampling in the Steam Cycle of a Power Plant
IWC-99-79D true Representative Sampling in the Steam Cycle of a Power Plant
IWC-93-01 true Resin Capacity under Operating Conditions at Diablo Canyon
IWC-93-01D true Resin Capacity under Operating Conditions at Diablo Canyon
IWC-93-01AC true Resin Capacity under Operating Conditions at Diablo Canyon
IWC-08-34 true Resin Cleaning of SAC and WAC Resins in SAGD - Enhanced Oil Recove
IWC-71~9 true Resin Evaluation for Removal of Radionuclides from PWR Steam Genera
IWC-59~8 true Resistance of Aluminum Alloys to Stress Corrosion
IWC-02-56 true Responding to Boiler Feedwater Contamination
IWC-88-27 true Retrofitting Low Efficiency Demineralizers with New Internals pays Big Div
IWC-86-23 true Retrofitting of Condenser Steam Spargers
IWC-86-23D true Retrofitting of Condenser Steam Spargers
IWC-85-50 true Retrofitting the Water Chemistry Programs at Syncrude Canada, Ltd.
IWC-85-50D true Retrofitting the Water Chemistry Programs at Syncrude Canada, Ltd.
IWC-93-07 true Re-Use of Reclaimed Municipal Waste Water as Cooling Tower Make-Up
IWC-02-39 true Reuse of Secondary Effluent in Hawaii
IWC-67~16 true Reuse of Water in Specific Plant Operations of the Armco Steel Corporatio
IWC-74~15 true Reverse Osmosis at Homer City Station, Pennsylvania Electric Company,
IWC-01-32 true Reverse Osmosis: Forward Thinking
IWC-01-32D true Reverse Osmosis: Forward Thinking
IWC-70~4 true Reverse Osmosis for Water and Waste Treatment
IWC-94-05 true Reverse Osmosis Membrane Element Fouling & Cleaning
IWC-94-05D true Reverse Osmosis Membrane Element Fouling & Cleaning
IWC-92-27 false Reverse Osmosis Operation Analysis
IWC-04-39 true Reverse Osmosis Operations
IWC-04-39D true Reverse Osmosis Operations
IWC-94-20 true Reverse Osmosis Pretreatment of Boiler Feed Water for Cost Savings and
IWC-94-20D true Reverse Osmosis Pretreatment of Boiler Feed Water for Cost Savings and
IWC-00-25 true Reverse Osmosis Pretreatment of High Silica Waters
IWC-98-07 true Reverse Osmosis Process Chemistry
IWC-98-07D true Reverse Osmosis Process Chemistry
IWC-80-11 true Reverse Osmosis System Desalts City Sewage Effluent to Provide Water
IWC-80-11D true Reverse Osmosis System Desalts City Sewage Effluent to Provide Water
IWC-06-40 true Reverse Osmosis Troubleshooting: Improving RO Performance
IWC-06-40D true Reverse Osmosis Troubleshooting: Improving RO Performance
IWC-06-40AC true Reverse Osmosis Troubleshooting: Improving RO Performance
IWC-83-24 true Reviewing the Usage of Applied-Fields in Industrial Water Treatment-Wha
IWC-83-24D true Reviewing the Usage of Applied-Fields in Industrial Water Treatment-Wha
IWC-96-29 true Review of Advanced Methods for Treating Radioactive Contaminated Wat
IWC-96-29D true Review of Advanced Methods for Treating Radioactive Contaminated Wat
IWC-86-27 true Review of Boiler Water Alkalinity Control
IWC-86-27D true Review of Boiler Water Alkalinity Control
IWC-07-47 true Review Of Closed Water Systems - Treatment Schemes
IWC-96-70 true Review of the Effects of Invertebrate Macrofouling on Microbiologically Infl
IWC-96-70D true Review of the Effects of Invertebrate Macrofouling on Microbiologically Infl
IWC-04-01 true Risk Assessment: The Essential First Step in Legionellosis Risk Reduction
IWC-04-01D true Risk Assessment: The Essential First Step in Legionellosis Risk Reduction
IWC-04-46 true Risk Mitigation by Managing Water Treatment System Interfaces in the Po
IWC-92-35 true RO Concentrate Use Conserves Water - a Case History
IWC-41~4 true Role of Bacteria in the Corrosion of Iron and Steel
IWC-66~16 true Role of Chelating Agents in Boiler Corrosion
IWC-87-40 true Role of Polymers in the Mechanisms and Performance of Phosphate-Base
IWC-87-40D true Role of Polymers in the Mechanisms and Performance of Phosphate-Base
IWC-97-29 true RO Operating Cost Reduction through Pre-Treatment Improvement
IWC-97-29D true RO Operating Cost Reduction through Pre-Treatment Improvement
IWC-03-03 true RO Pretreatment with Immersed Hollow Fiber Ultrafiltration
IWC-97-74 true RO System Design for Surface Sources
IWC-97-74D true RO System Design for Surface Sources
IWC-92-36 true RO Systems Troubleshooting: Diagnoses and Remedies
IWC-81-11 false Rotary Kiln Incineration - Critical Design Features of a Successful Incinera
IWC-81-11D true Rotary Kiln Incineration - Critical Design Features of a Successful Incinera
IWC-58~14 true Russian and Eastern European Water Treatment Practices
IWC-97-37 true Rust Cleaning at Moderate pH
IWC-51~12 true Safety During Chemical Cleaning Process
IWC-96-55 true Sample Conditioning in the Industrial Power Plant
IWC-06-03 true Sampling and Analyzing Environmental Samples for Legionella Bacteria
IWC-03-10 true Sampling and Monitoring Of Feedwater and Boiler Water Chemistry
IWC-78~34 true Sampling for Corrosion Products in High Pressure Boilers
IWC-06-20 true Sand Ballasted High Rate Clarification Process for Treatment of Process W
IWC-06-20D true Sand Ballasted High Rate Clarification Process for Treatment of Process W
IWC-83-18 true San Miguel: a Case for a Drum Boiler Condensate Polishing Retrofit
IWC-83-18D true San Miguel: a Case for a Drum Boiler Condensate Polishing Retrofit
IWC-80-09 true Saving Energy by Catalytic Reduction of Oxygen in Feedwater
IWC-80-09D true Saving Energy by Catalytic Reduction of Oxygen in Feedwater
IWC-79~15 true Scale and Corrosion Parameters at a Geothermal Loop Experimental Fac
IWC-79~15D true Scale and Corrosion Parameters at a Geothermal Loop Experimental Fac
IWC-78~10 true Scale and Deposit Control in Cooling Water Systems
IWC-72~21 true Scale Prevention by Coating Tubes in Evaporators
IWC-95-14 true Scaling is a Production Process
IWC-95-14D true Scaling is a Production Process
IWC-95-14AC true Scaling is a Production Process
IWC-64~16 true Scavenger Resins for Removal of Organics from Water
IWC-98-05 true Screen Filtration Technology as Applied to Pretreatment of Reverse Osmo
IWC-89-34 true Search for a Better Cooling Water Monitor
IWC-89-34D true Search for a Better Cooling Water Monitor
IWC-98-66 true Seawater as an Industrial Water Supply Source: Economic Methods for Ra
IWC-99~S08PD true Seawater Desalination for Industrial Uses
IWC-87-49 true Seawater Reverse Osmosis: Utility Plant Operating Experience
IWC-87-49D true Seawater Reverse Osmosis: Utility Plant Operating Experience
IWC-90-07 true Secondary Effluent Provides Vital Source of Process Water for Waste to E
IWC-90-07D true Secondary Effluent Provides Vital Source of Process Water for Waste to E
IWC-72~17 true Secondary Water Treatment of PWR Steam Generators
IWC-62~6 true Selecting a Condensate Scavenging System for a Drum Type Boiler
IWC-88-52 true Selection and Treatment of Priority Liquid Waste Streams on the Oak Ridg
IWC-96-51 true Selection of a Scale Inhibitor of Calcium Carbonate using a Dynamic Test
IWC-55~10 true Selection of the Coagulant
IWC-57~12 true Selection of Tube Material Best Suited for Water Conditions
IWC-05-08 true Selection of Zero Liquid Discharge System - Summary of Issues at a Powe
IWC-05-08D true Selection of Zero Liquid Discharge System - Summary of Issues at a Powe
IWC-07-15 false Selective Ion Exchange Resins and Their Application for Target Contamin
IWC-07-15D true Selective Ion Exchange Resins and Their Application for Target Contamin
IWC-91-27 true Selective Ion Exchange Resins for Toxic Metal Removal
IWC-70~17 true Selective Removal of Zinc from Cooling-Tower Blowdown by Ion Exchang
IWC-97-59 true Selective Removals of Arsenate, Chromate and Phosphate using a New C
IWC-90-30 true Selective Sorbents for Water Purification in Nuclear Systems
IWC-05-73 true Selenium Reduction Issues in a Coal Fired Power Plant
IWC-05-73D true Selenium Reduction Issues in a Coal Fired Power Plant
IWC-02-36 true Self-Cleaning Filters for Pre -Treatment of Membrane and UV Water Trea
IWC-05-16 true Sensitive Integrity Test for RO/NF Elements
IWC-05-16D true Sensitive Integrity Test for RO/NF Elements
IWC-89-20 true Separation and Detection of Trace Level Cations and Organic Amines in P
IWC-89-20D true Separation and Detection of Trace Level Cations and Organic Amines in P
IWC-89-20AC true Separation and Detection of Trace Level Cations and Organic Amines in P
IWC-50~3 true Separation of Oil-Water Waste
IWC-70~27 true Seprex, A New Technique in Ammoniated Cycle Condensate Treatment
IWC-89-03 true Service Water Iron Deposit Removal at Grand Gulf Nuclear
IWC-89-03D true Service Water Iron Deposit Removal at Grand Gulf Nuclear
IWC-89-03AC true Service Water Iron Deposit Removal at Grand Gulf Nuclear
IWC-01-11 true Severe Organic Contamination in a Cooling Water System: a Successful C
IWC-57~11 true Sewage Plant Effluent as an Industrial Water Supply
IWC-73~4 true Sewage Plant Effluent as Cooling Tower Makeup - A Continuing Case His
IWC-84-18 true Sewer Plant Effluent-A Usable Source of Cooling Tower Makeup for Powe
IWC-84-18D true Sewer Plant Effluent-A Usable Source of Cooling Tower Makeup for Powe
IWC-75~10 true Shallow Bed Rapid Sand Filtration for Water and Wastewater
IWC-75~10D true Shallow Bed Rapid Sand Filtration for Water and Wastewater
IWC-75~10AC true Shallow Bed Rapid Sand Filtration for Water and Wastewater
IWC-01-16 true Shallow Shell Resin Performance in the Deionization of Water
IWC-01-14D true Shallow Shell Resin Performance in the Deionization of Water
IWC-94-32 true Short Bed Demineralizer Technology at Transalta Energy
IWC-94-32D false Short Bed Demineralizer Technology at Transalta Energy
IWC-05-33 true Short-Bed Ion-Exchange Technologies for Kraft Pulp Mill System Closure
IWC-05-33D true Short-Bed Ion-Exchange Technologies for Kraft Pulp Mill System Closure
IWC-51~7 true Should New Boilers Be Acid Cleaned?
IWC-86-14 true Side-By-Side Comparison of Analytical Techniques: Organic Acids, Total O
IWC-86-14D true Side-By-Side Comparison of Analytical Techniques: Organic Acids, Total O
IWC-07-05 true Side-By-Side Performance of Reverse Osmosis Elements Using Two Diffe
IWC-07-05D true Side-By-Side Performance of Reverse Osmosis Elements Using Two Diffe
IWC-08~S04PD true SIGNIFICANCE OF HYDROXIDE ALKALINITY CONTROL IN STEAM GE
IWC-86-49 true Significant Silica Reduction in Cold Lime Process
IWC-86-49D true Significant Silica Reduction in Cold Lime Process
IWC-46~5 true Silica Deposits in Steam Turbines Resulting from Softening of Makeup Th
IWC-08-12 true Silica in Steam Generating Systems
IWC-05-40 true Silica Polyamine Composites:Advanced Materials for Ion Recovery and Re
IWC-05-40D true Silica Polyamine Composites:Advanced Materials for Ion Recovery and Re
IWC-47~11 false Silica Removal by an Improved Ion-Exchange Method
IWC-47~8 false Silica Removal by Means of Ion Exchange Resins
IWC-51~17 true Silica Removal Characteristics of Highly Basic Exchangers
IWC-85-37 true Silica Removal in Lime-Soda Softeners
IWC-65~11 true Silt Control Treatment in Cooling Water Systems
IWC-87-46 true Simple and Rapid Methods for the Determination of Trace (ppb) Levels of
IWC-82-24 true Simulation of PWR Primary Circuit in High Temperature Loops to Study th
IWC-06-51 true Simultaneous Cleaning and Disinfection of Cooling Water Systems
IWC-06-51D true Simultaneous Cleaning and Disinfection of Cooling Water Systems
IWC-97-31 true Simultaneous Removal of Silica and Boron from Produced Water by Chem
IWC-97-31D true Simultaneous Removal of Silica and Boron from Produced Water by Chem
IWC-08-22 true Single-stage Vacuum Deaeration Technology for Achieving Low Dissolved
IWC-97-08 true Sixteen Year Experience with Oxygenated Boiler Water Treatment in Kore
IWC-05-54 true Sixteen Years of Resin Cleaning
IWC-05-54D true Sixteen Years of Resin Cleaning
IWC-99-61 true Six Years of Short Bed Demineralization at the Ontario Health Sciences C
IWC-99-61D true Six Years of Short Bed Demineralization at the Ontario Health Sciences C
IWC-42~5 true Slime Control in Cooling Equipment with Phenol Derivatives
IWC-81-34 true Sloughage of Organic Material from Field Decrosslinked Sulfonic Acid Cat
IWC-70~1 true Sludge Disposal Alternatives
IWC-78~36 true Sludge Handling and Disposal from Throwaway Flue Gas Desulfurization S
IWC-75~01 true Small-Scale Short-Term Methods of Evaluating Cooling Water Treatments
IWC-75~01D true Small-Scale Short-Term Methods of Evaluating Cooling Water Treatments
IWC-96-12 true Sodium Chlorate based Generation of Chlorine Dioxide Yields Improved C
IWC-08-14 true Sodium Hydroxide in Steam Turbines
IWC-75~16 true Sodium Phosphate Solutions at Boiler Conditions: Solubility, Phase Equilib
IWC-75~16D true Sodium Phosphate Solutions at Boiler Conditions: Solubility, Phase Equilib
IWC-75~16AC true Sodium Phosphate Solutions at Boiler Conditions: Solubility, Phase Equilib
IWC-71~14 true Sodium Recovery from a Pulp Mill Waste Effluent by Ion Exchange
IWC-00-40 true Softening With Weak Acid Cation (WAC) Resin
IWC-05-39 true Solar Based Distillation System for Domestic Application
IWC-08-40 true Solid Chemical Programs for Scale and Corrosion Control in Cooling Wate
IWC-08-40D true Solid Chemical Programs for Scale and Corrosion Control in Cooling Wate
IWC-96-21 true Solubility and Thermodynamics of Sodium Phosphate Reaction Products u
IWC-96-21D true Solubility and Thermodynamics of Sodium Phosphate Reaction Products u
IWC-42~3 true Solubility of Salts in Steam at High Pressures
IWC-07-59 true Solving a Problem of Microorganisms Growth in Cation Exchangers in Abu
IWC-07-59D true Solving a Problem of Microorganisms Growth in Cation Exchangers in Abu
IWC-05-26 true Solving Tube Failures to Improve the Boilers Reliability of the Badak's LNG
IWC-05-26D true Solving Tube Failures to Improve the Boilers Reliability of the Badak's LNG
IWC-42~9 true Some Applications of the Organic Ion Exchangers
IWC-43~9 true Some Characteristics of Acid Regenerated Carbonaceous Zeolite
IWC-45~11 true Some Fundamental~Factors and the Design and Operation of Ion Exchan
IWC-62~9 true Some Operating Experiences with Continuous Regeneration of Manganes
IWC-73~14 true Some Possible Effects on Aquatic Ecology of Waste Discharge from Powe
IWC-47~7 false Some Practical Aspects of Deionization
IWC-81-15 true Some Research Work on Water Treatment in Chinese Utility Plants
IWC-81-15D true Some Research Work on Water Treatment in Chinese Utility Plants
IWC-98-37 true Sources of TOC in Deionized Water
IWC-98-37D true Sources of TOC in Deionized Water
IWC-68~7 true Spacecraft Water Supply and Quality Management in the Apollo Program
IWC-68~21 true Special Cooling Tower Applications - Unusual Services
IWC-58~5 true Special Operating and Regenerating Techniques for Ion Exchange
IWC-99-29 true Speciation of Weakly-Ionized Impurities in Electrodeionization
IWC-82-33 true Specifications for Buying Ion Exchange Resins, a Necessity or a Nuisance
IWC-82-33D true Specifications for Buying Ion Exchange Resins, a Necessity or a Nuisance
IWC-99-76 false Specific Conductivity Temperature Compensation
IWC-55~1 true Spectrographic Analysis Concerning the Monitoring of Steam Quality
IWC-92-47 true SPE - Enhanced Coordinated P04/pH Control Improves Boiler Operating R
IWC-82-05 true Spiral Ultrafiltration: Effective and EconomIcal Pretreatment of Seawater fo
IWC-08-44 true Squeezing a Few More Years of Life from a 30+ Year Old Packed Bed De
IWC-08-44D true Squeezing a Few More Years of Life from a 30+ Year Old Packed Bed De
IWC-01-25 true Stability of Organic Boiler Internal Treatments in the Presence of Dissolve
IWC-01-25D true Stability of Organic Boiler Internal Treatments in the Presence of Dissolve
IWC-77~27 true Stabilized Sludge Disposal Techniques
IWC-77~27D true Stabilized Sludge Disposal Techniques
IWC-80-35 true Standardization of Methodology for Estimating the Organic Fouling of Ion E
IWC-86-25 true Standby Boiler Protection via Novel Vapor Phase Inhibitor
IWC-86-25D true Standby Boiler Protection via Novel Vapor Phase Inhibitor
IWC-64~10 true Standby Protection of High-Pressure Boilers
IWC-98-48 true Start-Up and Operating Experience with a Large Upflow ―Packed Bed‖ De
IWC-96-24 true Start-Up and Operation of a Large Zero Blowdown Petrochemical Comple
IWC-96-24D true Start-Up and Operation of a Large Zero Blowdown Petrochemical Comple
IWC-06-12 false Start-up, Commissioning, and Operational Data From the World's First SA
IWC-87-31 true Start-Up of a Coal Fired Power Plant‘s Wastewater Treatment Plant
IWC-69~23 true Startup of Large Supercritical Boilers with Powdex
IWC-05-10 true Startup of Multiple Water Treatment Plants & Operator Training in Souther
IWC-79~30PD true State Implementation
IWC-81-19 true State-Of-The-Art Evaluation of Condensate Polisher Performance
IWC-81-19D true State-Of-The-Art Evaluation of Condensate Polisher Performance
IWC-83-07 true State-Of-The-Art of the Electrodialysis Reversal (EDR) Process in 1983
IWC-83-07D true State-Of-The-Art of the Electrodialysis Reversal (EDR) Process in 1983
IWC-71~23 true Static Mixer Technology in Water and Waste Treatment
IWC-89-14 true Status of Corrosion Fatigue Failure Investigation in Drum Type Utility Boile
IWC-89-14D true Status of Corrosion Fatigue Failure Investigation in Drum Type Utility Boile
IWC-80-52 true Status of Deep Bed Condensate Polishing - 1980
IWC-80-52D true Status of Deep Bed Condensate Polishing - 1980
IWC-80-52AC true Status of Deep Bed Condensate Polishing - 1980
IWC-98-20 true Steam and Water Properties near the Critical Point
IWC-93-06 false Steam Blow Cleaning of Superheaters and Reheaters to Remove Exfoliati
IWC-93-06D false Steam Blow Cleaning of Superheaters and Reheaters to Remove Exfoliati
IWC-96-06 true Steam Chemistry and its Effects on Turbine Deposits and Corrosion
IWC-96-06D true Steam Chemistry and its Effects on Turbine Deposits and Corrosion
IWC-96-06AC true Steam Chemistry and its Effects on Turbine Deposits and Corrosion
IWC-93-51 true Steam Chemistry and Turbine Corrosion - State of Knowledge
IWC-80-18 true Steam/Condensate Chemical Maintenance and Control in Power Plant Op
IWC-80-18D true Steam/Condensate Chemical Maintenance and Control in Power Plant Op
IWC-90-57 true Steam Cycle Passivation and Corrosion Protection in Boiler Systems
IWC-01-19 true Steam Purity for Combustion Turbine Cooling: Requirements and Methods
IWC-88-18 true Steam Purity for Industrial Steam Generators
IWC-88-17 true Steam Purity for Industrial Turbines
IWC-88-17D true Steam Purity for Industrial Turbines
IWC-79~26 true Steam Purity Monitoring for Turbine Corrosion Control: a Total Plant Surve
IWC-79~26D true Steam Purity Monitoring for Turbine Corrosion Control: a Total Plant Surve
IWC-79~26AC true Steam Purity Monitoring for Turbine Corrosion Control: a Total Plant Surve
IWC-53~15 true Steam Purity Observations at Institutional Power Plants
IWC-88-16 true Steam Purity Problems Encountered in Industrial Turbines
IWC-88-16D true Steam Purity Problems Encountered in Industrial Turbines
IWC-95-19 true Steam Purity Recommendations for New Small Steam Turbines
IWC-95-19D true Steam Purity Recommendations for New Small Steam Turbines
IWC-56~7 true Steam Quality Measurements by Flame Photometer
IWC-08-26 true Steam Reboilers - The Good, The Bad and The Ugly
IWC-51~5 true Steam Testing for Operating Control Can Be Simple
IWC-81-38 true Steam Turbine Environment Monitoring with Metallurgical Specimens
IWC-81-38D true Steam Turbine Environment Monitoring with Metallurgical Specimens
IWC-54~5 true Steel Mill and Coke By-Product Wastes
IWC-98-21 false Steering Power Plants through The Midlife Crisis: A Challenge for Cycle C
IWC-08-64 true Storage Tank Internal Floating Roofs Description and Selection Guidelines
IWC-08-64D true Storage Tank Internal Floating Roofs Description and Selection Guidelines
IWC-93-25 false Stormwater Collection and Reuse
IWC-97-18 true Strategic Alliances in the Industrial Water Treatment Market: Who's Winni
IWC-99-03 true Strategic Sourcing Industrializing Municipal Trend
IWC-99-03D false Strategic Sourcing Industrializing Municipal Trend
IWC-02-01 true Strategies For Effective Control Of Surface-Associated Microorganisms: A
IWC-91-38 true Strategies for the Mitigation of MIC in Industrial Water Systems
IWC-59~10 true Stress-Corrosion Cracking of Copper-Base Alloys
IWC-59~7 true Stress Corrosion of Austenitic Stainless Steels
IWC-59~6 true Stress Corrosion of Ferrous Materials (Other Than Austenitic Stainless Ste
IWC-59~9 true Stress Corrosion of Nickel Alloys
IWC-07-16 true Structural Design of Nanoporous Silica Polyamine Composites for Metal S
IWC-07-16D true Structural Design of Nanoporous Silica Polyamine Composites for Metal S
IWC-75~04 true Studies in Weak Base Resin Performance Pay Off
IWC-75~04D true Studies in Weak Base Resin Performance Pay Off
IWC-75~04AC true Studies in Weak Base Resin Performance Pay Off
IWC-84-109 true Studies of Two-Phase Erosion-Corrosion Using the C.E.G.B. Northwest R
IWC-84-109D true Studies of Two-Phase Erosion-Corrosion Using the C.E.G.B. Northwest R
IWC-94-35 true Studies on the Effect of Polyphosphates on the Ion Exchange Process
IWC-92-41 true Study of Corrosion Inhibitors for Open-Recirculating Cooling Tower System
IWC-62~7 true Study of Operating Performance of a Large Demineralizer on Ohio River W
IWC-87-27 true Study of the Chemical and Physical Characteristics of Crystal River Unit S
IWC-87-27D true Study of the Chemical and Physical Characteristics of Crystal River Unit S
IWC-87-11 true Study on Attrition Osmotic Stability and Extractables of Various Ion Exchan
IWC-87-11D true Study on Attrition Osmotic Stability and Extractables of Various Ion Exchan
IWC-96-62 true Study on Corrosion Products Removal in PWR Secondary Circuits
IWC-94-07 true Study on Minimization of Chlorinated Organics in PWR Makeup Water
IWC-05-01 true Study on Recycling Produced Water to Steam Generators and Its Field Ap
IWC-05-01D true Study on Recycling Produced Water to Steam Generators and Its Field Ap
IWC-92-24 true Study on the Deterioration of Seawater Desalination RO Membrane and its
IWC-92-24AC true Study on the Deterioration of Seawater Desalination RO Membrane and its
IWC-92-24D true Study on the Deterioration of Seawater Desalination RO Membrane and its
IWC-06-26 true Submerged Membrane Bioreactors for Water Reclamation
IWC-83-32 true Subsurface Cut-Off Walls: Design Considerations in their Application to G
IWC-90-28 true Successful Bromine Chloride Use in Cooling Water Treatment
IWC-96-50 true Successful Cooling Water Treatment Technology at 200 times Calcite Sat
IWC-96-50D true Successful Cooling Water Treatment Technology at 200 times Calcite Sat
IWC-97-14 true Successful Experience in Amberpack™ Packed Beds
IWC-97-14D true Successful Experience in Amberpack™ Packed Beds
IWC-96-26 true Successful Operation of a Large Film-Fill Electric Utility Cooling Tower Sys
IWC-96-26D true Successful Operation of a Large Film-Fill Electric Utility Cooling Tower Sys
IWC-96-26AC true Successful Operation of a Large Film-Fill Electric Utility Cooling Tower Sys
IWC-84-02 true Suggested Guidelines for Laying Up Idle Equipment in Cooling Systems
IWC-84-02D true Suggested Guidelines for Laying Up Idle Equipment in Cooling Systems
IWC-93-39 true Sulfate/Bisulfate and Carbonate/Bicarbonate Operation with Strong Base I
IWC-93-39D true Sulfate/Bisulfate and Carbonate/Bicarbonate Operation with Strong Base I
IWC-93-39AC true Sulfate/Bisulfate and Carbonate/Bicarbonate Operation with Strong Base I
IWC-92-33 true Sulfate Sloughage: a Fundamental Property of Sulfonic Acid Resins at Ele
IWC-84-21 true Sulfite Degradation and Apparent Turbine Rotor Corrosion
IWC-78~27 true Sulfonated Polymers and Scale Formation
IWC-78~27D true Sulfonated Polymers and Scale Formation
IWC-74~18 true Summary of Pretreatment Technology for Reverse Osmosis
IWC-05-06 true Supercritical Carbon Dioxide Extraction of Leachable Organics from IX Re
IWC-05-06D true Supercritical Carbon Dioxide Extraction of Leachable Organics from IX Re
IWC-95-50 true Supercritical Water Oxidation of Aqueous Wastes
IWC-95-50D false Supercritical Water Oxidation of Aqueous Wastes
IWC-95-49 true Supercritical Water Oxidation: Principles and Prospects
IWC-95-49D false Supercritical Water Oxidation: Principles and Prospects
IWC-91-08 true Surface Analytical Investigation of Triazole Inhibitor Layers on Brass
IWC-73~8 true Survey of Steam Turbine Deposits
IWC-97-13 true Suspended Solids Removal for Counter-Current Ion Exchange Systems
IWC-97-13D true Suspended Solids Removal for Counter-Current Ion Exchange Systems
IWC-08-59 true Sustainable Wastewater Reuse – Water Quality Modeling for Near ZLD
IWC-93-54 true SW-COR - a Software Aid for Selecting and Evaluating Service Water Sys
IWC-93-54D true SW-COR - a Software Aid for Selecting and Evaluating Service Water Sys
IWC-99-26 false SWRO for Aquaculture
IWC-66~8 true Symposium on Economics of Automation of Industrial, Municipal and Utilit
IWC-46~7 true Symposium on Silica Removal by Ion Exchange
IWC-83-28 true Syncrude Canada Ltd's Five Years Operating Experience with Canada's L
IWC-83-28D true Syncrude Canada Ltd's Five Years Operating Experience with Canada's L
IWC-07-03 true Synthesis and Characterization of Charged Polystyrene Membranes for th
IWC-07-03D true Synthesis and Characterization of Charged Polystyrene Membranes for th
IWC-83-33 true Synthetic Linings for Pollution Control
IWC-41~14 true Synthetic Resin Exchangers and Their Application
IWC-00-17 true System Monitoring for Chemistry Control
IWC-00-17AC true System Monitoring for Chemistry Control
IWC-00-17D true System Monitoring for Chemistry Control
IWC-91-28 true Tapered Mixing Improves the Polymer Performance in Wastewater Treatm
IWC-87-16 true Targeted Chlorination Fixed-Nozzles Design at Brayton Point Station Unit
IWC-79~14 true Team Approach Saves Water for PNM
IWC-79~14D true Team Approach Saves Water for PNM
IWC-08-55 true Technical Advancements in SAGD Evaporative Produced Water Treatmen
IWC-08-55D true Technical Advancements in SAGD Evaporative Produced Water Treatmen
IWC-08-69 true Technical Assessment of Water Reuse in Consideration of Emerging Pollu
IWC-08-69D true Technical Assessment of Water Reuse in Consideration of Emerging Pollu
IWC-08-69AC true Technical Assessment of Water Reuse in Consideration of Emerging Pollu
IWC-66~7 true Technical Development of Systems for Controlling Pollution by Acid Mine W
IWC-07-66 true Technical, Economic and Environmental Impact of Blending High Hardnes
IWC-95-70 true Technical Study for Treatment and Reuse of Municipal and Refinery Wast
IWC-81-30 true Techniques for the Measurements and Reduction of Resin Carry-Over fro
IWC-86-41 true Temperature Effects on Coagulation Processes Using Salts of Aluminum
IWC-93-31 false Ten-Year Experience in an Ammonia and Urea Plant Cooling Water Treat
IWC-93-31D false Ten-Year Experience in an Ammonia and Urea Plant Cooling Water Treat
IWC-72~11 true Ten Years Experience in Preoperational Chemical Cleaning of Power Plan
IWC-90-12 true Ten Years Experience with Reverse Flow Dual Stratified Bed Systems in C
IWC-90-12D true Ten Years Experience with Reverse Flow Dual Stratified Bed Systems in C
IWC-90-12AC true Ten Years Experience with Reverse Flow Dual Stratified Bed Systems in C
IWC-96-20 true Ten Years of Equilibrium Phosphate Treatment
IWC-96-20D true Ten Years of Equilibrium Phosphate Treatment
IWC-80-07 true Testing of a High Gradient Magnetic Filter at the Brunswick Steam Electric
IWC-80-07D true Testing of a High Gradient Magnetic Filter at the Brunswick Steam Electric
IWC-95-42 true Tests of a Three-Pass RO Desalination System to Produce Ultrapure Wat
IWC-95-42D false Tests of a Three-Pass RO Desalination System to Produce Ultrapure Wat
IWC-98-76 true Tetrakishydroxymethylphosphonium Sulfate (THPS) A New, Environmenta
IWC-98-76D true Tetrakishydroxymethylphosphonium Sulfate (THPS) A New, Environmenta
IWC-54~6 true Textile Wastes
IWC-78~05 true The Adoption of Counter Current Ion-Exchange Techniques, Including Asa
IWC-78~05D true The Adoption of Counter Current Ion-Exchange Techniques, Including Asa
IWC-98-50 true The Advantage of Mixed Salt Crystallizers in Zero Liquid Discharge Waste
IWC-98-50D true The Advantage of Mixed Salt Crystallizers in Zero Liquid Discharge Waste
IWC-75~20 true The Application of an Electromagnetic Filter to Industrial Condensate Syst
IWC-03-05 true The Application of CADIX (Computer Aided Design for Ion exchange) to P
IWC-70~28 true The Application of Electrodialysis Equipment for the Treatment of Waters
IWC-86-05 true The Application of Electrodialysis to Industrial Water Reuse
IWC-86-05D true The Application of Electrodialysis to Industrial Water Reuse
IWC-69~13 true The Application of Gas Chromatography to the Detection and Identification
IWC-72~20 true The Application of Seprex - A New Condensate Polishing System at Home
IWC-03-32 true The Application of Simulation and Diagnostic Systems to Water Treatmen
IWC-03-32D true The Application of Simulation and Diagnostic Systems to Water Treatmen
IWC-51~16 true The Application of Sodium Silicates as Corrosion Inhibitors
IWC-63~10 true The Automatic Monovalve Filter Series. An Economic New Water Treatme
IWC-71~26 true The Avco Continuous Moving Bed Ion Exchange Process
IWC-05-07 true The Bayswater-Liddel Zero Discharge System - A 20+ Year Operational P
IWC-05-07D true The Bayswater-Liddel Zero Discharge System - A 20+ Year Operational P
IWC-45~4 true The Behavior of Highly Concentrated Boiler Water
IWC-83-21 true The Behavior of Sodium, Chloride, and Sulfate in PWR Secondary Cycles
IWC-83-21D true The Behavior of Sodium, Chloride, and Sulfate in PWR Secondary Cycles
IWC-98-26 true The Behavior of Stainless Steel Piping in Potable Water Treatment Plants
IWC-98-26D true The Behavior of Stainless Steel Piping in Potable Water Treatment Plants
IWC-47~4 false The Biological Reactions of Polluted Water on Copper-Bearing Alloys
IWC-57~9 true The Borescope
IWC-99-01 true The Business Aspect of an Effective Safety Program - Safety Can Have a
IWC-76~10 true The Calcination and Slaking of Quicklime
IWC-76~10D true The Calcination and Slaking of Quicklime
IWC-80-29 true The Chemical Cleaning of a Fiber Cartridge from a Reverse Osmosis Perm
IWC-80-29D true The Chemical Cleaning of a Fiber Cartridge from a Reverse Osmosis Perm
IWC-99-41 true The Chemicals for Cooling Water in China
IWC-99-41D true The Chemicals for Cooling Water in China
IWC-71~25 true The CMMB, An Efficient Low Cost Two-Tank Demineralization System
IWC-48~10 true The Coagulation of Refinery Wastes Using Twin Pilot Plant Units
IWC-88-33 true The Continuing Maintenance of Superior Chemistry at a PWR Nuclear Sta
IWC-88-33D true The Continuing Maintenance of Superior Chemistry at a PWR Nuclear Sta
IWC-88-33AC true The Continuing Maintenance of Superior Chemistry at a PWR Nuclear Sta
IWC-77~04 true The Corrosion and Dezincification of Brass in Cooling Water Environment
IWC-77~04D true The Corrosion and Dezincification of Brass in Cooling Water Environment
IWC-00-39 true The Cost of Producing Demineralized Water in the Gulf Coast with Upflow
IWC-04-15 true The Cost of Water in an Arid Climate: Water Conservation and Reuse -So
IWC-03-09 true The Costs of Improper Power Cycle Lay-up and How They May Be Avoide
IWC-96-37 true The Cutting Edge of Cycle for Fossil Plants
IWC-96-37D true The Cutting Edge of Cycle for Fossil Plants
IWC-86-30 true The Decision to Retrofit Reverse Osmosis for Boiler Water Make-Up at a M
IWC-86-30D true The Decision to Retrofit Reverse Osmosis for Boiler Water Make-Up at a M
IWC-92-13 true The Design Methodology and Operating Performance of 450,000 Barrels o
IWC-97-50 true The Determination of Hardness in Pure and Industrial Waters using the AP
IWC-68~1 true The Determination, Use and Value of Water Quality Requirements
IWC-50~1 true The Dianodic Method for the Protection of Metals Against Pitting and Tube
IWC-89-18 true The Direct Measurement of Ammonia Alkalinity in "All Volatile" Treated Po
IWC-89-18D true The Direct Measurement of Ammonia Alkalinity in "All Volatile" Treated Po
IWC-73~6 true The Dollar Value of Protecting Steam Turbines Against Fouling
IWC-83-40 true The Effect of Bead Size and Hydrated Bead Density on the Separability of
IWC-81-27 true The Effect of Carbon Dioxide Transfer on Cooling Water pH and Calcium
IWC-81-27D true The Effect of Carbon Dioxide Transfer on Cooling Water pH and Calcium
IWC-52~6 true The Effect of Circulating Water on Wood in Cooling Towers
IWC-41~10 true The Effect of Deaeration on pH Value
IWC-62~4 true The Effect of Heat Transfer on Pitting Corrosion
IWC-80-21 true The Effect of Polymeric Dispersants on Corrosion Inhibition of Mild Steel
IWC-99-46 true The Effect of Sand Grain Uniformity on the Filtration Efficiencies
IWC-74~19 true The Effect of Scaling Indexes on Cooling Water Treatment Practice
IWC-00-41 true The Effect of Service Parameters on Iodine Release from Iodinated Anion
IWC-92-09 true The Effects of Cooling Water Quality on Cooling Tower Plastic Pack Foulin
IWC-92-09D true The Effects of Cooling Water Quality on Cooling Tower Plastic Pack Foulin
IWC-81-41 true The Elf/Anvar Coalescence Process for the Treatment of Oily Steam Cond
IWC-99-18 true The Elimination of Legionella in Local Hot and Cold Water Systems Using
IWC-78~07 true The Engineer's Role in Environmental Litigation
IWC-78~07D true The Engineer's Role in Environmental Litigation
IWC-45~2 true The Evaluation of Data
IWC-64~1 true The Evolution of Industrial Water Technology
IWC-08-04 true The Evolution of Water Processing Technology at Diablo Canyon Nuclear
IWC-72~18 true The Experience with the Water Chemistry of Siemens PWRs
IWC-79~21 true The Fatal Lure of Water Treating Gadgets
IWC-59~11 true The Function and Design of Industrial Cooling Towers
IWC-08~00 true The Future of the Water Treatment Industry: The Vision of a Committed P
IWC-59~5 true The General Aspects of Stress Corrosion Cracking
IWC-89~00 true The History of the International Water Conference
IWC-84-103 true The Hydraulic Properties of Ion Exchange Resins
IWC-84-103D true The Hydraulic Properties of Ion Exchange Resins
IWC-57~5 true The Immerscope, Ultrasonic Testing for Boiler Tube Corrosion
IWC-91-35 true The Impact of a Passivating Agent on Condensate Polishing Ion Exchange
IWC-91-35D true The Impact of a Passivating Agent on Condensate Polishing Ion Exchange
IWC-92-40 true The Impact of Chlorine on Tolyltriazole and Butylbenzotriazole Corrosion I
IWC-92-40AC true The Impact of Chlorine on Tolyltriazole and Butylbenzotriazole Corrosion I
IWC-92-40D true The Impact of Chlorine on Tolyltriazole and Butylbenzotriazole Corrosion I
IWC-90-45 true The Impact of Computer Models on New Plant Utility Systems
IWC-90-45D true The Impact of Computer Models on New Plant Utility Systems
IWC-90-45AC true The Impact of Computer Models on New Plant Utility Systems
IWC-90-46 true The Impact of Computer Models on New Plant Utility Systems
IWC-90-46D true The Impact of Computer Models on New Plant Utility Systems
IWC-00-14 true The Impact of Eliminating Softeners as a Pre-Treatment for Reverse Osm
IWC-02-35 true The Impact of Monitoring and Control on Reverse Osmosis Plant Perform
IWC-75~05 true The Impact of Ultrafiltration on Membrane Processes and Related Water T
IWC-75~05D true The Impact of Ultrafiltration on Membrane Processes and Related Water T
IWC-02-55 false The Impact of Water Chemistry on Boiler Tube Failures
IWC-89-09 true The Impact of Water Quality and Toxics-Based NPDES Permitting
IWC-89-09D true The Impact of Water Quality and Toxics-Based NPDES Permitting
IWC-00-31 true The Impact of Water Treatment System Design and Operation on Boiler F
IWC-96-18 true The Importance of Demineralizer Maintenance
IWC-99-09 true The Importance of Net Present Value (NPV) Analysis to Choose Between
IWC-99-09D false The Importance of Net Present Value (NPV) Analysis to Choose Between
IWC-96-67 true The Influence of Recycled Makeup Water on the Propensity for Microbiolo
IWC-96-67D true The Influence of Recycled Makeup Water on the Propensity for Microbiolo
IWC-80-10 true The Invest1gation of Scaling and Corrosion Mechanisms using Process S
IWC-80-10D true The Invest1gation of Scaling and Corrosion Mechanisms using Process S
IWC-85-36 true The Investigation and Application of Ozone for Cooling Water Treatment
IWC-85-36D true The Investigation and Application of Ozone for Cooling Water Treatment
IWC-81-45 true The Investigation of Scaling and Corrosion Mechanisms Using Process Si
IWC-05-43 true The Ion Exchange Resource Recovery Business
IWC-05-38 true The Island Water Association ―Case History‖ - Desalination of Brackish W
IWC-71~21 true The Lamella Separator: A Novel High Rate Sedimentation Device for Wate
IWC-06-01 true The Legionella Shift: How the Risk from Legionnaires Disease has Chang
IWC-06-01D true The Legionella Shift: How the Risk from Legionnaires Disease has Chang
IWC-78~04 true The Lewatit-WS-Process A Highly Reliable Counter-Current System for Io
IWC-78~04D true The Lewatit-WS-Process A Highly Reliable Counter-Current System for Io
IWC-68~3 true The Management of Water Quality by Stream Allocation
IWC-60~8 true The Mechanical Development of Ion Exchange
IWC-57~7 true The Metroscope as an Aid in Evaluating the Internal Conditions of Steam G
IWC-67~14 true The Miniaturization of Electric Control Panels
IWC-85-07 true The Multistep System, a Flexible Arrangement for Water Treatment with Io
IWC-85-07D true The Multistep System, a Flexible Arrangement for Water Treatment with Io
IWC-00-02 true The On-Line Recovery and Treatment of a Fouled Cooling System in the P
IWC-00-02D true The On-Line Recovery and Treatment of a Fouled Cooling System in the P
IWC-03-21 true The On-line Removal of Inorganic Foulants and Conversion to a State of t
IWC-03-21D false The On-line Removal of Inorganic Foulants and Conversion to a State of t
IWC-03-21AC true The On-line Removal of Inorganic Foulants and Conversion to a State of t
IWC-94-17 true The Open Recirculating Cooling System as a Primary Component in the Z
IWC-71~22 true The Operation of a L‘Eau Claire Upflow Filter
IWC-91-53 true The Optimization of the Separation of Component Ion Exchange Resins in
IWC-91-53D true The Optimization of the Separation of Component Ion Exchange Resins in
IWC-83-13 true Theoretical and Practical Considerations of Phosphonate Oxidation
IWC-98-38 true The Organic Carbon Analysis - The Importance of System Calibration and
IWC-98-38D true The Organic Carbon Analysis - The Importance of System Calibration and
IWC-63~12 true Theory and Design of Flash Evaporation
IWC-57~2 true The Penetron for Internal Inspection of Boiler Tubes
IWC-60~10 true The Performance of Amberlite 200: A New Highly Stable Sulfonic Acid Ca
IWC-86-33 true The Physical Strength of Ion Exchange Resins
IWC-60~9 true The Place of External Regeneration in the Design of High Rate Condensa
IWC-56~11 true The Present Status of Electric Membrane Demineralization
IWC-60~4 true The Problem {Chemical Cleaning}
IWC-49~2 true The Problems of Generating Pure Steam at High Pressures
IWC-80-14 true The Production of High Purity Water with Combined Reverse Osmosis and
IWC-80-14D true The Production of High Purity Water with Combined Reverse Osmosis and
IWC-97-60 true The Properties and Performance of Type III Strong Base Anion Exchange
IWC-97-60D true The Properties and Performance of Type III Strong Base Anion Exchange
IWC-92-44 true The Purpose and Practice of Auditing a Water Treatment System
IWC-70~13 true The Reasoning Behind Pennsylvania‘s Requirements for Treating Metal W
IWC-96-57 true The Recycling of Industrial Waste Water Utilizing Advanced Reverse Osm
IWC-96-57D false The Recycling of Industrial Waste Water Utilizing Advanced Reverse Osm
IWC-86-15 true The Regeneration of Weak and Strong Cation Exchange Resins with an A
IWC-77~25 true The Regulation of Flue Gas Desulfurization Sludge Disposal - Status Repo
IWC-77~25D true The Regulation of Flue Gas Desulfurization Sludge Disposal - Status Repo
IWC-82-23 true The Release of Corrosion from Surfaces in the Primary Coolant Systems o
IWC-41~11 true The Removal of Dissolved Gases from Boiler Feed Water
IWC-87-09 true Thermal Degradation of Strongly Basic Anion Exchange Resins in Caustic
IWC-87-09D true Thermal Degradation of Strongly Basic Anion Exchange Resins in Caustic
IWC-71~5 true Thermal Stability of EDTA and Its Salts
IWC-74~6 true The Role of Reverse Osmosis in Zero Release from a BWR
IWC-80-13 true The Role of Ultrafiltration in the Production of Ultra H1gh Purity Water
IWC-80-13D true The Role of Ultrafiltration in the Production of Ultra H1gh Purity Water
IWC-50~6 true The Sampling of Steam for the Determination of Purity
IWC-88-10 true The Significance and Limitations of Laboratory Resin Analyses in Evaluati
IWC-88-10D true The Significance and Limitations of Laboratory Resin Analyses in Evaluati
IWC-48~5 true The Sludge Blanket Hot Process Softener
IWC-98-29 true The Special Problems Might be Encountered with the Operation of Conde
IWC-93-63 true The Stability of Azoles to Chlorine and Chlorine Alternatives for Microbiolo
IWC-87-24 true The State of the Art in Mechanical Condenser Cleaning
IWC-87-24D true The State of the Art in Mechanical Condenser Cleaning
IWC-41~3 true The Status of Cathodic Protection of Pipe Lines in 1941
IWC-77~32 true The Streaming Current Detector as Applied to the Up-Flow Filtration
IWC-79~12 true The Successful Use of Non-Chromate Cooling Water Treatments
IWC-79~12D true The Successful Use of Non-Chromate Cooling Water Treatments
IWC-01-01 true The Sulfate Problem: What Happens When the Resins Just Sit?
IWC-01-01D true The Sulfate Problem: What Happens When the Resins Just Sit?
IWC-60~1 true The Survey of Steel Corrosion Mechanisms Pertinent to Steam Power Ge
IWC-91-06 true The Synthesis of Organophosphonic Polymers and Research of their Abili
IWC-86-53 true The Thermal Degradation of Hydroxyl Form Strong Base Type I Anion Exc
IWC-81-07 true The Thermal/Hydrolytic Stability of 1-Hydroxyethylidene-1,1-Diphosphonic
IWC-81-07D true The Thermal/Hydrolytic Stability of 1-Hydroxyethylidene-1,1-Diphosphonic
IWC-69~17 true The Thermal Pollution Controversy - Ecological Comments
IWC-91-24 true The Treatment and Disposal of Wastewaters from Flue Gas Desulfurizatio
IWC-85-12 true The Tripol Condensate Purification Process
IWC-85-12D true The Tripol Condensate Purification Process
IWC-68~10 true The Trouble with Layered Beds
IWC-42~7 true The Use and Application of the Dorrco-Hydro-Treator
IWC-65~9 true The Use of a Chelant Program for ‗On Stream‘ Boiler Cleaning
IWC-91-21 true The Use of a Continuous On-Line Chemical Reductant Analyzer for Effect
IWC-91-21D true The Use of a Continuous On-Line Chemical Reductant Analyzer for Effect
IWC-91-21AC true The Use of a Continuous On-Line Chemical Reductant Analyzer for Effect
IWC-94-30 false The Use of a Corrosion Sensor for Direct Measurement of Corrosion Rate
IWC-64~21 true The Use of Ammoniated Cation Resin in High Rate Mixed-Bed Deminerali
IWC-80-48 true The Use of a Newly Designed Biotower and Mutant Cultures to Effectively
IWC-85-25 true The Use of an Inorganic Glassy Cation Exchanger for the Purification of N
IWC-92-12 true The Use of Anion Exchange Resins for the Removal of Natural Organic M
IWC-92-12AC true The Use of Anion Exchange Resins for the Removal of Natural Organic M
IWC-92-12D true The Use of Anion Exchange Resins for the Removal of Natural Organic M
IWC-79~47 true The Use of a Novel Portable Fouling and Corrosion Monitor/Recorder in In
IWC-80-49 true The Use of Automated, Multi-Element Analysis Technique to Monitor Disc
IWC-72~6 true The Use of Catalyzed Hydrazine in Steam Generating Systems
IWC-88-49 true The Use of Ceramic-Based Tubular Microfiltration Membranes for Conven
IWC-69~24 true The Use of Chelants
IWC-62~12 true The Use of Chelating Agents in Chemical Cleaning
IWC-80-43 true The Use of Computer Modeling in CALGUARD to Mathematically Simulate
IWC-83-03 true The Use of Corrosion Inhibitor Mechanisms in the Development of Produc
IWC-83-03D true The Use of Corrosion Inhibitor Mechanisms in the Development of Produc
IWC-53~11 true The Use of Cyclohexylamine for pH Control of Condensate and Feedwate
IWC-82-35 true The Use of Dispersants for Removal of Sludge from a Nuclear Steam Gen
IWC-82-35D true The Use of Dispersants for Removal of Sludge from a Nuclear Steam Gen
IWC-51~20 true The Use of Galvanic Magnesium Anodes for Corrosion Prevention
IWC-05-29 true The Use of Heat Tolerant Reverse Osmosis Membranes in Process Cond
IWC-05-29D true The Use of Heat Tolerant Reverse Osmosis Membranes in Process Cond
IWC-05-29AC true The Use of Heat Tolerant Reverse Osmosis Membranes in Process Cond
IWC-05-30D true The Use of Heat Tolerant Reverse Osmosis Membranes in Process Cond
IWC-42~1 true The Use of Inhibitors for Aluminum Chemical Equipment
IWC-99-57 true The Use of Membrane Technology for the Production of DI Water in Remo
IWC-99-57D false The Use of Membrane Technology for the Production of DI Water in Remo
IWC-67~8 true The Use of Polymeric Materials with Phosphate and Chelation Type Boiler
IWC-71~3 true The Use of Polymers for Scale Control in Desalination Evaporators
IWC-68~4 true The Use of Polymers for Water Treatment
IWC-80-45 true The Use of Polysulfonated Styrene Copolymers as Boiler Water Sludge C
IWC-03-07 true The Use of Portable Exchange Deionization Services in the Power Industr
IWC-03-07D true The Use of Portable Exchange Deionization Services in the Power Industr
IWC-95-60 true The Use of Reclaimed Water for Petroleum Refinery Process Cooling
IWC-04-40 true The Use of Reverse Osmosis as a Pretreatment to a High Pressure Steam
IWC-04-40D true The Use of Reverse Osmosis as a Pretreatment to a High Pressure Steam
IWC-04-09 true The Use of Short Bed Ion Exchange Technology for the Production of High
IWC-04-09D true The Use of Short Bed Ion Exchange Technology for the Production of High
IWC-44~11 true The Use of Silicates for Coagulation
IWC-82-08 true The Use of Sub-Toxic Levels of Chlorine Dioxide to Prevent Surface Cond
IWC-82-08D true The Use of Sub-Toxic Levels of Chlorine Dioxide to Prevent Surface Cond
IWC-82-08AC true The Use of Sub-Toxic Levels of Chlorine Dioxide to Prevent Surface Cond
IWC-78~26 true The Use of Sulphonated Styrene Copolymers for Boiler Scale Control
IWC-78~26D true The Use of Sulphonated Styrene Copolymers for Boiler Scale Control
IWC-65~16 true The Use of Synthetic Organic Flocculants in the Treatment of Industrial W
IWC-83-11 true The Use of Triazine as an Algaecide for Circulating Cooling Water
IWC-83-11D true The Use of Triazine as an Algaecide for Circulating Cooling Water
IWC-65~7 true The Use of Vertan 600 at 900 to 1900 PSIG
IWC-47~3 false The Use of X-Rays in Steam Power Problems
IWC-79~03 true The Vari-Void® Filter in Use and Re-Use Schemes
IWC-89-12 false The Waste Water Concentrating Cooling Tower, a New Technique for Wa
IWC-89-12D true The Waste Water Concentrating Cooling Tower, a New Technique for Wa
IWC-99-02 true The Water Audit as a Strategic Tool to Manage Operational Costs and Pe
IWC-99-02D false The Water Audit as a Strategic Tool to Manage Operational Costs and Pe
IWC-65~1 true The Water Line
IWC-57~21 true The Water Treatment Problems of the Santa Susana Experimental Station
IWC-84-81 true The Westinghouse Oxygen Probe-A New Monitor for Steam
IWC-84-81D true The Westinghouse Oxygen Probe-A New Monitor for Steam
IWC-03-42 true THM Destruction by UV/Ozone in RO Permeate to Facilitate Removal Dow
IWC-82-31 true Three Years of Field Experience with an Acrylic Gel Strong Base Anion Ex
IWC-82-31D true Three Years of Field Experience with an Acrylic Gel Strong Base Anion Ex
IWC-70~22 true Three Years Operating Experience with Ammoniated Mixed Beds in Cond
IWC-80-01 true Three Years Operating Experience with Precoat Materials Conta1ning Fib
IWC-80-01D true Three Years Operating Experience with Precoat Materials Conta1ning Fib
IWC-07-78 true Time and Money -The Problem with Bad Water Sources and Worse Dispo
IWC-86-10 true TOC Removal from Make-Up Water at Millstone Nuclear Generating Stati
IWC-86-10D true TOC Removal from Make-Up Water at Millstone Nuclear Generating Stati
IWC-88-04 true TOC Removal from Surface Waters by Commercially Operating Triple Me
IWC-88-04D true TOC Removal from Surface Waters by Commercially Operating Triple Me
IWC-88-04AC true TOC Removal from Surface Waters by Commercially Operating Triple Me
IWC-99-07 true Total Installed Cost Savings of Skid Mounted Versus Field Erected Equipm
IWC-99-07D true Total Installed Cost Savings of Skid Mounted Versus Field Erected Equipm
IWC-04-42 true Total Oxidizable Carbon Control Experience For BWR Condensate Polish
IWC-71~1 true Total River Clean-up Below Industrial Complexes
IWC-80-19 true Toward a Better Understanding of Commercial Phosphonates
IWC-80-19D true Toward a Better Understanding of Commercial Phosphonates
IWC-97-36 true Toward Field-Friendly Traceable Polymeric Dispersants
IWC-06-33 true Towards a Resin-in-Pulp Process for Recovery of Nickel and Cobalt from
IWC-06-33D true Towards a Resin-in-Pulp Process for Recovery of Nickel and Cobalt from
IWC-06-33AC true Towards a Resin-in-Pulp Process for Recovery of Nickel and Cobalt from
IWC-91-25 true Toxics Reduction Evaluations Procedures and Case Histories
IWC-91-25D true Toxics Reduction Evaluations Procedures and Case Histories
IWC-08-76 true Trace Contaminant Removal from Ground and Waste Waters with Selecti
IWC-08-76D true Trace Contaminant Removal from Ground and Waste Waters with Selecti
IWC-84-54 true Trace Element Removal by Adsorption/Coprecipitation on Amorphous Iron
IWC-82-39 true Trace Metal Analysis by Ion Chromatography
IWC-70~12 true Trace Metals in Steam Condensate Systems
IWC-94-26 true Trace Metals Removal using Iron Coprecipitation
IWC-98-36 true Trace Organics in the High Purity Industry: Problems, Sources, Solutions
IWC-07-44 true Tracking Molybdenum Concentration in Cooling Water Applications
IWC-81-40 true Transport of Ionic Impurities in Fossil and PWR Cycles - New Observation
IWC-81-40D true Transport of Ionic Impurities in Fossil and PWR Cycles - New Observation
IWC-81-40AC true Transport of Ionic Impurities in Fossil and PWR Cycles - New Observation
IWC-93-46 true Transport of Steam Samples
IWC-93-46D true Transport of Steam Samples
IWC-05-51 true Treating High Concentrations of Perchlorate in Groundwater Using a Two-
IWC-01-30 false Treating Water Systems for Legionella: History & Laboratory Investigation
IWC-45~6 true Treatment and Preparation of Water in Rayon Textile Mills
IWC-62~14 true Treatment and Recovery of Effluents from Metal Treating and Metal Fabric
IWC-85-57 true Treatment and Temperature Effects on Turbidity and Morphology in Boiler
IWC-07-07 true Treatment Efficiency Improvement of Existing Pulp and Paper Industry Wa
IWC-07-07D true Treatment Efficiency Improvement of Existing Pulp and Paper Industry Wa
IWC-77~26 true Treatment, Handling, and Disposal Criteria Flue Gas Desulfurization Sludg
IWC-77~26D true Treatment, Handling, and Disposal Criteria Flue Gas Desulfurization Sludg
IWC-82-44 true Treatment of a Blend of Makeup and Recirculating Cooling Water in a Con
IWC-90-21 true Treatment of a Hazardous Landfill Leachate
IWC-90-21D true Treatment of a Hazardous Landfill Leachate
IWC-72~2 true Treatment of a Highly Concentrated Industrial Waste
IWC-47~5 false Treatment of Brackish Water for Boiler Feed
IWC-08-37 true Treatment of Coal Bed Methane Produced Water Using Short Bed Ion Exc
IWC-59~19 true Treatment of Cooling Waters in England
IWC-88-09 true Treatment of Drinking Water by the Carix Ion Exchange Process-Experien
IWC-88-09D true Treatment of Drinking Water by the Carix Ion Exchange Process-Experien
IWC-88-09AC true Treatment of Drinking Water by the Carix Ion Exchange Process-Experien
IWC-78~15 true Treatment of Equipment Drain Wastes in a Nuclear Power Plant with an E
IWC-78~15D true Treatment of Equipment Drain Wastes in a Nuclear Power Plant with an E
IWC-78~15AC true Treatment of Equipment Drain Wastes in a Nuclear Power Plant with an E
IWC-00-56 true Treatment of Groundwater Contaminated by Acid Mine Drainage Using a T
IWC-90-23 true Treatment of McIntosh Power Plant Process Waste Waters by the Sulfide
IWC-90-23D true Treatment of McIntosh Power Plant Process Waste Waters by the Sulfide
IWC-90-23AC true Treatment of McIntosh Power Plant Process Waste Waters by the Sulfide
IWC-77~20PD true Treatment of Oily Wastes: Ultra Filtration and Chemical Methods
IWC-95-37 true Treatment of Powerplant Waste Waters Containing Ammonia
IWC-95-37D true Treatment of Powerplant Waste Waters Containing Ammonia
IWC-95-37AC true Treatment of Powerplant Waste Waters Containing Ammonia
IWC-72~15 true Treatment of Radioactive Steam Generator Blowdown
IWC-88-24 true Treatment of Refinery Condensate by a Unique Coalescing Process
IWC-93-18 true Treatment of Secondary Wastewater for Reverse Osmosis Systems
IWC-64~7 true Treatment of Sewage Plant Effluent for Industrial Reuse
IWC-00-26 true Treatment of Smelter Wastewater Using an Innovative Reverse Osmosis
IWC-00-26D true Treatment of Smelter Wastewater Using an Innovative Reverse Osmosis
IWC-02-40 true Treatment of Wastewater from Vegetable Oil Refinery and its Reuse using
IWC-07-14 true Treatment of Wastewaters from Coal-Fired Power Plants
IWC-07-14D true Treatment of Wastewaters from Coal-Fired Power Plants
IWC-96-59 true Treatment of Waste Waters from Flue Gas Scrubbers of Power Plants Co
IWC-07-75 true Treatment of Water Containing Bacteria by Electrochemical Reactor
IWC-40~11 false Treatment of Water for Industrial & Boiler Feed Uses
IWC-48~4 true Trends in Modern Feedwater Conditioning Equipment
IWC-82-47 true Tri-Ammonex: a New Method in the Use of Inert Resin in Condensate Poli
IWC-91-13 true Triple Membrane Makeup Water Treatment at Four Nuclear Power Plants
IWC-91-13D true Triple Membrane Makeup Water Treatment at Four Nuclear Power Plants
IWC-92-46 true Troubleshooting Ion Exchange Equipment
IWC-98-14 true Troubleshooting Problems in Reverse Osmosis Units
IWC-96-04 true Troubleshooting Steam Purity Problems in the Industrial Plant
IWC-03-45 true Troubleshooting Water Treatment Systems
IWC-03-45D true Troubleshooting Water Treatment Systems
IWC-92-18 false TU Electric Tradinghouse Unit No. 2 Oxygenated Treatment Test
IWC-92-18D true TU Electric Tradinghouse Unit No. 2 Oxygenated Treatment Test
IWC-41~12 true Turbine Nozzle and Bucket Deposit
IWC-57~6 true Turner Scale Thickness Indicator
IWC-91-52 true Turn-Key Chemical Cleaning Operations in Nuclear Plant Safety-Related S
IWC-95-62 true Twelve Years of Wastewater Recycling Experience at a Coal Gasification
IWC-79~23 true Twenty Years of Macroreticular Ion Exchange Resins
IWC-59~1 true Twenty Years of Progress in Ion Exchange
IWC-06-18 true Two Stage Clarification Process Ensures Consistent Performance
IWC-06-18D true Two Stage Clarification Process Ensures Consistent Performance
IWC-99-62 false Two Years Experience with a Packed Bed System Demineralizing High Si
IWC-95-30 true Two Years' Operating Experience with Fluidized Bed Demineralizers at Sa
IWC-82-01 true Two Year Study on Condensate Polisher Performance at Southern Califor
IWC-82-01D true Two Year Study on Condensate Polisher Performance at Southern Califor
IWC-78~42 true Typical Power Plant Steam and Water Analytical Systems
IWC-01-33 true Ultrafilter Membranes - Application and Innovations
IWC-01-33D true Ultrafilter Membranes - Application and Innovations
IWC-83-06 true Ultrafiltration Aids in Production of High Quality Water for Electronics Man
IWC-83-06D true Ultrafiltration Aids in Production of High Quality Water for Electronics Man
IWC-03-02 true Ultrafiltration as Pretreatment to Reverse Osmosis
IWC-03-02D true Ultrafiltration as Pretreatment to Reverse Osmosis
IWC-08-47 true Ultra Filtration Improves Performance of RO Unit Treating Cooling Tower
IWC-08-47D true Ultra Filtration Improves Performance of RO Unit Treating Cooling Tower
IWC-08-47AC true Ultra Filtration Improves Performance of RO Unit Treating Cooling Tower
IWC-90-37 true Ultrafiltration with Spiral Wound Membrane Technology
IWC-90-37D true Ultrafiltration with Spiral Wound Membrane Technology
IWC-68~13 true Ultra High Rate Filtration
IWC-96-32 true Ultra-High Vacuum Surface Science-Electrochemistry Studies of Iron Corr
IWC-99-15 true Ultrapure Steam from Normal Feedwater
IWC-88-53 true Ultrapure Water Treatment Plant for I.C. Manufacturing
IWC-94-36 true Ultrasoft Water Treatment by Chelating Ion Exchange Resin
IWC-94-31 true Ultrasperse™: A New All-Polymer Treatment Program
IWC-67~13 true Ultra-Violet Water Purification
IWC-89-32 true Understanding Streaming Current: Practical Coagulant Control
IWC-89-32D true Understanding Streaming Current: Practical Coagulant Control
IWC-01-38 true Understanding Wet and Dry Cooling Systems
IWC-01-38AC true Understanding Wet and Dry Cooling Systems
IWC-01-38D true Understanding Wet and Dry Cooling Systems
IWC-08-38 true Unique Cooling Water Exchanger Inspection Technique
IWC-85-46 true Unique Double Pass Reverse Osmosis System Eliminates Ion Exchange f
IWC-08-57 false Unique Wastewater Processing Application at River Bend Nuclear Station
IWC-05-55 true Unusual Items and Procedures in Ion Exchange and Water
IWC-05-55D true Unusual Items and Procedures in Ion Exchange and Water
IWC-06-45 true Unusual Items and Procedures in Ion Exchange and Water, II
IWC-06-45D true Unusual Items and Procedures in Ion Exchange and Water, II
IWC-08-09 true UPDATE ON THE STEAM ELECTRIC POWER EFFLUENT GUIDELINES
IWC-95-33 true Upflow Counter-Current Regeneration Upcore™ Packed Bed Technology
IWC-65~20 true Upflow Regeneration - A Practical Way to Reduce Sodium Zeolite Hardne
IWC-98-17 true Upgrading a Cycle Chemistry Sampling and Monitoring Program
IWC-98-17D true Upgrading a Cycle Chemistry Sampling and Monitoring Program
IWC-94-21 true Upgrading Boiler Makeup Water Quality while Reducing Water Production
IWC-94-18 true Upgrading of Boiler Make-Up Water Treatment with a Reverse Osmosis U
IWC-94-18D true Upgrading of Boiler Make-Up Water Treatment with a Reverse Osmosis U
IWC-88-32 true Use of Advanced Analytical Techniques to Evaluate PWR Secondary Cycl
IWC-88-32D true Use of Advanced Analytical Techniques to Evaluate PWR Secondary Cycl
IWC-88-32AC true Use of Advanced Analytical Techniques to Evaluate PWR Secondary Cycl
IWC-78~28 true Use of Agricultural Runoff Water for Power Plant Cooling
IWC-78~28D true Use of Agricultural Runoff Water for Power Plant Cooling
IWC-04-37 false Use of Amines in HRSG Chemistry
IWC-65~21 true Use of Ammoniated Cation Resin to Remove Iron from Heater Drains
IWC-77~22 true Use of an Acrylic Strong Base Anion Resin in Treatment of Organic Bearin
IWC-77~22D1 true Use of an Acrylic Strong Base Anion Resin in Treatment of Organic Bearin
IWC-77~22D2 true Use of an Acrylic Strong Base Anion Resin in Treatment of Organic Bearin
IWC-77~22AC true Use of an Acrylic Strong Base Anion Resin in Treatment of Organic Bearin
IWC-97-51 true Use of a New Bromine-Based Biocide in a Medium-Sized Cooling Tower
IWC-97-51D true Use of a New Bromine-Based Biocide in a Medium-Sized Cooling Tower
IWC-98-54 true Use of a Patented Scale Inhibition in a Zero Discharge Brine Concentrator
IWC-98-54D true Use of a Patented Scale Inhibition in a Zero Discharge Brine Concentrator
IWC-63~5 true Use of Chelating Agents for Continuous Internal Treatment for High Press
IWC-55~11 true Use of Coagulant Aids
IWC-00-33 true Use of Comprehensive Deposit Analysis Techniques to Evaluate Boiler De
IWC-98-69 true Use of Computer Software to Enhance Process Monitoring
IWC-91-56 true Use of Elevated pH and Cation Resin for the Removal of Residual Copper
IWC-91-56D true Use of Elevated pH and Cation Resin for the Removal of Residual Copper
IWC-91-56AC true Use of Elevated pH and Cation Resin for the Removal of Residual Copper
IWC-05-05 true Use of Fractal Liquid Distribution in Water Treatment
IWC-05-05D true Use of Fractal Liquid Distribution in Water Treatment
IWC-08-74 true Use of High Efficiency Reverse Osmosis (HERO), Brine Concentration an
IWC-08-74D true Use of High Efficiency Reverse Osmosis (HERO), Brine Concentration an
IWC-05-41 true Use of Hydrolysis and Neutralization to Destroy Stockpiled Chemical Agen
IWC-01-09 true Use of Ion Chromatography for Measuring Ions in Water to Protect the Ne
IWC-07-19 true Use of IQ-CHECK™ LEGIONELLA Kits as a New Tool for Efficient Legion
IWC-99-05 false Use of Low Level Electric Currents to Prevent The Settlement of Zebra Mu
IWC-98-80 true Use of Modern Computational Fluid Dynamics Methods to Simulate the Op
IWC-98-80D true Use of Modern Computational Fluid Dynamics Methods to Simulate the Op
IWC-96-77 true Use of Natural Freeze-Thaw Processes to Separate and Treat Mine Wast
IWC-96-77D true Use of Natural Freeze-Thaw Processes to Separate and Treat Mine Wast
IWC-97-30 true Use of New Membranes - a Smart Way to Expand the System
IWC-48~1 true Use of Organic Cation Exchanger for Municipal Water Softening
IWC-63~9 true Use of Organic Material for Prevention of Fouling in Recirculating Cooling
IWC-40~14 false Use of Organic Materials in the Treatment of Boiler Feedwater
IWC-69~19 true Use of Phosphonates for Treating Cooling Water Systems
IWC-87-51 true Use of RO Membranes in the Yuma Desalting Plant
IWC-87-51D true Use of RO Membranes in the Yuma Desalting Plant
IWC-41~6 true Use of Silicates as Corrosion Inhibitors
IWC-97-73 true Use of Surfactants to Control Silt and Biofilm Deposition onto PVC Fill in C
IWC-97-73D true Use of Surfactants to Control Silt and Biofilm Deposition onto PVC Fill in C
IWC-75~03 true Use of Ultrafiltration for the Removal of Colloidal Silica from Boiler Makeup
IWC-75~03D true Use of Ultrafiltration for the Removal of Colloidal Silica from Boiler Makeup
IWC-97-81 true Using Carbohydrazide in Nuclear Utility Applications
IWC-98-70 true Using Computers to Share Knowledge
IWC-00-47 true Using EDI to Meet the Needs of Pure Water Production
IWC-96-30 true Using EPRI Chemworks to Model Impurities and Additives in the PWR Ste
IWC-96-30D true Using EPRI Chemworks to Model Impurities and Additives in the PWR Ste
IWC-88-11 true Using Microcomputers to Improve Power Plant Water Management
IWC-88-11D false Using Microcomputers to Improve Power Plant Water Management
IWC-01-40 true Using New and Old Methods to Diagnose Causes of Cooling System Corr
IWC-01-40D true Using New and Old Methods to Diagnose Causes of Cooling System Corr
IWC-88-12 true Using Operational Solubility Product Constants to Improve Water Softenin
IWC-88-12D true Using Operational Solubility Product Constants to Improve Water Softenin
IWC-88-12AC true Using Operational Solubility Product Constants to Improve Water Softenin
IWC-07-64 true Using Particle Counters for Pretreatment Optimization, Iron Transport Mon
IWC-97-84 true Using Predictive Technology to Control Corrosion in Raw Cooling Water S
IWC-97-84D true Using Predictive Technology to Control Corrosion in Raw Cooling Water S
IWC-77~10 true Utility Boiler Feedwater Treatment at CIPSCO
IWC-77~10D true Utility Boiler Feedwater Treatment at CIPSCO
IWC-08-51 true Utilization of Salt Water as the Source for Make-Up Water in Wet Cooling
IWC-08-51D true Utilization of Salt Water as the Source for Make-Up Water in Wet Cooling
IWC-01-13 true Utilization of Ultraviolet Disinfection Systems in Industrial Processes
IWC-03-24 true Utilizing Mine Water for Aquaculture
IWC-03-15 true Utilizing Reverse Osmosis to Recover Waste Water from a High Purity Wa
IWC-03-15D true Utilizing Reverse Osmosis to Recover Waste Water from a High Purity Wa
IWC-86-45 true Utilizing SPC Techniques to Monitor Surface Condenser Performance
IWC-86-45D true Utilizing SPC Techniques to Monitor Surface Condenser Performance
IWC-05-67 true UV Disinfection Equipment Selection and Operation Considerations for Mu
IWC-97-32 true UV/Oxidation Process Optimization for the Treatment of Hydrazine Waste
IWC-05-32 true Value Added Products from Innovative Applications of Donnan Membrane
IWC-05-32D true Value Added Products from Innovative Applications of Donnan Membrane
IWC-85-16 true Vanadium Removal from Oil-Fired Power Plant Wastewaters
IWC-85-16D true Vanadium Removal from Oil-Fired Power Plant Wastewaters
IWC-50~5 true Vapor Purity to Be Expected
IWC-72~5 true Very High Chemical Efficiency for Mixed Bed Ion Exchange
IWC-84-116 true VGB Guidelines on Boiler Feedwater, Boiler Water and Steam of Water-T
IWC-86-03 true Video Inspection and Sampling of the Crystal River Unit-3 Once-Through S
IWC-06-28 true Volatilization of Trihalomethanes from Big Wapwallopen Creek, Pennsylva
IWC-61~11 true Wallace & Tiernan Continuous Dissolved-Oxygen Analyzer
IWC-97-21 true Waste Minimization and Reduction of Consumption of Natural Resources
IWC-97-21D true Waste Minimization and Reduction of Consumption of Natural Resources
IWC-96-43 true Waste Minimization Utilizing Zero Discharge
IWC-96-43D false Waste Minimization Utilizing Zero Discharge
IWC-95-38 true Waste Treatment of the Effluent from Chemical Cleaning of the Steam Ge
IWC-82-21 true Wastewater as a Plant Resource
IWC-82-21D true Wastewater as a Plant Resource
IWC-87-29 true Waste Water Management and Reuse at a Municipal Waste-To-Energy F
IWC-87-29D true Waste Water Management and Reuse at a Municipal Waste-To-Energy F
IWC-98-64 true Wastewater Reclamation by Outsourced Membrane Systems
IWC-98-64D true Wastewater Reclamation by Outsourced Membrane Systems
IWC-94-15 true Waste Water Recycle at the Bi-Provincial Upgrader, Lloydminster, Saskat
IWC-98-49 true Wastewater Reduction During Upgrade at Simplot Canada Limited, Brand
IWC-08-58 true Wastewater Treatment Challenges from an Ethanol Plant Recycle System
IWC-94-55 true Wastewater Treatment Facility at Neville Chemical
IWC-94-55D false Wastewater Treatment Facility at Neville Chemical
IWC-07-26 true Waste Water Treatment Options for a SAGD Oil Production Facility
IWC-07-26D true Waste Water Treatment Options for a SAGD Oil Production Facility
IWC-87-57 true Wastewater Treatment System for Hazardous Waste Landfill Leachate
IWC-96-76 true Wastewater Treatment through Atomizing Freeze-Crystallization
IWC-96-76D false Wastewater Treatment through Atomizing Freeze-Crystallization
IWC-69~14 true Water Analysis by Ion-Selective Electrodes
IWC-79~17 true Water and Chemical Recovery by Reciprocating Flow ion Exchange
IWC-79~17D true Water and Chemical Recovery by Reciprocating Flow ion Exchange
IWC-88-50 true Water and Wastewater Treatment Systems for the Frackville Cogeneratio
IWC-98-55 true Water Chemistry Considerations for Operation of HRSG Systems — Not y
IWC-84-114 true Water Chemistry Guidelines for BWRS
IWC-85-28 true Water Chemistry Studies at the Sequoyah Nuclear Plant Us1ng an Online
IWC-79~20 true Water Conditioning Devices - An Update
IWC-79~20D true Water Conditioning Devices - An Update
IWC-85-51 true Water Conditioning in High Voltage Electrode Boilers
IWC-85-51D true Water Conditioning in High Voltage Electrode Boilers
IWC-96-40 true Water Conservation at Intel's Rio Rancho Site
IWC-96-40D false Water Conservation at Intel's Rio Rancho Site
IWC-08-60 true Water Conservation at Lindsay Olive Growers
IWC-08-70 true Water Conservation Strategies at Electric Generating Stations
IWC-08-70D true Water Conservation Strategies at Electric Generating Stations
IWC-99-35 true Water Conservation Techniques, Recovery/ Recycling for Zero Discharge
IWC-99-35D true Water Conservation Techniques, Recovery/ Recycling for Zero Discharge
IWC-99-35AC true Water Conservation Techniques, Recovery/ Recycling for Zero Discharge
IWC-94-13 true Water Conservation via New Cooling Water Treatment Technology
IWC-54~21 true Water Corrosion of Structural Materials
IWC-86-07 true Water Deionization by Recoflo Short Bed Ion Exchange
IWC-86-07D true Water Deionization by Recoflo Short Bed Ion Exchange
IWC-40~1 false Water in Its Natural State
IWC-44~8 true Water in the Paper Industry
IWC-96-35 true "Water in the Tank" Concept: a Case Study of Water Treatment Outsourci
IWC-96-35D true "Water in the Tank" Concept: a Case Study of Water Treatment Outsourci
IWC-83-08 true Water Management and advanced Wastewater Treatment for Water-Scar
IWC-83-08D true Water Management and advanced Wastewater Treatment for Water-Scar
IWC-95-66 true Water Management Applications in Foundries
IWC-78~13 true Water Management - Controlling and Predicting Cooling Tower Water Qua
IWC-08-06 true Water Management Practices in Nuclear Power Plants – Controlling and M
IWC-41~8 true Water Pipe Corrosion Problems in Buildings
IWC-99-21 true Water Pretreatment Applications using a New Ultrafilic® Membrane
IWC-99-21D false Water Pretreatment Applications using a New Ultrafilic® Membrane
IWC-63~1 true Water Problems in a Thirsty World
IWC-49~1 true Water Problems in the Starting of the Mitchell Power Plant of the West Pe
IWC-91-26 true Water Purification System by Distillation Using Hydrophobic Membrane
IWC-05-52 true Water Quality and Water Treatment Requirements for Recycle/Reuse Wa
IWC-40~4 false Water Quality Control by Flood Control, Reservoir Operation.
IWC-87-02 true Water Quality Data Acquisition System
IWC-87-02D true Water Quality Data Acquisition System
IWC-86-06 true Water Quality Protection with Fish Monitors
IWC-86-06D true Water Quality Protection with Fish Monitors
IWC-06-23 true Water Recovery from the Atmosphere in Humid Climates such as in Unite
IWC-93-17 true Water Recycling System in Space using Membrane Distillation
IWC-85-18 true Water-Related Internal Problems in Ash Transport Systems
IWC-85-18D true Water-Related Internal Problems in Ash Transport Systems
IWC-05-45 true Water (Resource) Conservation using Closed-Loop, Evaporative Cooling S
IWC-05-45D true Water (Resource) Conservation using Closed-Loop, Evaporative Cooling S
IWC-06-24 true Water (Resource) Conservation Using Closed-Loop, Evaporative Cooling
IWC-07-45 true Water (Resource) Conservation Using Closed-Loop, Evaporative Cooling
IWC-75~08 true Water Reuse as Boiler Feedwater - Evaluating Feasibility
IWC-75~08D true Water Reuse as Boiler Feedwater - Evaluating Feasibility
IWC-04-16 true Water Reuse Experience in Petroleum Refineries Cooling Tower Water Sy
IWC-97-10 true Water Reuse for Textile Industry
IWC-06-17 true Water Reuse in Alberta Heavy Oil Extraction
IWC-06-17D true Water Reuse in Alberta Heavy Oil Extraction
IWC-99-37 true Water Reuse in an Integrated Circuit Packaging Plant
IWC-99-37D true Water Reuse in an Integrated Circuit Packaging Plant
IWC-07-25 true Water Reuse Plant Challenges for Alternative SAGD Steam Generation
IWC-07-25D true Water Reuse Plant Challenges for Alternative SAGD Steam Generation
IWC-05~00 false Water Scarcity Solutions for a Thirsty Planet
IWC-97-41 true Waterside Inspecting Techniques for Industrial Boilers
IWC-97-41D true Waterside Inspecting Techniques for Industrial Boilers
IWC-64~5 true Water-Side Operational Experiences with the Dry Cooling Tower Installatio
IWC-54~11 true Waterside Studies in Experimental High Pressure Laboratory Boiler
IWC-65~15 true Water-Steam Cycle Experience with Subcritical Pressure Once-Through C
IWC-89-36 true Water Technology Experiences in Thermal Storage Systems
IWC-89-36D true Water Technology Experiences in Thermal Storage Systems
IWC-42~8 true Water Treating Equipment for War Industries
IWC-59~18 true Water Treating in Saudi Arabia
IWC-60~16 true Water Treating Practices and Experiences in Petroleum Refining
IWC-44~7 true Water Treating Problems in Steel Mills
IWC-02-25 true Water Treatment and Chemical Procurement Strategies
IWC-44~6 true Water Treatment at Koppers United Company Plant
IWC-90-06 true Water Treatment at the Filer City Cogeneration Plant
IWC-90-06D true Water Treatment at the Filer City Cogeneration Plant
IWC-90-06AC true Water Treatment at the Filer City Cogeneration Plant
IWC-92-43 true Water Treatment Considerations in the Use of Reverse Osmosis-Treated
IWC-60~17 true Water Treatment Experiences During the Startup and Initial Operation of t
IWC-85-56 true Water Treatment Facilities for Cogeneration Plants
IWC-85-56D true Water Treatment Facilities for Cogeneration Plants
IWC-77~02 true Water Treatment for High Makeup Industrial Steam Generation Systems
IWC-77~02D true Water Treatment for High Makeup Industrial Steam Generation Systems
IWC-77~02AC true Water Treatment for High Makeup Industrial Steam Generation Systems
IWC-56~12 true Water Treatment for Monochrome Television Picture Tube Manufacturing
IWC-58~2 true Water Treatment for Poly-Metallic Cooling Systems
IWC-08-S08PD true WATER TREATMENT IN HYDROCARBON PROCESSING AND CHEMIC
IWC-87-41 true Water Treatment in Wet Fin-Fan Cooling Towers
IWC-87-41D true Water Treatment in Wet Fin-Fan Cooling Towers
IWC-00-06 true Water Treatment Markets in China's Power Industry
IWC-00-06D true Water Treatment Markets in China's Power Industry
IWC-57~25 true Water Treatment Pilot Plant at Linden Generating Station
IWC-69~11 true Water Treatment Practice and Water Conditions of Thermal Power Plants
IWC-78~20 true Water Treatment Practices for Cyclic Operation of Utility Boilers
IWC-78~20D true Water Treatment Practices for Cyclic Operation of Utility Boilers
IWC-65~14 true Water Treatment Practices on the Lower Mississippi River
IWC-66~14 true Water Treatment Process Automation: The Management Viewpoint
IWC-91-46 true Water Treatment with Liquid Chlorine (Direct Feed of Elemental, Liquid Ch
IWC-67~17 true Water Utilization in the Beet Sugar Industry
IWC-06-54 true Water, Water Everywhere........?
IWC-94-33 true Weak Acid Cation Performance Treating Water Containing High Iron
IWC-94-33D true Weak Acid Cation Performance Treating Water Containing High Iron
IWC-73~23 true Weak Acid Cation Units Replace Cold Lime/Alum Contact Softener and So
IWC-87-34 true Weak Acid Resin for Condensate Polishing
IWC-79~42 true Weak Base Resin Performance at Linden and Sewaren Generating Statio
IWC-57~17 true Welding of Copper Alloy Condenser Tubes
IWC-81-01 true What a User Expects from a Cooling Water Treatment Vendor
IWC-81-01D true What a User Expects from a Cooling Water Treatment Vendor
IWC-82-34PD1 true What Does a User Expect from a Supplier to Improve the Service Factor o
IWC-98-11 true What Do I Need to Think About When I‘m Thinking About Installing a Reve
IWC-82-34PD3 true What Questions Should be asked and what Steps Should be Taken by Us
IWC-85-02 true What Really Happens to Organics in the Water Treatment System Part II:
IWC-85-02D true What Really Happens to Organics in the Water Treatment System Part II:
IWC-78~38 true What Really Happens to Organics in Water Treatment Systems
IWC-82-34PD6 true What Should a User of Cooling Water Chemicals Expect from a Chemical
IWC-82-34PD7 true What Should a User of Cooling Water Chemicals Expect from a Chemical
IWC-85-03 true When Hazardous Waste Threatens the Groundwater
IWC-01-17 true Where's the Organic Stuff in your Boiler System Coming from?
IWC-05-61 true White Rust on Galvanized Cooling Towers
IWC-05-61D true White Rust on Galvanized Cooling Towers
IWC-62~1 true Who is Responsible for Our Water?
IWC-91-37 true Why Morpholine
IWC-63~11 true Why the Flash Evaporator was Selected
IWC-72~21 true Wide-Range Conductivity Analyzer Covering Six Decades with One Cell C
IWC-68~5 true World Power Conference
IWC-04-20 true Zebra Mussels in an Industrial Setting: A Portable Control Option
IWC-04-20D true Zebra Mussels in an Industrial Setting: A Portable Control Option
IWC-05-20 true Zen and the Art of Cooling Tower Maintenance: Recognizing Ambiguity As
IWC-90-08 true Zero Blowdown - a Solution for Water Conservation
IWC-90-08D false Zero Blowdown - a Solution for Water Conservation
IWC-85-33 true Zero Blowdown by Sidestream Softening on Cooling Systems of Base Loa
IWC-85-33D true Zero Blowdown by Sidestream Softening on Cooling Systems of Base Loa
IWC-73~2 true Zero Blowdown from Cooling Tower - Problems and Some Answers
IWC-82-04 true Zero Cooling Tower Discharge Recently Achieved by Side-Stream Softeni
IWC-82-04D true Zero Cooling Tower Discharge Recently Achieved by Side-Stream Softeni
IWC-99-33 true Zero Discharge Process to Regenerate Hydrochloric Acid Pickling Liquor
IWC-99-33D true Zero Discharge Process to Regenerate Hydrochloric Acid Pickling Liquor
IWC-01-49 false Zero Liquid Discharge at Rathdrum Energy Plant
IWC-96-28 true Zero Liquid Discharge Triple Membrane System Treating Radioactive Was
IWC-96-28D true Zero Liquid Discharge Triple Membrane System Treating Radioactive Was
IWC-61~14 true Zeta Potential Control
IWC-91-10 true Zinc Based Corrosion Inhibitor Study at the Bruce Mansfield Plant
IWC-06-58 false ZLD: General Topics of Interest
IWC-07-11 true ZLD: New Silica Based Inhibitor Chemistry Permits Cost Effective Water C
IWC-07-40 true ZLD Solutions for the Treatment of FGD Wastewater
IWC-07-40D true ZLD Solutions for the Treatment of FGD Wastewater
IWC-06-13 true ZLD Systems for Power Plants
IWC-08-33 true ZLD Systems Installed for ENEL Power Plants in Italy
IWC-08-33D true ZLD Systems Installed for ENEL Power Plants in Italy
IWC-05-09 true ZLD Today - Matching Water Treatment Options to Power Generating Pla
IWC-02-06D true
IWC-02-13D true
IWC-05-04D true
IWC-08-38D true
IWC-09~00 false
Author & Affiliation List Abstract Keywords order
None http://www.eswp.com/water/proceedin
MIKE WADLINGTON, Texas Utilities Generating Company, Dallas, Texas, PAUL GROSS, Datum Company, Houston, Texas,
LEONARD J. BOBICK, Consumers Power Company, Essexville, Michigan None http://www.eswp.com/water/proceedin
This paper will TX andarsenate, reduction ferric aNalco, Houston, TX tower basin
arsenic arsenite, from contaminated cooling
http://www.eswp.com/water/proceedin
PHILIP K. HAZEN, Texas Municipal Power Agency, Bryan, focus onVANCE LUMME, Ondeochloride, coagulation, filtration, ion
K. ANTHONY SELBY, Water Technology Consultants, Inc., Evergreen, CO http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
LEYON O. BRESTEL, Aquatec Chemical International, Inc., Montrose, Colorado, DENNIS COUSINO, Mid Continent Power C
None http://www.eswp.com/water/proceedin
LEYON O. BRESTEL, Aquatec Chemical International, Inc., Montrose, Colorado, DENNIS COUSINO, Mid Continent Power C
MIKE DALTON, ChemLink, Allison Park, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
Moderator: B. CHARLES MALLOY, Engineering Science Inc., Berwyn, Pennsylvania, Panelists: WILLIAM WEBSTER, Webste
This paper discusses the design and successful operationPolishers, Separation Ta
DAVID AUERSWALD, JLS Engineering, Redondo Beach, CA http://www.eswp.com/water/proceedin
Cation/Mixed-Bed Polisher, Cation of the first Cation/Mixed
DAVID AUERSWALD, JLS Engineering, Redondo Beach, CA None http://www.eswp.com/water/proceedin
BRIAN HOFFMAN, Rohm and Haas Company, Philadelphia, PA None http://www.eswp.com/water/proceedin
None NANCY C. MILLHOUSE, Bayer Corp
WALTER ERBSCHWENDNER, Bayer A.G., Leverkusen, Germany, PHILIP W. FATULA,http://www.eswp.com/water/proceedin
A new New Mexico, DEB MUKHOPADHYAY, Independent water conservation, fou
been boron, TOC, maintaining 450 Chemical Engineering
http://www.eswp.com/water/proceedin
DENNIS MCBRIDE, Intel Corporation, Rio Rancho,technology has Silica,developed for reverse osmosis,ppm and higher levels o
None http://www.eswp.com/water/proceedin
J. H. SMITH, Portals Water Treatment Ltd., Isleworth, United Kingdom, P. W. RENOUF, The Permutit Company of Australia, L
C. CALMON, Consultant, Princeton, New Jersey None http://www.eswp.com/water/proceedin
J. W. THORNTON, D. S. MORELEN, Virginia Power, Yorktown, Virginia None http://www.eswp.com/water/proceedin
BILLY D. FELLERS, Texas Utilities, Glen Rose, Texas None http://www.eswp.com/water/proceedin
J. W. THORNTON, D. S. MORELEN, Virginia Power, Yorktown, Virginia None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
NED P. SWANSON, Northwest Alloys, Addy, Washington, DOUGLAS AUSTIN, Resources Conservation Company, Seattle, W
JAMES D. MAVIS, CH2M Hill, Bellevue, Washington None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
TERRY M. O'NEAIL, OTTO KIRCHNER, WILLIAM J. DAY, Resources Conservation Company, Seattle, Washington
and ROBERT SOLOMON, GE Water & (IGCC) operations generate large volumes
Combined Cycle Process Technologies, Ellicott City, MD
Combined Cycle (IGCC), Zero Liquid
LANNY WEIMER, CAROLINA GONZALEZ, Integrated GasificationIntegrated Gasificationhttp://www.eswp.com/water/proceedin
The authors have Combined Cycle of a ZLD system for
WILLIAM MOORE, Fluor Enterprises, Inc., Sugar Land, TX given us a taste of what went into the design (IGCC), Zero Liquid
Integrated Gasificationhttp://www.eswp.com/water/proceedin
A new chemistry approach provides
Zero Blowdown, Waterhttp://www.eswp.com/water/proceedin
Conservation, Green Technology
SAM OWENS, RICK MAXEY, CHEMICO International, Inc., Corpus Christi, TX water savings in hard, alkaline cooling waters.
WILLIAM SHAW, PE, HPD LLC, Pewaukee, WI None http://www.eswp.com/water/proceedin
None
D. P. LOGAN, H. E. NEHUS, A. L. SMITH, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
Escher, E. D. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Walker, J. L., Stephens, J. R. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Kalle-Alberts Utility Works supplies 640 m3/h, 2800 gpm, of high Co., Weisbaden K
None http://www.eswp.com/water/proceedin
CHRISTIAN BELTLE, L. & C. Steinmuller Gmbh, Gummersbach, Germany, G. LISSON, InfraServe GmbH & quality boiler feed
HAROLD ARONOVITCH, Hungerford & Terry, Inc., Clayton, NJ None http://www.eswp.com/water/proceedin
Inc., Jersey
GEORGE L. DIMOTSIS, FRANK MCGARVEY, Sybron Chemicals NoneBirmingham, Newhttp://www.eswp.com/water/proceedin
Conductivity has the simplest, oldest, most common, most cation and lowes
http://www.eswp.com/water/proceedin
DAVID M. GRAY, Mettler-Toledo Thornton, Inc., Bedford, MAbeen conductivity, cation conductivity, degassedreliable conductivit
RICHARD H. ASHCRAFT, ChemTreat, Inc., Ashland, Virginia None http://www.eswp.com/water/proceedin
Halladay, W. B. http://www.eswp.com/water/proceedin
Environmental Assessment, Wastewater Treatment
None http://www.eswp.com/water/proceedin
R. M. MOORE, Albemarle Corporation, Baton Rouge, Louisiana, W C. LOTZ, V. R. PERRY, Albemarle Corporation, Magnolia,
J. E. HOOTS, S. J. ARMITAGE, E. W. EKIS, JR., Nalco Chemical None http://www.eswp.com/water/proceedin
Company, Naperville, Illinois, J. M. JOHNSTON, West Texa
JOHN W. SIEGMUND, Sheppard T. Powell Associates, Baltimore,None Maryland http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
RALPH E. MICKEL, Allegheny Power Service Corporation, Greensburg, Pennsylvania, GLENN R. HOLMES, PATRICK C. CAN
I. M. ABRAMS, Duolite International, Inc., Redwood City, CA 94063 None http://www.eswp.com/water/proceedin
In an RO system badlyNone with iron, laboratory and pilot studies confirmed perm
WILLIAM E. BORNAK, Aqueous Solutions, Inc., Richboro, PA fouled http://www.eswp.com/water/proceedin
Metzger, M. I. Deaeration http://www.eswp.com/water/proceedin
GARY FOUTCH, ALAGAPPAN ARUNACHALAM, Oklahoma StateNone http://www.eswp.com/water/proceedin
University, Stillwater, Oaklahoma
Klassen, C. W. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Corporation, Yokohama, Japan, HIDEAKI KITAJIMA, Chubu Electric Power Co., Th
None ion exchange resins was studied. In
ICHIRO INAMI, KATSUJI MAEDA, Toshiba The adsorption behavior of leachables on thehttp://www.eswp.com/water/proceedin
Rizzo, J. L. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
cooling water, open recirculating, water chemistry and enviro
Balancing cooling system performance with operational, corrosion inhibitor; corrosio
http://www.eswp.com/water/proceedin
DANIEL A. MEIER, BARBARA E. MORIARTY, JEFFREY P. RASIMAS and DAVID L. STONECIPHER, ONDEO Nalco Compan
GARY A. LORETITSCH, Puckorius & Associates, Inc., Evergreen, CO http://www.eswp.com/water/proceedin
JONES, DAVID SHELBACH and S. MITCHELL, Orica Watercare species in the wa
None resin to target DOC Inc., Watkins, C
PAUL SMITH, MICHAEL BOURKE, SHANEThe MIEX® process uses an anion exchangehttp://www.eswp.com/water/proceedin
WAYNE MICHELETTI, Wayne C. Micheletti, Inc., Charlottesville, VA http://www.eswp.com/water/proceedin
HPI and CPI manufacturers are Co, Processing conscious and have undertaken e
Hydrocarbon Jurong, Singapore
http://www.eswp.com/water/proceedin
LAWRENCE HALE, Drew Ameroid Singapore, Ashland Speciality Chemical environmentallyIndustry, Chemical Processing Indu
GREGORY R. ALLAN, Nuclear Fluids, Inc., Redmond, Washington None http://www.eswp.com/water/proceedin
None
GEORGE J. CRITS, Cochrane Environmental Systems, King of Prussia, Pennsylvania http://www.eswp.com/water/proceedin
Jaske, R. T. Environmental Assessment http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
S. M. WOZNIAK, J. R. BALAVAGE, P. J. BATTAGLIA, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania
None http://www.eswp.com/water/proceedin
WILLIAM E. ALLMON, Babcock and Wilcox, A McDermott Company, Research and Development DivisionAlliance, Ohio
LO TAN, Orange County Water District, Fountain Valley, CaliforniaNone http://www.eswp.com/water/proceedin
DAN WESOLOWSKI, Westinghouse, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
An innovative process Recovery, segregation, effectively recycle printed circuit boar
has heavy metals, ion exchange, reverse
PHILIP M. KEMP, U.S. Filter Corporation, Warrendale, Pennsylvania been developed tohttp://www.eswp.com/water/proceedin
EDWARD D. NACE, The Purolite Company, Bala Cynwyd, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. C. GERAGHTY, R. A. LAHTI, Calgon Corporation, Pittsburgh, Pennsylvania, R. CHIMNEY, BP Oil Company, Toledo, Ohio
ROBERT CUNNINGHAM, Chemisis, Inc., Mission Viejo, CaliforniaNone http://www.eswp.com/water/proceedin
None
WAYNE B. HUEBNER, Wallace & Tiernan Division, Pennwalt Corporation, Belleville, New Jersey http://www.eswp.com/water/proceedin
In the last 10 years, Continuous Electrodeionization (CEDI) technology has evolved
ANIL D. JHA, JOSEPH D. GIFFORD, US Filter Corporation, Lowell, MA None http://www.eswp.com/water/proceedin
DICK SAMPSON, Halox Technologies Corporation, Bridgeport, CT http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ELI SALEM, Ecodyne Limited, Cranford, NJ; DAVID F. TESSIER, E-Cell Corp., Guelph, Ontario, Canada
None
DAVID M. GRAY, E. W. SHAFFER, Leeds & Northrup, North Wales, Pennsylvania http://www.eswp.com/water/proceedin
ROBERT M. RICKER, Sentry Equipment Corp., Oconomowoc, Wisconsin None http://www.eswp.com/water/proceedin
None
DAVID M. GRAY, E. W. SHAFFER, Leeds & Northrup, North Wales, Pennsylvania http://www.eswp.com/water/proceedin
Griffin, A. E. Cooling System Treatment http://www.eswp.com/water/proceedin
In upstream oil and gas operations, water is co-produced with the crude oil. Treatm
Produced Water Montreal, Quebec, oil recovery, oil/water s
http://www.eswp.com/water/proceedin
M.J. PLEBON, SERGE FRASER and MARC SAAD, EARTH (Canada) Corporation, Polishing, dispersedCanada
http://www.eswp.com/water/proceedin
M.J. PLEBON, SERGE FRASER and MARC SAAD, EARTH (Canada) Corporation, Montreal, Quebec, Canada
KUMAR JAIN, Fluor Corporation, Calgary, Alberta, Canada http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ERIC V. MAUGHAN, Krohne (Pty) Ltd., Halfway House, South Africa, GERHARD GERICKE, GERRIT W. LOK, ESKOM, Cleve
Foundries Chemical Company, cupola, sludge, heavy metals, water treatment, phe
Foundry, Drew Chemical Division, Boonton, NJ
http://www.eswp.com/water/proceedin
ROSS K.FULLER, CHRISTOPHER R. LEITZ, Ashlandhave cooling water, boiler water and wastewater treatment requirements
DENNY DORAN, Nalco Chemical Co., Pittsburgh, PA http://www.eswp.com/water/proceedin
Guy, A. M. Chemical Cleaning http://www.eswp.com/water/proceedin
This report will provide Bonnyville, the Canada
insight and challenges to operate a warm lim
MELONIE MYSZCZYSZYN, Canadian Natural Resources Limited, None into AB, affects http://www.eswp.com/water/proceedin
cause of infections caused by Legion
Legionella pneumophila is the most common http://www.eswp.com/water/proceedin
None
ANDREW COOPER and TOM LINDLEY, Nalco Company, Naperville, IL; NEIL POLWART and ROSS GRANT, Hydrosense Li
None http://www.eswp.com/water/proceedin
SCOTT M. BOYETTE, PhD, GE Water & Process Technologies, Trevose, PA; JIE LI, KECHAO YANG, JING CHEN, WEIMIN
Cardwell, P. H. Chemical Cleaning http://www.eswp.com/water/proceedin
& Wilson noticeable shortage of treatment options combining good
Cooling Allen, VA http://www.eswp.com/water/proceedin
BRIAN K. FAILON, R. G. GABRIEL, AlbrightThere is a Americas, Inc., Glenwater, corrosion inhibitor, metal-free environmental
None
ARTHUR J. FREEDMAN, Arthur Freedman Associates, Inc., East Stroudsburg, PA http://www.eswp.com/water/proceedin
R. P. HELWICK, C. D. BLUMENSCHEIN, The Chester Engineers, None Coraopolis, Pennsylvania,http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MORRIS LEE, Alcan Ingot, Henderson, Kentucky, LOIS NEIL, Calgon Corporation, Evansville, Indiana
BOB ROSAIN, CH2M Hill, Bellevue, Washington None http://www.eswp.com/water/proceedin
Brown, M. H., Hittner, H. J. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
This paper presents results of laboratory and http://www.eswp.com/water/proceedin
Cooling water, algae control, bromine, biocide
field
ANDREW J. COOPER, ANTHONY W. DALLMIER, Nalco Chemical Company, Naperville, IL studies that evaluated algicidal p
ROBERT D. BARTHOLOMEW, PE, Sheppard T. Powell Associates, LLC, Baltimore, MDhttp://www.eswp.com/water/proceedin
Pirsh, E. A. Chemical Cleaning http://www.eswp.com/water/proceedin
Pace, A. A. Chemical Cleaning http://www.eswp.com/water/proceedin
Freedman, A. J., Shannon, J. E. Cooling System Treatment http://www.eswp.com/water/proceedin
Slicker, J. L. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control,Chemic
Brackish waters are being used insteadFeed-water; Brackish Water; Drum Boilers;
MICHAEL BRIDLE, Mibricon Ltd., Calgary, AB, Canada http://www.eswp.com/water/proceedin
Alkalinity; Boiler of fresh water sources to supplement boile
JOE BODEUX, Imperial Oil Resources, Bonnyville, AB, Canada None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
WILLIAM TRACE, Calgon Corporation, Pittsburgh, Pennsylvania, CRAIG SZYMKE, Calgon Corporation, Barhamsville, Virginia
RICK KRICHTEN, Betz Incorporated, Trevose, Pennsylvania None http://www.eswp.com/water/proceedin
A mid south utility installed DROMGOOLE, Fort Bend Services, Inc., Analyses of
none http://www.eswp.com/water/proceedin
PHILIP K. HAZEN, Texas Municipal Power Agency, Carlos, TX and JC RO systems for boiler water pretreatment.Stafford, TX f
Phoenix, AZ None http://www.eswp.com/water/proceedin
MYRON SHENKIRYK, HERC Products Inc.,Allied Signal Aerospace became concerned with MIC in their fire protection system
None Duke Power Company, Charlotte, No
M. J. BELL, Babcock & Wilcox, Lynchburg, Virginia, WM. A. HALLER, Steam Production,http://www.eswp.com/water/proceedin
None
K. H. FREDERICK, Metropolitan Edison Company, Middletown, Pennsylvania http://www.eswp.com/water/proceedin
None
G. J. CRITS, Cochrane Environmental Systems Crane Company, King of Prussia, Pennsylvania http://www.eswp.com/water/proceedin
The present VGB and EPRI guidelines recommend treatment, sodium hydroxide tr
Drum-type Technical University application of several boiler
http://www.eswp.com/water/proceedin
ALBERT BURSIK, Stuttgart University, Germany, JORGEN PETER JENSEN,boilers, all-volatile the of Denmark, Lyngby, Denm
None
STEPHEN J. SHULDER, Baltimore Gas & Electric Company, Baltimore, Maryland http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALEXANDER Y. SUPERFIN, PRABHAT KUMAR SINHA, Bechtel Power CorporationGaithersburg, Maryland
None
LINDA L. SCHNEIDER, DONOVAN C. HUTCHENS, Omaha Public Power District, Omaha, Nebraska http://www.eswp.com/water/proceedin
JAMES O. ROBINSON, Betz Laboratories, Trevose, Pennsylvania None http://www.eswp.com/water/proceedin
Kun, K. A., Kunin, R. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DENNIS H. STONE, Tampa Electric Company, Tampa, Florida, MICHAEL J. WETHERN, Mitco Water Laboratories, Inc., Wint
MARIO SMITH, Stone & Webster Environmental, Houston, Texas None http://www.eswp.com/water/proceedin
Forty, D. Turbine Deposits http://www.eswp.com/water/proceedin
MICHAEL W. ROOTHAM, Mike Rootham & IWC-03-12 discussed the results of our review of the use of amines in steam cycle
Associates, Delmont, PA http://www.eswp.com/water/proceedin
Amines, Acetic Acid, Corrosion Control, Electrochemical Tes
Papers relating excellent experience with amine addition have been published. Oth
Amines, Acetic Acid, Corrosion Control, Ion Exchange Resin
Siemens Westinghouse, Orlando, FL
MICHAEL W. ROOTHAM, Mike Rootham and Associates, Delmont, PA, J.C. BELLOWS,http://www.eswp.com/water/proceedin
Schweitzer, G. W. Cooling System Treatmenthttp://www.eswp.com/water/proceedin
None
FRANK MCCARTHY, Moneypoint Power Station, Kilrush, County Clare, Ireland http://www.eswp.com/water/proceedin
MIKE SADLER, NEI Thompson Kennicott, West Midland, England None http://www.eswp.com/water/proceedin
JOSEPH F. SELANN, DAVID BROMLEY Engineering (1983) Ltd., None http://www.eswp.com/water/proceedin
Edmonton, Alberta, Canada, DILIP P. DESHPANDE, Alberta
DAVID C. AUERSWALD, Southern California Edison, Paramount, None California http://www.eswp.com/water/proceedin
Finklea, G. A., Jones, R. N.,Crits, G. J. Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
Process improvements and equipment modifications were needed in Rohm and Ha
WENDY N. WATSON, FRANK C. MARINUCCI, Amoco Chemical Company, Decatur, AL, AMY H. LETTOFSKY, order to meet
http://www.eswp.com/water/proceedin
Packed bed, retrofit, troubleshooting
ANDRE MEDETE, Dow Chemical Germany None http://www.eswp.com/water/proceedin
Bonner, E. J. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
None
WILLIAM LINDENBERGER, DELMAR PRAH, Nalco Chemical Company, Naperville, Illinois http://www.eswp.com/water/proceedin
None
MARTIN M. SCHLESINGER, Dravo Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
The cost MA analytical instrumentation, systems has driven research to u
http://www.eswp.com/water/proceedin
DAVID M. GRAY, Thornton/Mettler-Toledo, Waltham,of corrosion and deposits in power plantboiler water treatment, cation con
None http://www.eswp.com/water/proceedin
D. A. LANGE-KENNEDY, E. L. MIHELIC, U.S. Steel Corporation, Pittsburgh, Pennsylvania, R. G. LUTHY, Carnegie-Mellon Un
WAYNE C. MICHELETTI, Radian Corporation, Austin, Texas None http://www.eswp.com/water/proceedin
Silt density GA
ROBERT BRYANT, Chemtrac Systems, Inc., Norcross,index (SDI) has been the standard measurement to predict RO membra
http://www.eswp.com/water/proceedin
None
GERHARD A. MEYER, ROBERT R. FRABLE, Dow Chemical, U.S.A., Midland, Michigan http://www.eswp.com/water/proceedin
None D.C. THOMAS K. AYRES, WALTER
KATHLEEN A.S. HARDY, JOHN C. COOPER, Naval Research Laboratory, Washington, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
NAOHITO UETAKE, HIDEAKI KUROKAWA, TOSHIO SAWA, Energy Research Laboratory, Hitachi, Ltd., Ibaraki-ken, Japan
stringent NPDES permit limits treatm
HAKAN GURLEYUK, PH.D., RUSS GERARDS Applied SpeciationFlue gas desulfurization, FGD, power plant, selenium on sele
and Consulting, LLC, http://www.eswp.com/water/proceedin
Many power plants are struggling to meet theTukwila, WA
Andres, R. F. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
IRV KINNEY, JIM VINSON, Halliburton Services, Duncan, Oklahoma None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MIKE E. ROGERS, HOWARD HAMILTON, ADE OSENI, Syncrude Canada, Ltd., Fort McMurray, Alberta, Canada
MYRA BURGESS, Commonwealth Edison Company, Maywood, Illinois None http://www.eswp.com/water/proceedin
None
JAMES C. BELLOWS, Westinghouse Steam Turbine-Generator Division, Orlando, Florida http://www.eswp.com/water/proceedin
None
JAMES C. BELLOWS, Westinghouse Steam Turbine-Generator Division, Orlando, Florida http://www.eswp.com/water/proceedin
JAMES K. RICE, PE, Consulting Engineer, Olney, Maryland None http://www.eswp.com/water/proceedin
None
CHRISTOPHER R. RYAN, Geo-Con, Incorporated, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
F. BARRY NEWMAN, GAI Consultants, Inc., Monroeville, PennsylvaniaNone http://www.eswp.com/water/proceedin
W. STANTON, California State Unive
BEN C. EDMONDSON, Inquiry Computer Systems, Ltd., San Louis Obispo, California, L.http://www.eswp.com/water/proceedin
None
ROBERT FAUST, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
DOUGLAS K. BENDER, C.M. FINLEY, Rohrback Cosasco Systems, Santa Fe Springs, California http://www.eswp.com/water/proceedin
RAY BAUM, Craft Products Company, Inc., Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Coal bed methane, CBM, is one of the most important and weak acid cation resin,
REINSEL, Hydrometrics, Incorporated, Helena, MT
http://www.eswp.com/water/proceedin
BOB BRADLEY, Hydrometrics, Incorporated, Houston, TX, MARK Coal bed methane, produced water, fastest growing energy s
KHALED MOFTAH, Aquatech International Corp., Canonsburg,PA http://www.eswp.com/water/proceedin
None
DAVID F. MCLAUGHLIN, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
MICHAEL C. GOTTLIEB, ResinTech, Cherry Hill, New Jersey None http://www.eswp.com/water/proceedin
None
DAVID F. MCLAUGHLIN, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
Ochs, J. N. http://www.eswp.com/water/proceedin
Water Resource Management
glutaraldehyde, Dow Chemical Company, Bound Brook, coo
The use of two PA; M.G. finding The DBNPA, 2,2‘-dibromo-nitrilopropionamide, L
in controlling microbial growth in NJ;
G.A. GANZER, The Dow Chemical Company, Buckingham,biocides is FREID, greater usehttp://www.eswp.com/water/proceedin
Ulmer, R. C. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
None http://www.eswp.com/water/proceedin
DAVE KARLOVICH, JOE KOSTYAL, Betz Industrial, Trevose, Pennsylvania, LAURA WEBER, GPU Three Mile Island Nuclear
ANON None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAVE KARLOVICH, JOE KOSTYAL, Betz Industrial, Trevose, Pennsylvania, LAURA WEBER, GPU Three Mile Island Nuclear
The Electric Birmingham, AL; TERRY Alabama Power Company and Farleyof Alab
Cooling water, chemical treatment, sodium hypochlorite, cor
PAULINE BROWN, University Nucle
WILLIAM E. GARRETT, JR., Alabama Power Company, Power Research Institute, SELF, http://www.eswp.com/water/proceedin
ORIN HOLLANDER, HOLLANDER Technologies, Inc. Jamison, PA http://www.eswp.com/water/proceedin
PAULINE BROWN, University of Alab
WILLIAM E. GARRETT, JR., Alabama Power Company, Birmingham, AL; TERRY SELF, http://www.eswp.com/water/proceedin
Ohio, http://www.eswp.com/water/proceedin
THOMAS M. BACHEY, Cincinnati Gas & Electric, New Richmond, None ELLEN ADAMSKI, Illinois Water Treatment, Rockford
Adequate control of biofouling in cooling systems is not always realized when using
CHARLES ASCOLESE, GE Water & Process Technologies, Port Matilda, PA Sessile, Planktonic, Sulfate Reducing
Biodispersant, Biofilm, http://www.eswp.com/water/proceedin
ANDREW COOPER, Ph.D., Nalco Company, Naperville, IL None http://www.eswp.com/water/proceedin
CHARLES ASCOLESE, GE Water & Process Technologies, Port Matilda, PANone http://www.eswp.com/water/proceedin
Kunin, R., Kittle, P. Ion Exchange http://www.eswp.com/water/proceedin
MARCELLO BARTOLETTI, R. Dona, S.P.A., Milan, Italy None http://www.eswp.com/water/proceedin
Kahler, H. L., George, C.,Betz, W. H., Betz, C. D. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Cooling Sy
WaterMD (the Program) IL; comprehensive program for Boiling Water Reactors (B
MIKE SHEPHERD, GE Water and Process Technologies, Naperville,is a ERIC GARDNER,Nuclear, Fuel, FME, Filtration, Chem
http://www.eswp.com/water/proceedin
WaterMD, BWR, PWR, GE-Hitachi Nuclear Energy, Wilmin
None http://www.eswp.com/water/proceedin
MIKE SHEPHERD, GE Water and Process Technologies, Naperville, IL; ERIC GARDNER, GE-Hitachi Nuclear Energy, Wilmin
MYRON FELDMAN, Sentry Equipment Corp., Oconomowoc, WI None http://www.eswp.com/water/proceedin
DAVID M. GRAY, Thornton Inc., Waltham, MA Dissolved oxygen, cycle chemistry treatment, ultrapure wate
http://www.eswp.com/water/proceedin
Dissolved oxygen instrumentation has been developed that increases the reliability
Corporation, Baton Rouge, bromine biocide,1,3-dibromo-5,5-dimethylhydantoin, m
Solid LA http://www.eswp.com/water/proceedin
J. N. HOWARTH, C. J. NALEPA, AlbemarleA solid, bromine-releasing biocide which is chlorine-free has been developed for tre
TIMOTHY E. KEISTER, CWT, ProChemTech International, Inc., Brockway, PA http://www.eswp.com/water/proceedin
WILLIAM E. HAGSTRAND, The Lubrizol Corporation, Wickliffe, Ohio None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ANDREW J. SHARPE, Jr., Consultant, Polyelectrolyte Manufacture & Application, Midland, Georgia
None
RICHARD K. SCHMIDT, Industrial Waste Treatment Division, Ecodyne, Union, New Jersey http://www.eswp.com/water/proceedin
None
WILLIAM L. K. SCHWOYER, The Permutit Company, Inc., Princeton, New Jersey http://www.eswp.com/water/proceedin
NICHOLAS J. NITTI, The Permutit Company, Paramus, New Jersey None http://www.eswp.com/water/proceedin
A new Molybdate/zinc program (10 ppm as Brazil, WILTON JOSÉ LO zinc) was S
None http://www.eswp.com/water/proceedin
M. MONACO, Usina Santa Cruz, Ometto Paven Group Américo Brasiliense, San Paulo,Molybdate plus four ppm of GIÚDICE, te
MICHAEL E. ROGERS, Syncrude Canada Ltd., Alberta, Canada None http://www.eswp.com/water/proceedin
JOHN HALE, Orbisphere Laboratories, Geneva, Switzerland None http://www.eswp.com/water/proceedin
The success of boiler water treatment programs is contingent upon feeding
None http://www.eswp.com/water/proceedin
BONNIE HARRIS, Nalco Company, Burlington, Ontario, Canada and ROGER FOWEE, Nalco Company, Naperville, IL the rec
A new all organic West Midlands, U.K., BRIAN K.corrosion inhibitor, & Wilson Amer
Cooling water, all organic, FAILON, Albright soft inhibition
http://www.eswp.com/water/proceedin
BRIAN L. DOWNWARD, Albright & Wilson U.K. Ltd., Warley, corrosion inhibitor, PCM, delivers exceptional corrosionwater, env
JIM HAFF, Calgon Corporation, Pittsburgh, PA None http://www.eswp.com/water/proceedin
Open recirculating cooling towers are inherently highly Northwich, Simulation,
Cooling Tower, Control System, Variability,
http://www.eswp.com/water/proceedin
DONALD JOHNSON, Nalco Corporation, Naperville, IL; GEOFF TOWNSEND, Nalco Corporation, variable systems with kinetic
KUMAR SINHA, Bechtel Corporation, Frederick, MD None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
D. G. CUISIA, E. S. LAWSON, P. GABRIS, Grace Dearborn, W.R. Grace & Co., Lake Zurich, Illinois, M. FRYER, Grace Dearb
None
REGIS R. RUMPF, Drew Industrial Division, Ashland Chemical, Inc., Boonton, New Jersey http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, West Germany None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES D. SHIVERS, Water Treatment Corporation. Member of the Portals Group, City of Industry, California
Frith, C. F. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
A C. PIERCE, resistant azole (HRA) has been developed for protection
None http://www.eswp.com/water/proceedin
KURT M. GIVEN, ROGER C. MAY, CLAUDIAnew halogen BetzDearborn Water Management Group, Trevose, PA of copper
DONALD A. JOHNSON, Nalco Chemical Co., Naperville, IL None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KURT M. GIVEN, ROGER C. MAY, CLAUDIA C. PIERCE, BetzDearborn Water Management Group, Trevose, PA
A new high Science Co., Ltd., Kanagawa,high recovery, highHOLLOWAY, Kennico
Reverse osmosis, Japan; JEFFERY rejection pilot tested
has been developed and
SHUICHI CHINO, ISAMAU SUGIYAMA, Nomura Micro efficiency reverse osmosis designhttp://www.eswp.com/water/proceedin
MICHAEL GOTTLIEB, Resin Tech, Inc., Cherry Hill, NJ http://www.eswp.com/water/proceedin
A new modular EDI system offers design flexibility and is easily TVA DAVID F. flo
TVA Brown's Ferry Nuclear Plant, Athens, AL,
http://www.eswp.com/water/proceedin
WILLIAM E. HAAS, Ecolochem, Inc., Norfolk, VA, JAY GRAFTON,EDI, electrodeionisation, modular, E-Cell,scalable for high TE
LI ZHANG, Ionics Incorporated, Watertown, MA None http://www.eswp.com/water/proceedin
This paper describes aNone high performance dead-end ultrafiltration process suita
EMMANUEL DOUSSIERE, Aquasource, Toulouse, France new http://www.eswp.com/water/proceedin
None
ROBERT S. BOYNTON, CLIFFORD J. LEWIS, National Lime Association, Lakewood, Col. http://www.eswp.com/water/proceedin
CHARLES J. MCCORMICK, Dravo Lime Co., Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CYRIL K. MACNEIL, New Brunswick Electric Power Commission, Point Lepreau, New Brunswick, Canada, MARVIN D. SILBER
K. ANTHONY SELBY, Water Technology Consultants, Chicago, Illinois None http://www.eswp.com/water/proceedin
KITTERINGHAM, Celgard is present as dissolved carbon dioxide gas, membrane
AMIT SENGUPTA, FRED WIESLER, BETHWhen inorganic carbon, IC, Inc., Charlotte, NC http://www.eswp.com/water/proceedin
SHARON S. SLOAT, MICHAEL BUCK, Hach Chemical Co., Ames, Iowa None http://www.eswp.com/water/proceedin
a new technology is available for a backwashable depth filter Ltd., provides a Sur
GRAEME K. PEARCE, Ph.D., Kalsep, membrane technolog
http://www.eswp.com/water/proceedin
JAMES A. BELL, Smith & Loveless, Inc., Lenexa, Kansas City, Dr. prefiltration, filtration, reverse osmosis,whichCamberley, nom
DAVID C. AUERSWALD, Southern California Edison, Paramount, None California http://www.eswp.com/water/proceedin
G. R. GROVES, Epoc Water, Inc., Fresno, California None http://www.eswp.com/water/proceedin
None
RANDOLPH L. TRUBY, UOP Fluid Systems Corporation, San Diego, California http://www.eswp.com/water/proceedin
D. BLOOM , L. R. GESS, Nalco Chemical Company, Oak Brook, Illinois None http://www.eswp.com/water/proceedin
RICHARD E. ROZELLE, Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
None Texas
CHARLES R. MADDOX, Division of Water Hygiene, Texas Department of Health, Austin,http://www.eswp.com/water/proceedin
AL STENGEL, Virginia Power Company, Surry, Virginia, JEROME None http://www.eswp.com/water/proceedin
EARLS, Radiological & Chemical Technology Inc., San Jose
A new-generation, single-feed, liquid brominehttp://www.eswp.com/water/proceedin
C. STEVENS, Albemarle Corp, Baton Rouge, LA for disin
biocide has been developed
JONATHAN N. HOWARTH, CHRIS J. NALEPA, R. M. MOORE, L.Stabilized bromine chloride, liquid bromine biocide, microbio
Henn, E. L. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
None http://www.eswp.com/water/proceedin
S. M. TAMBORINI, Ventron Corporation, Beverly, Massachusetts, F. HORSFALL, General Environmental Science Corporation
This report will discuss the use CA http://www.eswp.com/water/proceedin
GLENN REYNOLDS, ROBERT GLOD, New Logic International, Emeryville,of vibrational shear in UF, NF and RO membrane w
Garner, R. L. Chemical Cleaning http://www.eswp.com/water/proceedin
None
J. M. SIMONSON, DONALD A. PALMER, Oak Ridge National Laboratory, Oak Ridge, Tennessee http://www.eswp.com/water/proceedin
JAMES C. BELLOWS, Westinghouse Electric Corporation, Orlando, Florida None http://www.eswp.com/water/proceedin
None
J. M. SIMONSON, DONALD A. PALMER, Oak Ridge National Laboratory, Oak Ridge, Tennessee http://www.eswp.com/water/proceedin
ANDERS WIK, Vattenfall Energisystem AB, Vallingby, Sweden None http://www.eswp.com/water/proceedin
J. S. GILL, Ph.D., Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
RICHARD H. ASHCRAFT, ChemTreat, Inc., Richmond, Virginia None http://www.eswp.com/water/proceedin
Utilities and industrial plants OK, replacement, methyl ethyl Specialty MEKO, oxyg
Hydrazine EMERY tohttp://www.eswp.com/water/proceedin
investigate hydrazine replacement al
THOMAS H. PIKE, Western Farmers Electric Cooperative, Fort Towson,are continuingLANGE, Ashland ketoxime, Chemical Co
None
GEORGE F. HAYS, JENNY THOM, Drew Industrial Division, Boonton, New Jersey http://www.eswp.com/water/proceedin
None SHEARER, Betz Laboratories, Inc., B
H. A. CHAGNARD, T. J. TVEDT, Dow Chemical Company, Plaquemine, Louisiana, B. L. http://www.eswp.com/water/proceedin
None
DAVID E. SIMON II, Cyrus Wm. Rice Division, NUS Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
This paper provides an overview of Antonio, TX
ROBERT KELSEY, DAVE KOONTZ, WILEY WANG, VRTX Technologies, San the patented VRTX technology which allows for
http://www.eswp.com/water/proceedin
WAYNE C. MICHELETTI, Wayne C. Micheletti, Inc., Charlottesville, VA http://www.eswp.com/water/proceedin
SAGD Sugar Land, TX contains water; Steam Assisted Gravity with (SAGD); Cyc
http://www.eswp.com/water/proceedin
RAFIQUE JANJUA, PE, Fluor Daniel Corporation., produced waterProduceddissolved and suspended solidsDrain heavy emulsi
PETER MIDGLEY, Christ Water Technology Americas, LLC, New Britain, CT None http://www.eswp.com/water/proceedin
This report takes Electrodeionization, CEDI, ultrapure water, thick cell, layered
of continuous electrodeionization com
JOSEPH GIFFORD, DEVEN ATNOOR, USFilter, Lowell, MA a brief look at the evolution http://www.eswp.com/water/proceedin
KASHI BANERJEE, laboratory-scale study to DI NARDO, and magnesium and si
softening, DEE, MARK determine the viability of a ballasted
http://www.eswp.com/water/proceedin
CHARLES D. BLUMENSCHEIN, P.E. DEE, USFilter conducted aPH.D., P.E.,high rate clarification, calcium,ERICA BLUMENSC
J. C. DROMGOOLE, Fort Bend Services, Inc., Stafford, Texas, USA http://www.eswp.com/water/proceedin
None
ROBERT L. SOLOMON, DANIEL J. PETERSON, Resources Conservation Co., Bellevue, Washington http://www.eswp.com/water/proceedin
WILLIAM J. MERZ, Calgon Carbon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Butler, W. S. http://www.eswp.com/water/proceedin
Clarification and Contact Softening, Ion Exchange
Laboratory and pilot Africa; S.E. WILKENS, Buckman Laboratories the Ltd, Bedfo
cooling tower, process http://www.eswp.com/water/proceedin
performed to corrosion, scaling, foul
W.D. SAUNDERS, Sasol Technology (Pty) Ltd, Secunda, South plant scale test work was cooling water, quantify(Pty)achievable
W.D. SAUNDERS, Sasol Technology (Pty) Ltd, Secunda, South Africa http://www.eswp.com/water/proceedin
WAYNE C. MICHELETTI, Wayne C. Micheletti, Inc., Charlottesville, VA http://www.eswp.com/water/proceedin
None Illinois
ROBERT BRADLEY, JOSEPH HOOLEY, Arrowhead Industrial Water, Inc., Lincolnshire, http://www.eswp.com/water/proceedin
HAROLD CHAGNARD, The Dow Chemical Company, Plaquemine, Louisiana None http://www.eswp.com/water/proceedin
T. Powell Associates, LLC, Baltimore, MD
None science and experience relating to al
ROBERT BARTHOLOMEW, PE, Sheppard The goal of this session is to state the currenthttp://www.eswp.com/water/proceedin
Wackenhuth, E. C., Levine, G. Biological Control http://www.eswp.com/water/proceedin
The study focused on Electrostatic Water Treatment. This technology Q. MCLAINE
cooling water treatment, electrostatic water treatment, electr
http://www.eswp.com/water/proceedin
JOHN P. COULTER, CESAR A. SILEBI, and C. ALEXIS BENNETT, Lehigh University, Bethlehem, PA; and PAULutilizes bacte
None
J. IRVING, J. A. DALE, Purolite International Limited, Pontyclun, Wales http://www.eswp.com/water/proceedin
J. T. MCNULTY, M. EUMANN, C. A. BEVAN, V. C. T. TAN, Rohm None http://www.eswp.com/water/proceedin
and Haas Company, Spring House, Pennsylvania,
None
JAMES T. MCNULTY, CLAUDE A, BEVAN, Rohm and Haas Company, Springhouse, Pennsylvania http://www.eswp.com/water/proceedin
DOMINIC A. D‘ANGELO, Susquehanna Steam Electric Station, Berwick, Pennsylvania, DAVID J. MORGAN, Pennsylvania Pow
None http://www.eswp.com/water/proceedin
SUE HOBART, Adams & Hobart, Fremont, California None http://www.eswp.com/water/proceedin
DOMINIC A. D‘ANGELO, Susquehanna Steam Electric Station, Berwick, Pennsylvania, DAVID J. MORGAN, Pennsylvania Pow
None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
THOMAS LOCKWOOD, GEORGE WADDINGTON, Ionpure Technologies, Bedford, Massachusetts, PAUL PARISE, Stone an
THOMAS A. DAVIS, Graver Water, Union, New Jersey None http://www.eswp.com/water/proceedin
P.E., R.F. MICHELS chemical feed and control system hasGroup developed Penns
Coordinated phosphate/ pH, automated controller, boiler, co
Management been Horsham, for co
LORAINE A. HUCHLER, P.E., C. CALLOW,An on-line automated II, BetzDearborn Waterhttp://www.eswp.com/water/proceedin
HAROLD CHAGNARD, The Dow Chemical Company, Plaquemine, Louisiana None http://www.eswp.com/water/proceedin
None
M. L. SAMUELSON, S. B. MCCONNELL, E. F. HOY, Dowell Schlumberger, Tulsa, Oklahoma http://www.eswp.com/water/proceedin
None
JOHN W. SCHUMANN, City of Los Angeles Department of Water and Power, Los Angeles, California http://www.eswp.com/water/proceedin
None
M. L. SAMUELSON, S. B. MCCONNELL, E. F. HOY, Dowell Schlumberger, Tulsa, Oklahoma http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
STANLEY B. MCCONNELL, Dowell Schlumberger, Tulsa, Oklahoma, JAMES RUCK, Dowell Schlumberger, Torrance, Californ
ROBERT CHIESA, RMT Inc., Madison, Wisconsin None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
STANLEY B. MCCONNELL, Dowell Schlumberger, Tulsa, Oklahoma, JAMES RUCK, Dowell Schlumberger, Torrance, Californ
the research on of drum boiler water constituents c
This report will discusswater chemistry, volatility research, all Research Institute,wa
Electric Power volatile treatment, Pa
ALROY ASCHOFF, Electric Power Research Institute Consultant, and BARRY DOOLEY,http://www.eswp.com/water/proceedin
methyl ethyl ketoxime (MEKO), during unit shutdowns and o
Feedwater heater shells are frequently left unprotected Ashland Water Technologie
http://www.eswp.com/water/proceedin
TOM PIKE, Western Farmers Electric Co-operative, Fort Towson, OK; DOUGLAS DEWITT-DICK,cyclohexylamine, morpholine
Effective cooling water monitoring does not only microbiological control, chemical
Sasolburg, South fouling,
http://www.eswp.com/water/proceedin
RENEE JACOBS, MARYKE KRUGER, Sasol Chemical Industries,Corrosion, scaling,Africa depend on the application of the la
None Ltd., Sheffield, England, Y. G. MUSS
E. E. WILLIAMS, B. KNOX-HOLMES, M. F. DIPROSE, Biofouling and Corrosion Control, http://www.eswp.com/water/proceedin
ALAN L. SMITH, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None Ltd., Sheffield, England, Y. G. MUSS
E. E. WILLIAMS, B. KNOX-HOLMES, M. F. DIPROSE, Biofouling and Corrosion Control, http://www.eswp.com/water/proceedin
JAMES K. RICE, Consulting Engineer, Olney, Maryland None http://www.eswp.com/water/proceedin
Many Westmont, national, and state health department laboratories currently test f
DIANE MISKOWSKI, MPH, EMSL Analytical Inc., private, the NJ None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GEORGE PLUME, CYRIL MACNEIL, New Brunswick Electric Power Commission, Lepreau, New Brunswick, Canada, PETER
None
FRANCES M. CUTLER, Southern California Edison Company, Paramount, California http://www.eswp.com/water/proceedin
This report outlines the makeup water treatment programs and steam/water cycle c
Light and Power Company Limited, S
WAYNE E.G. YEARWOOD, C. ANDREA JORDAN, WAYNE O'B. PRESCOD, Barbados http://www.eswp.com/water/proceedin
JANET E. STOUT, PH.D., Infectious Disease Section,VA Medical Center Pittsburgh, PA http://www.eswp.com/water/proceedin
DOUGLAS B. DEWITT-DICK, Drew Industrial Div., Boonton, New Jersey None http://www.eswp.com/water/proceedin
BARRY W. VIAL, Duke Power Company, Charlotte, North CarolinaNone http://www.eswp.com/water/proceedin
None
JACK K. SCHMOTZER, Babcock & Wilcox, Research & Development Division http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. A. WINTERS, Amoco Research Center, Naperville Illinois, H. KLEE, Amoco Oil Company, Whiting, Illinois
None http://www.eswp.com/water/proceedin
WAYNE C. MICHELETTI, Electric Power Research Institute, Palo Alto, California, CHARLES D. HARDY, Heat Exchanger Syst
Reilly, P. B. http://www.eswp.com/water/proceedin
Clarification and Contact Softening, Ion Exchange
Historical records indicate that crude activated carbon (AC) – charcoal from
GARY L. HATCH, PH.D., TARA KOELE, Pentair Filtration, Inc., Sheboygan, WI forms ofhttp://www.eswp.com/water/proceedin
None
MICHAEL SEMMENS, Biofilm, Advective Engineering, Un
http://www.eswp.com/water/proceedin
ALI R. AHMADI MOTLAGH, JABIN JOSEPH, TIMOTHY LAPARA,Hollow-fiber Membrane,Department of CivilFlow, Ammonium
ENOS STOVER, PH.D,; The Stover Group, Stillwater, OK None http://www.eswp.com/water/proceedin
Bonewitz, R. A., Blaze, G. C.,Wanderer, E. T. http://www.eswp.com/water/proceedin
Corrosion Control - Aluminum, Distillation
None http://www.eswp.com/water/proceedin
THOMAS W. ISAAC, ALEX J. KORVIN, ROBERT S. KLONOWSKI, Wright Chemical Corporation, Schiller Park, Illinois
TIMOTHY KEISTER, Brockway, Incorporated, Brockway, Pennsylvania None http://www.eswp.com/water/proceedin
In the last ten years, many publications in thehttp://www.eswp.com/water/proceedin
ALBERT BURSIK, PowerPlant Chemistry GmbH, Neulussheim, Germany None fossil cycle chemistry-related literatur
None http://www.eswp.com/water/proceedin
BRIAN P. HERNON, LI ZHANG, LINDA R. SIWAK, ERIK J. SCHOEPKE, Ionics, Incorporated, Watertown, Massachusetts
None http://www.eswp.com/water/proceedin
BRIAN P. HERNON, R. HILDA ZANAPALIDOU, LI ZHANG, LINDA R. SIWAK, ERIK J. SCHOEPKE, Ionics,Inc., Watertown, M
THOMAS A. DAVIS, Consultant, Graver Water, Union, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BRIAN P. HERNON, R. HILDA ZANAPALIDOU, LI ZHANG, LINDA R. SIWAK, ERIK J. SCHOEPKE, Ionics,Inc., Watertown, M
Brunotts, V. A. http://www.eswp.com/water/proceedin
Filtration, Wastewater Treatment
None http://www.eswp.com/water/proceedin
WILLIAM A. KASSEN, NWT Corporation, San Jose, California, J. M. BURGER, Empire State Electric Energy Research Corpor
Atwood, K. L., Martucci, J. A. http://www.eswp.com/water/proceedin
PETER S. CARTWRIGHT, C3 International, Inc., Roseville, Minnesota None http://www.eswp.com/water/proceedin
GIL K. DHAWAN, Applied Membranes, San Diego, California None http://www.eswp.com/water/proceedin
Ultrafiltration, Wilmington, fiber ultrafiltration membrane filtr
EME-Homer City Generation LP installed a hollowMAChemical Pretreatment, Chem
Water,
BENJAMIN T. ANTRIM, BRIAN M. KILCULLEN, Koch Membrane Systems, Inc., Drinking http://www.eswp.com/water/proceedin
JANTJE JOHNSON, FilmTec Corporation, Edina, MN http://www.eswp.com/water/proceedin
Stone, W. J. Cooling System Treatmenthttp://www.eswp.com/water/proceedin
None TAYLOR, Betz Industrial, Houston, T
KENNETH B. MANCINI, Betz Equipment Systems, Horsham, Pennsylvania, ERNEST G. http://www.eswp.com/water/proceedin
JOHN M. PUGSLEY, Consultant, ARD Environmental, Inc. None http://www.eswp.com/water/proceedin
JOEL MCELRATH, Consumers Energy, Covert, MI None http://www.eswp.com/water/proceedin
Implementation of revision 4 of the EPRI PWR Secondary Water Chemistry Guidel
JEFFREY GARDNER, Pacific Gas & Electric, Avila Beach, CA None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
TAKESHI IZUMI, YOUSHI OHMORI, MASAHIRO HAGIWARA, TAKAO INO, TATSUYA DEGUCHI, Ebara Corporation, Kanag
PHILIP D'ANGELO, JoDan Technologies, Ltd., Glen Mills, PennsylvaniaNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROBERT J. JOYCE, YOSHIHIRO TAKAHASHI, Dohrmann Division of Xertex Corporation, Santa Clara, California, LOUIS F. W
None http://www.eswp.com/water/proceedin
ERICH W. TIEPEL, Resource Technologies Group, Inc., Denver, Colorado, JACOB SHORR, Memtek Corporation, Woburn, M
The treatment Oakville, Ontario, Canada
None has become one of the most critical is
JAMES HOTCHKIES, P.Eng., ZENON Environmental Inc., of wastewater to reuse quality http://www.eswp.com/water/proceedin
JOHN SCHUBERT, P.E., EnCoss, Monroeville, PA http://www.eswp.com/water/proceedin
BARRY GRUSKO, JOHN DILIDDO, Technicon Industrial Systems,None Tarrytown, New York http://www.eswp.com/water/proceedin
STEVE LERMAN (Affilaition N/A) None http://www.eswp.com/water/proceedin
Shoemaker, M. J. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES R. WILSON, The Purolite Company, Bala Cynwyd, Pennsylvania, CLAUDE GAUTHIER, The Purolite Company, Hamilt
This paper discusses the use ofosmosis, RO,http://www.eswp.com/water/proceedin
KAREN CLARK, Anatel Corporation, Boulder, CO total organic carbon, TOC, microfiltra
Reverse an on-line TOC analyzer for monitoring RO memb
McCartney, D., Beamer, N. H. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
LEE COMB, ANITA TUCH, Osmonics, Inc., Minnetonka, Minnesota None http://www.eswp.com/water/proceedin
None
WILLIAM J. CONLON, Stone & Webster Technology Services, Fort Lauderdale, Florida http://www.eswp.com/water/proceedin
None
J. J. BURCHILL, E. J. FULLER, Drew Division of Ashland Chemical, Boonton, New Jersey http://www.eswp.com/water/proceedin
Adams, R. C. Deaeration http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES 0. ROBINSON, Betz Industrial, Trevose, Pennsylvania, A. W. FYNSK, Consultant, Wilmington, Delaware
TIMOTHY E. KEISTER, Brockway, Inc., Brockway, Pennsylvania None http://www.eswp.com/water/proceedin
North
JOHN C. PETERSON, Wright Chemical Corporation, Greensboro, None Carolina http://www.eswp.com/water/proceedin
None
THEODORE PICKERING, BETTY J. WHITE, Florida Power & Light Company, Fort Myers, Florida http://www.eswp.com/water/proceedin
None
MICHAEL O'BRIEN, ROBERT KUNIN, GEORGE C. FLYNN, Graver Water Division Union, New Jersey http://www.eswp.com/water/proceedin
Kunin, R., Hetherington, R. Ion Exchange http://www.eswp.com/water/proceedin
Previous studies have discussed the concentration of amines in humidified room ai
BIESZK, P.E., Armstrong Internationa
DANIEL M. CICERO, CAROL B. BATTON, Nalco Chemical Co., Naperville, IL, DAVID A. http://www.eswp.com/water/proceedin
K. ANTHONY SELBY, Water Technology Consultants, LLC, Evergreen, CO http://www.eswp.com/water/proceedin
CPP, SHINTARO TSUZUKI, Rohm plant (CPP) resins deve
TOMOAKI ITO, YUSUKE NAGETA. OrgalloThis paper describesJapan, gel type cation exchange resins, porous type anion exc
http://www.eswp.com/water/proceedin
Corporation, Tokyo, new generation condensate polishingand Haas, Tokyo, Japan
Harmsworth, R. V. http://www.eswp.com/water/proceedin
Cooling System Treatment, Water Resource Management
None
PAUL G. BLYSTONE, PAUL E. LARSON, Hach Company, Loveland, Colorado http://www.eswp.com/water/proceedin
G. D. HANSEN None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
LINDA YOUNG-BANDALA, Dearborn Chemical Company, Lake Zurich, Illinois, RALPH J. KAJDASZ, Dearborn Chemical Com
None
WILLIAM G. CHARACKLIS, Montana State University, Bozeman, Montana http://www.eswp.com/water/proceedin
CHARLES J. SCHELL, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
SALLIE FISHER, GERARD OTTEN, Puricons, Inc., Malvern, Pennsylvania http://www.eswp.com/water/proceedin
None
STEPHEN C. FOOR, Illinois Water Treatment Company, Rockford, Illinois http://www.eswp.com/water/proceedin
None
SALLIE FISHER, GERARD OTTEN, Puricons, Inc., Malvern, Pennsylvania http://www.eswp.com/water/proceedin
The corrosion rate in closed steam Glenwood be determined by the hydrogen in th
Corrosion, real-time, rate monitoring,
http://www.eswp.com/water/proceedin
BROWN T. HAGEWOOD, JEFFREY J. KOST, Long Island Lighting Company, cycles can Landing, NY hydrogen, closed steam
None
ROBERT D. BARTHOLOMEW, Sheppard T. Powell Associates, LLC, Baltimore, Maryland http://www.eswp.com/water/proceedin
JOHN WEBB, Nalco Chemical Company,Naperville, IL None http://www.eswp.com/water/proceedin
Horton, R. K. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment,Water Resource Man
RUSS GREEN, GPU Nuclear, Middletown, PA None discussed in relation to system usag
Examples of areas with advanced MIC will behttp://www.eswp.com/water/proceedin
None Ltd., Bombay, India
V. C. MAISHE, B. B. SHAHI, S. N. CHILEKAR, S. S. SHIRODKAR, Ion Exchange (India) http://www.eswp.com/water/proceedin
MIC occurs in cooling water and relatedinfluenced corrosion, MIC, prediction indice
RICHARD W. LUTEY, PH.D., RW Lutey & Associates, Inc., Memphis, TN, ARTHURprocess water systems when a unique com
http://www.eswp.com/water/proceedin
Microbiologically STEIN, Stone & Webster Engineering Inc
ALAN SMITH, ONDEO Nalco Chemical Company, Pittsburgh, PA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KENNETH SOEDER, CHARLES GOLDEY, Jamestown Chemical Company, Inc., West Haven, Connecticut, JAMES MOCKRI
Venezky, D. L. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
Atwood, K. L. Chemical Cleaning http://www.eswp.com/water/proceedin
Rice, J. K. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Cooling Sy
Babcock & Wilcox Company, Alliance, Ohio, A. BANWEG, B
F. J. POCOCK, Consultant, Casselberry, Florida, N. J. MRAVICH, None http://www.eswp.com/water/proceedin
Chemicals, Northport,Calcium carbonate scale, saturation cooling water is the ioni
for http://www.eswp.com/water/proceedin
DR. DAN VANDERPOOL, Laurel FunctionalThe most common tool AL assessing treatment options for levels, LSI, spreadshee
ROB FERGUSON, Kimberton , PA http://www.eswp.com/water/proceedin
DR. DAN VANDERPOOL, Laurel Functional Chemicals, Northport, AL http://www.eswp.com/water/proceedin
Electric http://www.eswp.com/water/proceedin
LYNN MILLER, Salem Nuclear Generating Station, Public Service None and Gas, Hancock Bridge, New Jersey
Since 1988, RICHARD M. MODE, Ecolochem, Inc., St. Peters, MO
None http://www.eswp.com/water/proceedin
BILL SAULSBERRY, Ecolochem, Inc., Baytown, TX and a 3,340,000 lbs/hr, 2800 psi boiler with copper/nickel tubes in the main
JAMES DROMGOOLE, Fort Bend Services, Inc., Stafford, TX http://www.eswp.com/water/proceedin
EDGAR F. HOY, Dowell Schlumberger, Tulsa, Oklahoma None http://www.eswp.com/water/proceedin
JIM DARTEZ, Royce Instrument Corporation, New Orleans, LouisianaNone http://www.eswp.com/water/proceedin
Buggie, F. D. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Wastewat
None http://www.eswp.com/water/proceedin
GEORGE J. CRITS, D. R. ZIMMERMAN, J. P. PRATT, Cochrane Environmental Systems, King of Prussia, Pennsylvania
JAMES BENKE, City Public Service, San Antonio, Texas None http://www.eswp.com/water/proceedin
None
J. W. SIEGMUND, Sheppard T. Powell Associate, Baltimore, Maryland http://www.eswp.com/water/proceedin
Moderator: Deborah Bloom, Nalco Company, Naperville, IL, http://www.eswp.com/water/proceedin
Moderator: Edward Beardwood, Ashland Chemical Drew Division, Ajax, Ontario, http://www.eswp.com/water/proceedin
Van Stone, G. R. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Harpel, W. L., James, E. W. http://www.eswp.com/water/proceedin
Cooling System Treatment, Wastewater Treatment,Water R
S. S. HEBERLING, Dionex Corporation, Sunnyvale, California None http://www.eswp.com/water/proceedin
Reduced budgets Baton Rouge, LA and JAMES KEANE, NewPage Corporation, C
chemicals and services increases the
THOMAS W. WOLFE, Wolfe Water Treatment Services, LLC,for water treatment-related http://www.eswp.com/water/proceedin
None
VIRGINIA DURHAM, Hercules Incorporated, Philadelphia, PA http://www.eswp.com/water/proceedin
Products for water treatment should be
Environment, product selection, basis of broad range of a
http://www.eswp.com/water/proceedin
ROY MANLEY, BetzDearborn Water Management Group, Horsham, Pennsylvania selected on theadditives,acost, safety, regul
This paper looks at the results of autopsies on 150 eight-inch polyamide membrane
EDWARD G. DARTON, MAQSOOD FAZEL, ONDEO Nalco Chemical Company, Northwich, UK http://www.eswp.com/water/proceedin
In its efforts JOE SZCZEPANSKI, GE Osmonics, http://www.eswp.com/water/proceedin
DAVE PAULSON, BILL LAIDLAW, MIKE MADSEN, and to continually improve depth filtration technology and performance, GE
PETER F. METCALFE, Toray Membrane America, San Diego, CA http://www.eswp.com/water/proceedin
None I. LERMAN, Consolidated Edison of N
W. E. ALLMON, S. J. POTTERTON, The Babcock & Wilcox Company, Alliance, Ohio, S. http://www.eswp.com/water/proceedin
None
W. W. FRENIER, K. J. LOESCHER, Dowell Division, Dow Chemical Company, Tulsa, Oklahoma http://www.eswp.com/water/proceedin
W. S. LEEDY, Babcock & Wilcox, Alliance, Ohio None http://www.eswp.com/water/proceedin
Technologies that allow Electric Power Research Institute, Taejon, South Korea, G
Steam generator, deposit management, operate without de
http://www.eswp.com/water/proceedin
JEON-SOO MOON, KWANG-KYU PARK, SEOK-WON YUN, Koreanuclear plant steam generator tubing todeposit analysis, co
RONALD D. WINE, Ronald D. Wine Consulting, Harrisburg, PA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ARIEL BARBOSA DE CARVALHO, Aco Minas Gerais S.A., Ouro Branco, MG, Brazil, CARLOS EDUARDO KURLBAUM, Buck
Nalco, Brazil, JOAO the implementation of an innovative outsourcing policy in a la
LINS NETO, AMILCAR A. SALES, Copene, Brazil
http://www.eswp.com/water/proceedin
PAULO S.S. SANTIAGO, JOILTON SILVA, This report describesB.Boiler water, outsourcing, steam system, oxygen corrosion,
None http://www.eswp.com/water/proceedin
A. S. BRUNTLETT, V. P. MURPHY, International Paper, Mansfield, Louisianna, V. K. PURI, Calgon Corporation, Pittsburgh, Pe
None http://www.eswp.com/water/proceedin
R. E. ALLEN, Louisiana Power & Light Company, Killona, Louisiana, R. D. MCCULLOUGH, Radian Corporation, Austin, Texas
DALE SOPOCY, Sargent & Lundy, Chicago, Illinois None http://www.eswp.com/water/proceedin
The triple membrane system Membrane Process, Reverse Osmosis, Gas Transfer
ALLISON MOODY, GE Mobile Water, Norfolk, VA http://www.eswp.com/water/proceedin
Triple consists of the following technologies: Reverse Osmo
Minder, J. W. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Audits System Audit, Reversehttp://www.eswp.com/water/proceedin
osmosis
JANE KUCERA, Nalco Company, Naperville, IL of industrial systems, such as cooling systems, have been a common practi
SCOTT BEARDSLEY, The Dow Chemical Company, Minneapolis,None MN http://www.eswp.com/water/proceedin
The United States http://www.eswp.com/water/proceedin
SCOTT R. DISMUKES, DKW Law Group, PC, Pittsburgh, PA Environmental Protection Agency, U.S. EPA, will likely target wa
MARK CHERESNOWSKY, ONDEO Industrial Solutions, Richmond. VA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CARL SCHEERER, Central Illinois Public Service Company, Springfield, Illinois, ELI SALEM, Graver Water Division of The Gra
None
JAMES T. MCNULTY, Rohm and Hans Research Laboratories, Spring House, Pennsylvania http://www.eswp.com/water/proceedin
Bingham, E. C., Chopra, R. C. http://www.eswp.com/water/proceedin
Ion Exchange, Reverse Osmosis,Wastewater Treatment
None http://www.eswp.com/water/proceedin
EVERETT J. FULLER, Consultant, Drew Industrial Division, Boonton, New Jersey, DOUGLAS B. DEWITT-DICK, Drew Industr
This paper details the conceptFL;,; GEORGEhttp://www.eswp.com/water/proceedin
Coral, osmosis, high PATRICK,wastewater, membranes, p
recovery, in a very high recovery re
MICHAEL HUMPHREYS, , Membrane Systems Corporation, CapeReverseof using permeate recycle Parsons Engineering Scie
DENNIS MCBRIDE, Intel Corp., Rio Rancho, NM http://www.eswp.com/water/proceedin
Stillwell, F. T., Strub, J. W. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Ion Exchange
None http://www.eswp.com/water/proceedin
M. J. WOOTTEN, G. ECONOMY, T. S. BULISCHECK, Westinghouse Research Laboratories, Pittsburgh, PA
None Company, Alliance, Ohio
FREDERICK J. POCOCK, Alliance Research Center, R & D Div., The Babcock & Wilcox http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. J. WOOTTEN, G. ECONOMY, T. S. BULISCHECK, Westinghouse Research Laboratories, Pittsburgh, PA
A direct, on-line methodology and device based upon
Automation, boiler, captive alkalinity, chemical Flow Injectio
http://www.eswp.com/water/proceedin
ROBERT RUMELFANGER, KEITH J. SALAMONY, Calgon Corporation, Pittsburgh, Pennsylvaniathe principles offeed control, c
HAROLD CHAGNARD, The Dow Chemical Company, Plaquemine, LouisianaNone http://www.eswp.com/water/proceedin
Martin, H. J. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Clarificatio
Greer, W. N. http://www.eswp.com/water/proceedin
YONG H. KIM, PHIL KISER, Stranco, Inc., Bradley, Illinois None http://www.eswp.com/water/proceedin
Martin, H. J. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Clarificatio
FRANK MORENSKI, Graver Water, Union, New Jersey None http://www.eswp.com/water/proceedin
None
ROBERT G. COOK, Jr., Modular Environmental Technologies, Inc., Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
ROGER L. STRAND, Stranco, Inc., Bradley, Illinois None http://www.eswp.com/water/proceedin
Hayman, R. H. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Cooling Sy
None http://www.eswp.com/water/proceedin
MASATAKA SUDA, Kyushu Electric Power Co., Ltd., Tokyo, Japan, YASUTO FUTAGOISHI, Nikkiso Company, Ltd., Tokyo, Ja
JAN STODOLA, Ontario Hydro, Toronto, Ontario, Canada None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MASATAKA SUDA, Kyushu Electric Power Co., Ltd., Tokyo, Japan, YASUTO FUTAGOISHI, Nikkiso Company, Ltd., Tokyo, Ja
Coleman, P. H. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Clarificatio
Goldstein, P. http://www.eswp.com/water/proceedin
RUSS GREEN, Amergen Energy, Middletown, PA http://www.eswp.com/water/proceedin
Thia Technologies, Mississauga, Ontario, Canada
None http://www.eswp.com/water/proceedin
LUIS CARVALHO, P.Eng., GE Water & Process paper willl discuss water treatment technologies such as membrane separatio
ROBERT J. CUNNINGHAM, Chemisis, Inc., Laguna Hills, California None http://www.eswp.com/water/proceedin
None
ALBERT D. OWENS, Cyrus Rice Consulting Group, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
Woodlands, TX Boiler tubes, equipment failures can occur because of samp
http://www.eswp.com/water/proceedin
MEL ESMACHER, P.E., BetzDearborn, TheIncorrect diagnosis of boiler related failure analysis, cracking, corrosion
Buettner, W. T. http://www.eswp.com/water/proceedin
Vernick, A. S. Water Resource Managementhttp://www.eswp.com/water/proceedin
Wise, R. S. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment
Mallmann, W. L., Churchill, E. S. http://www.eswp.com/water/proceedin
Ion Exchange, Public Water Supply
RICARDO ALLEN, Potomac Electric Power Company, Washington, D.C. None http://www.eswp.com/water/proceedin
Fellows, F. H. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
Hoppe, T. C. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Reverse osmosis followed by Ontario, Canada (RO/EDI) is Energy Consumption
CEDI, electrodeionizationhttp://www.eswp.com/water/proceedin
JOHN H. BARBER and DAVID F. TESSIER, E-Cell Corporation, Guelph, EDI, Characterization, E-Factor, used in an increasing
W. L. PEARL, W. R. KASSEN, S. G. SAWOCHKA, Nuclear Water None http://www.eswp.com/water/proceedin
and Waste Technology, Inc., San Jose, California, J. J. HIG
Paul Cohen, Consultant, Pittsburgh, PA None http://www.eswp.com/water/proceedin
For demineralizer systems where removal of silica is important, the use of hydroxid
PETER MEYERS, ResinTech, Inc., Cherry Hill, NJ None http://www.eswp.com/water/proceedin
HAROLD L. ARONOVITCH, Hungerford & Terry, Inc., Clayton, NJ http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
STEPHEN L. GOODSTINE, ABB Power Plant Laboratories, Combustion, Engineering, Inc., Windsor, Connecticut, R. BARRY D
None
DONALD D. GOLDSTROHM, Coronado Generating Station, Salt River Project, St. Johns, Arizona http://www.eswp.com/water/proceedin
In Ridgefield, New Jersey, secondly wastewater treatment water, tertiary treatmen
CLIFFORD S. WILKINSON, Paulus, Sokolowski, and Sartor, Inc., Warren, NJ cooling tower, makeupplant effluent provides th
Wastewater, http://www.eswp.com/water/proceedin
DAVID BECK, ChemTreat Inc., Richmond, VA None http://www.eswp.com/water/proceedin
A EPRI, Palo Alto, CA chemical cleaning guidelines, published in 2001, focuses on
KEVIN J. SHIELDS and R. BARRY DOOLEY, revision of the EPRI boiler, chemical cleaning http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROBERT M. MOORE, Albemarle Corporation, Baton Rouge, Louisiana, WAYNE C. LOTZ, VERNON R. PERRY, Albemarle C
MICHAEL G. TRULEAR, Nalco Chemical Company, Naperville, Illinois None http://www.eswp.com/water/proceedin
Allen, VA, JEFF BRAUN, RUSSELL MCLAUGHLIN, to most electric steel AL, cre
None http://www.eswp.com/water/proceedin
NORMAN FAHRER, ChemTreat, Inc., Glen The continuous strip and casting processes commonNucor Steel, Decatur, millsand
LARRY SMITH, GE Infrastructure Water & Process Technologies, Trevose, PA http://www.eswp.com/water/proceedin
T.U., Creek SES, Jacksonville, Texas, DEA
CHARLIE HENRY, T.U. Electric, Dallas, Texas, STEVE PARKER, None Electric - Stryker http://www.eswp.com/water/proceedin
Soft Crystal generally considered unacceptable for use as cooling tower makeup.
WILLIAM HARFST, Harfst and Associates, Inc., water isLake, IL cooling tower, soft water, scale, corrosion, water conservatio
http://www.eswp.com/water/proceedin
FARAH AZARNIA, Albemarle Corporation, Baton Rouge, LA None http://www.eswp.com/water/proceedin
None
RALPH KAJDASZ, Chemlink Division of BPCI a Baker Hughes Company, Houston, Texas http://www.eswp.com/water/proceedin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, ColoradoNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
RALPH J. KAJDASZ, R. V. EINSTMAN, Dearborn Chemical Company, Nashville, Tennessee, LINDA YOUNG-BANDALA, Dea
RICHARD A. CLARK, Buckman Laboratories, Inc., Memphis, Tennessee None http://www.eswp.com/water/proceedin
Chemical control Jose, CA, LARS P. VENHUISKEMA Nederland BV, Arnhem, The
GEORGE J. LICINA, Structural Integrity Associates, Inc., Sanwith biocides is the most common approach to mitigation of MIC a
http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JACK FREUND, Midwest Solvents Company, Inc., Atchison, Kansas , JAMES M. BOOKER, WILLIAM J. WARD, Midland Res
KENNETH J. KOZELSKI, E.I. du Pont, Camden, South Carolina None http://www.eswp.com/water/proceedin
ROBERT J. ROSS, KIM C. LOW, ANNE MARIE ATENCIO, DonlarNone Park, Illinois, JAMES E. SHANNON,
Corporation, Bedford,http://www.eswp.com/water/proceedin
Corrosion BARRY C. SYRETT, Electricinfluenced corrosion,shown Palo Alto, CA;m
microbiologically Power Research Institute, to occur with P
(CCURB) was biocorrosion, biofilms
THOMAS K. WOOD, Univ. of Connecticut, Storrs, CT; control using regenerative biofilms http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SUNAO IKUTA, Mitsubishi Gas Chemical Company, Inc., Tokyo Japan, KUNIO NISHIMURA , TORU YASUNAGA, SEIICHI IC
Walko, J. F., Donohue, J. M.,Shema, B. F. Biological Control http://www.eswp.com/water/proceedin
Electrolytically generated silver silver ion, copper ion, evaluated as an water treatm
Biocide, and Investigaciones
http://www.eswp.com/water/proceedin
SUSANA SILVA MARTINEZ, ALBERTO A. ALVAREZ GALLEGOS, Instituto de copper ions were bacteria, cooling alternative d
This Hamden, CT, JOHN LANE, Clearwater Systems, Essex, CT
http://www.eswp.com/water/proceedin
DENNIS OPHEIM, PH.D., Quinnipiac University, paper describes the effects of treating three cooling towers with pulsed-power
Biological fouling of membrane-based demineralizers or pretreatment system comp
None
ROBERT D. BARTHOLOMEW, PE., Sheppard T. Powell Associates, LLC, Baltimore, MDhttp://www.eswp.com/water/proceedin
JOHN CURRIER, Tennessee Valley Authority, Chattanooga, TN http://www.eswp.com/water/proceedin
This paper describes aCogeneration, facility on the southeastern coast of Texas wh
cogeneration biological aerated filtration, alumina
http://www.eswp.com/water/proceedin
P. TEMPLE BALLARD, Degremont North American Research & Development Center, Kichmona, VA, ALBERT A. PRISTERA,
The biological precipitation and removal biological reduction, bacteria, selenium, ar
FGD wastewater, http://www.eswp.com/water/proceedin
JILL SONSTEGARD and TIM PICKETT, Zenon Environmental, Salt Lake City, UT of selenium and metals from flue gas desu
DONALD VACKER, Bechtel Corporation, Houston, TX http://www.eswp.com/water/proceedin
Flue gas desulfurization (FGD) wastewaters are typically very high in calcium, Total
Flue Gas Desulfurization, Biological Nutrient Removal, mag
http://www.eswp.com/water/proceedin
MICHAEL PUDVAY, ROBERT KELLY; ANTONIO LAU, Degremont Technologies, Richmond, VA; ENOS L. STOVER, Stover &
NANDAN VANI, D.Sc., P.E., Peer Consultants, P.C., Baltimore, MD None http://www.eswp.com/water/proceedin
CURTIS S. MCDOWELL, Polybac Corporation, New York, New York None http://www.eswp.com/water/proceedin
J. F. GRUTSCH, Standard Oil Co. (Indiana), Chicago, Illinois None http://www.eswp.com/water/proceedin
CURTIS S. MCDOWELL, Polybac Corporation, New York, New York None http://www.eswp.com/water/proceedin
K. TITTLE, Central Electricity Generating Board, Manchester, EnglandNone http://www.eswp.com/water/proceedin
Metcalf, J. R. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
None http://www.eswp.com/water/proceedin
THOMAS A. LOTT, WAYNE C. MICHELETTI, Electric Power Research Institute, Palo Alto, California, LARRY HOLCOMBE, R
None
STANLEY B. MCCONNELL, Dowell Schlumberger Incorporated, Tulsa, Oklahoma http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
THOMAS A. LOTT, WAYNE C. MICHELETTI, Electric Power Research Institute, Palo Alto, California, LARRY HOLCOMBE, R
JOSEPH A. LUX, Babcock & Wilcox, South Barberton, Ohio None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
FRANK GABRIELLI, ABB Power Plant Laboratories, Combustion Engineering, Inc., Windsor, Connecticut
HERSCHEL KLEIN, Windsor, Connecticut None http://www.eswp.com/water/proceedin
Providing explanationsDeposit weight density, hydrogen damage, caustic gouging,
of in-service boiler tube failures may be Boonton, NJ
http://www.eswp.com/water/proceedin
DOUGLAS DEWITT-DICK, STEPHEN MCINTYRE, JOSEPH HOFILENA, Ashland Specialty Chemical Co.,delayed pending co
Membrane Contactors membrane, used to remove dissolved NC
BRIAN MILLER, JORGE MUNOZ, and FRED WIESLER, Membrana – Industrial Separations, Charlotte, oxygen in boiler feed w
http://www.eswp.com/water/proceedin
have been contactors, degassing, degasification, deaeratio
WILLIAM MILLER, GE Mobile Water, Inc., Norfolk, VA http://www.eswp.com/water/proceedin
None
F. SIGON, ENEL/CRTN, Milano Italy, G. QUADRI, ENEL/Construction Department, Piacenza, Italy http://www.eswp.com/water/proceedin
GEORGE J. VERIB, Ohio Edison, Stow, Ohio None http://www.eswp.com/water/proceedin
None
F. SIGON, ENEL/CRTN, Milano Italy, G. QUADRI, ENEL/Construction Department, Piacenza, Italy http://www.eswp.com/water/proceedin
Denman, W. L., Edelson, M. R.,Salutsky, M. L. Boiler Deposit Control http://www.eswp.com/water/proceedin
Denman, W. L., Salutsky, M. L. Boiler Deposit Control http://www.eswp.com/water/proceedin
None
LAWRENCE A. GAYLOR, SHERMAN J. SPRAGUE, The Mogul Corporation, Chagrin Falls, Ohio http://www.eswp.com/water/proceedin
J. FRED WILKES, 143 Seventh Avenue LaGrange, Illinois None http://www.eswp.com/water/proceedin
This paper will describe the metallurgical laboratory procedure
None http://www.eswp.com/water/proceedin
DAVID A. CLINE, JR., CHARLES A. GREENE, Ph.D., Sheppard T. Powell Associates, LLC, Baltimore, MDfollowed in identifyin
Holliday, R. L. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
New PA HRSG, pressures treatment, feedwater and steam purity r
http://www.eswp.com/water/proceedin
R. HENRY WEED, PE., BetzDearborn, Horsham,HRSGs operate at higherboiler waterwith stricter steam purity, cation conductiv
Water Inc. & BOMA, Pittsburgh, PA
JOHN GREENWALD, Mechanical Operations Co.,and sewage costs in commercial buildings are constantly rising along with o
None http://www.eswp.com/water/proceedin
Mesmer, R. E., Baes, C. F., Jr.,Sweeton, F. H. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology
In this technical report Boron, Ion exchange,boron selective chelating resins,ultrapu
Canada and MICHAEL WUNSCH,Ondeo Industrial Solution
from two key studies using chelating i
DONALD D. DOWNEY, The Purolite Company, Kitchener, Ontario,Purolite presents data http://www.eswp.com/water/proceedin
Twiford, J. L., Zecher, D. C. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Brines, M. E. Ion Exchange http://www.eswp.com/water/proceedin
Stickney, W. W., Andrews, W. R. Water Reuse http://www.eswp.com/water/proceedin
This paper reviews LLC, Baltimore, MD
ROBERT D. BARTHOLOMEW, Sheppard T. Powell AssociatestheNone http://www.eswp.com/water/proceedin
extensive literature, with 110 references, regarding the type
None http://www.eswp.com/water/proceedin
JEFFERY C. CONLEY, EDWARD H. PUZIG, Great Lakes Chemical Corporation, West Lafayette, Indiana, JAMES E. ALLEMA
BILLY D. FELLERS, Texas Utilities Electric, Dallas, Texas None http://www.eswp.com/water/proceedin
None
G. D. GRONINGER, D. R. MARTIN , J. F. MILLS, Dow Chemical USA, Midland, Michigan http://www.eswp.com/water/proceedin
None
KATHLEEN W, SIMMERS, Environmental Elements Corporation, Dorsey, Maryland http://www.eswp.com/water/proceedin
A ON, Canada
MICHAEL SMITH, ReadySmith, Inc., Oakville,comprehensive Readiness Program foresees damaging events, however low the
None http://www.eswp.com/water/proceedin
None HILLMAN, Oyster Creek NGS, Forke
JOSEPH GIANNELLI, Finetech, Inc., Mountain Lakes, New Jersey, PAM COOPER, ROBhttp://www.eswp.com/water/proceedin
PETER MEYERS, PWT Americas, City of Industry, California None http://www.eswp.com/water/proceedin
JOHN A. WILSON, ASHOK PASRICHA, Public Service Electric & Gas Company,
None Hancocks Bridge, New Jersey, PHIL J. D‘AN
http://www.eswp.com/water/proceedin
ROBERT L. TRACY, Boston Edison Company, Boston, Massachusetts None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BALLARD S. MAYS, Power Authority Of the State Of New York, James A. Fitzpatrick, Nuclear Power Plant, Lycoming, New Yo
TURNER, Atomic Energy of Canada, scalinghttp://www.eswp.com/water/proceedin
the process water at River, Ontario, Canada, MICHAEL RO
inhibitor, scaling, heat expected oil
GORDON BURTON, M. E. BLIMKIE, C. W. Increased hardness of Process water, Chalk Syncrude Canada Ltd. isexchanger,to r
ROBERT ZUHL, BF Goodrich Co/Specialty Additives Group, Cleveland, OH http://www.eswp.com/water/proceedin
Calcium hypochlorite 1-bromo-3-chloro-5,5-dimethylhydantoin; BCDMH; bromine;
STANLEY PICKENS, PH.D, PPG Industries, Inc., Monroeville, PAtablet feed systems offer an alternative option for cooling tow
http://www.eswp.com/water/proceedin
FARAH AZARNIA, Albemarle Corporation, Baton Rouge, LA None http://www.eswp.com/water/proceedin
Calcium, NJ Removal by Ion of the earth‘s crust, i
PETER MEYERS, ResinTech, Inc., Inc., West Berlin, element No. 20 and the fifth most prevalent element Exchange
Calcium, Precipitation, http://www.eswp.com/water/proceedin
AL FARBER, Bechtel National, Frederick, MD http://www.eswp.com/water/proceedin
J. T. ARONSON, Stearns Roger Engineering Corporation, Denver,None MICHELETTI, Radian Company, Aus
Colorado, WAYNE C. http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
R. J. BAWDEN, R. GARNSEY, Central Electricity Research Laboratories, Leatherbead, Surrey, England, L. J. MARTEL, Electr
None
J. L WALKER, W. L. TRACE, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
Capacitive Deionization Technology™
TOBIE WELGEMOED, P.E., CDT Systems,This paper reports on research conducted onhttp://www.eswp.com/water/proceedin
Inc., Dallas, TX Capacitive Deionization, desalination, electrochemical, boron
DaVia, P. G. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
IL Ultrafiltration, microfiltration, reverse osmosis, membranes,
http://www.eswp.com/water/proceedin
WAYNE T. BATES, Hydranautics, Rockton, Feed waters with high fouling tendencies have been problematic in the design and
PHIL ROLCHIGO, Osmonics, Inc. Minnetonka, MN http://www.eswp.com/water/proceedin
Out-sourcing water Tennessee, WILLIAM E. option to be mobile demineralizers, ou
TVA, economics, service contract, considered in today‘s com
GREG L. BARTLEY, Tennessee Valley Authority, Chattanooga, treatment is an important http://www.eswp.com/water/proceedin
HAAS, Ecolochem, Norfolk, Virginia
CHARLES H. FRITZ, Black & Veatch, Overland Park, Kansas None http://www.eswp.com/water/proceedin
Facing the problems of STEPHANE ORLOFFE, Electrabel Intervapeur, Vetviers, Be
an ageing makeup treatment system. The Intervapeur coge
http://www.eswp.com/water/proceedin
MARC BEUNEN, Ecolochem International Inc.. Peterborough, UK,Cogeneration, Belgium, service contract, outsourcing, revers
MARK CHERESNOWSKY, Infilco Degremont, Inc., Richmond, VA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
T WILLUWEIT, I. SCHUSTER, N. KURZ, S. WEIßGRÄBER, Soell-Ecological Processings Hof, Germany , P BELOUSCHEK, T
HAAS, Ecolochem, Inc., Norfolk, Virginia
S. H. MACKLIN, Northeast Utilities, Waterford, Connecticut, W. E. None W. S. MILLER,http://www.eswp.com/water/proceedin
FRED WIESLER, Hoechst Celanese, Charlotte, North Carolina None http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, Germany None http://www.eswp.com/water/proceedin
JAN STODOLA, Ontario Hydro, Toronto, Ontario, Canada None http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, Germany None http://www.eswp.com/water/proceedin
Unexplained corrosion Stainless Miller Brewing Company, Milwaukee, WI
of Type 316L stainless steel in a dioxide
http://www.eswp.com/water/proceedin
JOHN C. TVERBERG, P.E., Trent Tube, East Troy, WI; JEROME T. WELZ, steel, corrosion, carbon cold lime softened for wate
Himsley, A. Ion Exchange http://www.eswp.com/water/proceedin
CARIX is an ion Karlsruhe, Germany and KLAUSdealkalisation, sulfate removal, n
CARIX process, softening, HAGEN, Krüger WABAG GmbH
http://www.eswp.com/water/proceedin
WOLFGANG HOELL, PH.D., Forschungszentrum Karlsruhe,exchange process which usually applies a mixed bed consisting of
AL NICKELS, Watertech Inc., Twin Falls, ID http://www.eswp.com/water/proceedin
Legionella, cooling tower systems, co
Several case histories Legionnaires‘ Disease,http://www.eswp.com/water/proceedin
are
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO reviewed in detail relative to water quality and water trea
DAVID F. GEARY, D.F. Geary Consultants, LLC, Annapolis, MD http://www.eswp.com/water/proceedin
PAUL PUCKORIUS, Puckorius and Associates, Arvada, CO; CLAYTON water sy
None http://www.eswp.com/water/proceedin
WILLIAM STAPP, AS Inc., Santa Rosa, CA;Tin based corrosion inhibitors have been effective at reducing corrosion inWRIGHT
This progress report discusses
Microfouling, MIC, biofouling, mollusk, SRB
http://www.eswp.com/water/proceedin
RICHARD W. LUTEY, Buckman Laboratories International, Memphis, TN the development of macro- microfouling and micro
None http://www.eswp.com/water/proceedin
FEDERICO ARIAS, H-O-H Systems, Inc., Katy, Texas, LINH V. TRAN, The Goodyear Tire and Rubber Company, Beaumont, T
MICHAEL A. WINTERS, Amoco Corporation, Naperville, Illinois None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, Colorado, TAMMY O. BRICE, Gulf States Utilities - River Ben
None
STEPHEN A. WORTENDYKE, Capital Controls Company, Colmar, Pennsylvania http://www.eswp.com/water/proceedin
RUSSELL W. LANE, Consultant, Champaign, Illinois None http://www.eswp.com/water/proceedin
E. L. PATTON, Union Carbide Corporation, Charleston, West Virginia None http://www.eswp.com/water/proceedin
CAMES H. POELLOT, D‘Appolonia Consulting Engineers Inc., Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None
TORRY J. TVEDT, T.J. Tvedt & Associates, Ltd, Angleton, TX http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
A. ARSENEAUX, L. STONER, Air Products and Chemicals, Inc., New Orleans, Louisiana, S. WHIPPLE, Dow Chemical Compa
PETER CARTWRIGHT, Cartwright Consulting, Minneapolis, Minnesota None http://www.eswp.com/water/proceedin
A discussion of the design
Wastewater of a new 5000 gpmsource control, waste minim
refinery, state-of-the-art major refine
DON VACKER and DAVID DYBELL, Bechtel Corporation, Houston, TXfeatures treatment,http://www.eswp.com/water/proceedin
DON VACKER and DAVID DYBELL, Bechtel Corporation, Houston, TX http://www.eswp.com/water/proceedin
SAEED DARIAN, Connestoga-Rovers & Associates, Atlanta, GA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DANIEL J. TIERNEY, ELLEN S. FEENEY, EG&G Florida, Inc., Kennedy Space Center, Florida, ROBERT A. MOTT, NASA, Ke
ALAN PRYOR, Ozone Process Consultants, Sunnyvale, CaliforniaNone http://www.eswp.com/water/proceedin
Control of NICOLAS LEDERMANN, SERGEhttp://www.eswp.com/water/proceedin
None HEDIGER, FRANK DUNAND, Hach
JEFF MCKINNEY, Hach Company, Lawrenceville, GA;dissolved oxygen (DO) in high-pressure boiler water is critical in reducing
A Anaerobic Treatment, Mobilized Film Technology, Winery W
http://www.eswp.com/water/proceedin
ROBERT HICKEY, Ecovation, Inc., Victor, NY winery was experiencing difficulty in consistently meeting its discharge limits. The
Rapid through-wall pitting has developed in the weld HAZs in s/s tubing. Bacteria a
None http://www.eswp.com/water/proceedin
DONALD L. GIBBON, Ph.D., CHRISTOPHER L. WIATR, Ph.D., CECILIA M. MCGOUGH, Calgon Corporation, Pittsburgh, PA
None http://www.eswp.com/water/proceedin
OSCAR QUINONES, Cydsa, El Salto, Jalisco, Mexico, RODI LUDLUM, Resources Conservation Company, Bellevue, Washing
KASHI BANERJEE, Chester Environmental, Moon Township, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
TED FOSBERG, Resources Conservation Company, Bellevue, Washington, BILL SWEET, Millar Western Pulp
None http://www.eswp.com/water/proceedin
DAN PETERSON, Resources Conservation Company, Bellevue, Washington, TERRY BRADHAM, Sirrine Environmental Cons
EDGAR PAULSON, Consultant, Richmond, Virginia None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAN PETERSON, Resources Conservation Company, Bellevue, Washington, TERRY BRADHAM, Sirrine Environmental Cons
None http://www.eswp.com/water/proceedin
BRIAN P. HERNON, Ionics, Inc., Watertown, Massachusetts, PRESTON SLOANE, Virginia Electric Power Company, Mineral,
WILLIAM S. MILLER, Ecolochem, Norfolk, Virginia None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BRIAN P. HERNON, Ionics, Inc., Watertown, Massachusetts, PRESTON SLOANE, Virginia Electric Power Company, Mineral,
Beohner, H. L. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
Mears, R. B. http://www.eswp.com/water/proceedin
Corrosion Control - Aluminum
Sudabin, L. P. Corrosion Control - Steelhttp://www.eswp.com/water/proceedin
Division of Hercules Canada, Mississauga, Ontario, Canada, R. CROVETTO purity
http://www.eswp.com/water/proceedin
L. CARVALHO,, P. SEHL, BetzDearborn, A Cation or acid conductivity is the most prominent control parameter for steam - Betz
The objective of the present study filter, to determine the optimum PAC dosage for e
WILLIAM MOORE, Calpine Central LP, Houston, TX http://www.eswp.com/water/proceedin
Multimedia was RO, pretreatment, PAC
Cation conductivity is one Inc., most important on-line cycle chemistrypower plant
Cation conductivity, temperature compensation, measureme
DAVID M. GRAY, ANTHONY C. BEVILACQUA, Thornton Associates, of theWaltham, MAhttp://www.eswp.com/water/proceedin
Gilwood, M. E., Calmon, C. Ion Exchange http://www.eswp.com/water/proceedin
DAVID I. DEVORE, Betz Laboratories, Inc., Trevose, PennsylvaniaNone http://www.eswp.com/water/proceedin
Spring
WILLIAM L. MCCULLEN, Rohm and Haas Research Laboratories,None House, Pennsylvania http://www.eswp.com/water/proceedin
None
PHILIP R. ENGELHARDT, ANNE HARRINGTON, Dearborn Chemical Co., (U.S.), Lake Zurich, Illinois http://www.eswp.com/water/proceedin
Ulmer, R. C., Whitney, J. H. Boiler Deposit Control http://www.eswp.com/water/proceedin
Ceramic membrane microfiltration can deliver low SKI water from domestic sewage
UK http://www.eswp.com/water/proceedin
DAVID THRELFALL, Ecolochem International, Inc., Peterborough, Ceramic memebane, sewage, filtration
RICKY BRYANT, Southern Company Services, Birmingham, AL http://www.eswp.com/water/proceedin
A ceramic membrane microfiltration was BOSSLER, piloted along the Texas
Ceramic, microfiltration, pretreatment, reverse osmosis
http://www.eswp.com/water/proceedin
JOSEPH HOOLEY, U.S. Filter, Middleburg Heights, OH, JEFF J. PETERS, JOHN F. successfullyU.S. Filter, Rockford, IL Gulf
SCOTT WITTWER, Graver Separations, Inc., Glasgow, DE None http://www.eswp.com/water/proceedin
None
BRIAN D. BURRIS, JEFFERY J. PETERS, U.S. Filter/IWT, Rockford, Illinois http://www.eswp.com/water/proceedin
Dost, W. A. http://www.eswp.com/water/proceedin
Cooling System Treatment
PLATFOOT, the Ridge National Laboratory,http://www.eswp.com/water/proceedin
River modeling, turbulence, contaminant dispersion
Oak Ridge, TN
MARK W. WENDEL, P. T. WILLIAMS, J. H.Simulations ofOak dispersion and dilution of dissolved or finally-suspended contam
HARVEY PORDAL, AEA Technologies Pittsburgh, PA None http://www.eswp.com/water/proceedin
Since no Corporation, NuGen, COL,
Frederick, been designed and constructed in the US for ove
http://www.eswp.com/water/proceedin
MICHAEL CHUK, JULIUS ISAAC, PE Bechtel Power new nuclear plants haveMDCOLA, nuclear power plants, ESBWR, ABWR
BRUCE LARKIN, Black & Veatch, Overland Park, KS None http://www.eswp.com/water/proceedin
Salinity build-up in Reclaimed Water is ansoftening, issue HOLDEN, Monterey Reg
cooling water,lime important BOB to suppliers and end-use
http://www.eswp.com/water/proceedin
DAN ROBINETTE, CH2M Hill, Englewood, CO, RICH D'AMATO, CH2M Hill, Charlotte, NC, andphosphate, Reclaimed Water, r
This paper discusses challenges to chemistryhttp://www.eswp.com/water/proceedin
Combined Cycle, PE, Bechtel for heatCorp., Frederick, gene
control Power recovery steam MD
CHRISTOPHER HUTH, Bechtel Power Corporation, Frederick, MD; KUMAR SINHA,CC, startup, commissioning, EPRI Guidelin
The authors have Combined Cycle, CC, http://www.eswp.com/water/proceedin
the many competing priorities of chem
WILLIAM MOORE, Fluor Enterprises, Inc., Sugar Land, TX; done a good job reviewing cycle chemistry, startup, commissionin
Some additional None http://www.eswp.com/water/proceedin
JOSEPH E SCHROEDER, Nooter/Eriksen St. Louis, MO. comments on what I agree is a good paper There are a lot of good
The authors have presented a good paper and the prior Discussers have highlighte
Baltimore, MD http://www.eswp.com/water/proceedin
ROBERT BARTHOLOMEW, Sheppard T. Powell Associates, LLC,Combined Cycle, Cycle Chemistry Limits, Startup, Commiss
None Bechtel Power Corp., Frederick, MD
CHRISTOPHER HUTH, Bechtel Power Corporation, Frederick, MD; KUMAR SINHA, PE, http://www.eswp.com/water/proceedin
A key objective in and none
TAREK GHANDOUR, http://www.eswp.com/water/proceedin
Metito the power, water Houston TX
MOUSTAFA HASAN, Metito (Overseas) Ltd, Amman, Jordan, rebuilding Iraq is the restoration of International Inc., and sanitatio
Cohen, J. http://www.eswp.com/water/proceedin
Water Resource Management
Speller, F. N. http://www.eswp.com/water/proceedin
Corrosion Control - General
WILLIAM F. MASLER, B. F. Goodrich, Avon Lake, Ohio None http://www.eswp.com/water/proceedin
DAVID L. VENEZKY, Naval Research Laboratory, Washington, DC None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KEN L. OGLE, KEN CHEN, Tennessee Valley Authority, Chattanooga, Tennessee, ROGER A. MINEAR, University of Tenness
ROY O. BALL, ERM-North Central, Inc., Park Ridge, Illinois None http://www.eswp.com/water/proceedin
JAMES K. RICE, Consultant, Olney, Maryland None http://www.eswp.com/water/proceedin
DAVID P. BOUR, NUS Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
JUDITH A. RAWA, EARL L. HENN, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None
STEVE LERMAN, Consolidated Edison Co. of N.Y., Inc., Astoria, New York http://www.eswp.com/water/proceedin
None
CARL HENSMAN, MONICA GARICA-STRICKLAND, Frontier Geosciences, Seattle, WA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOSEPH F. SELANN, DAVID BROMLEY Engineering, Ltd., Edmonton, Canada, MICHAEL E. ROGERS, EMERSON C. SANF
YOUNG LEE, Sargent & Lundy Engineers, Chicago, Illinois None http://www.eswp.com/water/proceedin
EPRI‘s Alto, Plant Integrated Systems Chemical sampling, analysis PISCES, pro
Trace metals, water toxics, Emissions Studies,
PAUL CHU, Electric Power Research Institute, PaloPowerCA; PHILIP BENSON, DENNIS http://www.eswp.com/water/proceedin
FINK, CH2M HILL, Herndon, VA
Coughanour, R. B. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Swanson, D. A. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Bell, W. E., Rice, R. C.,Clark, R. J. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
None http://www.eswp.com/water/proceedin
THEODORE C. HOPPE, RILEY D. WOODSON, Black & Veatch/Consulting Engineers, Kansas City, Missouri
FRANK MCGILBRA, Public Service Company of Oklahoma, Tulsa,None Oklahoma http://www.eswp.com/water/proceedin
KAROL DAUCIK, Skaerbaekvaerket I/S, Fredericia, Denmark None http://www.eswp.com/water/proceedin
The Houston, TX and chemicalJAFFER, industrial boilers, efficiency SugarLand, T
ARIF E. in contact with Petrolite Corporation, be kept clea
http://www.eswp.com/water/proceedin
MO D. MAJNOUNI, Aramco Services Company, internal surfaces of a boiler cleaning,Baker water and steam mustof boilers, ste
MARK A. JANICK, P.E., Bechtel Power Corp., Frederick, MD http://www.eswp.com/water/proceedin
JAN VOSTA, GUSTAV SEBOR, Institute of Chemical Technology, None Prague, Czech Republic http://www.eswp.com/water/proceedin
The philosophy for the pre-commissioning, HRSG, Jacksonville, has complete p
commissioning of a HRSG degrease cleaning,
http://www.eswp.com/water/proceedin
JOHN M. SULLIVAN, HydroChem, Inc., Youngstown, OH and JOHN MCGRAW, HydroChem, in the industryFL varied fromch
Griffin, R. W., Derr, R. H. Chemical Cleaning http://www.eswp.com/water/proceedin
Statler, C. W. http://www.eswp.com/water/proceedin
DENNIS A. FREY, Babcock & Wilcox Co., Barberton, Ohio None http://www.eswp.com/water/proceedin
GEORGE VERIB, Ohio Edison, Stow, Ohio None http://www.eswp.com/water/proceedin
Rose, S. M., Ashton, W. F. Chemical Cleaning http://www.eswp.com/water/proceedin
Obrecht, M. F., Kremer, R. J.,Sisson, A. B., Reid, E. C. http://www.eswp.com/water/proceedin
Chemical Cleaning, Nuclear Power Water Technology
None
G.S. LAWRENCE, Columbia Energy Center, Wisconsin Power & Light Company, Portage, Wisconsin http://www.eswp.com/water/proceedin
ROBERT E. PALMER, The Detroit Edison Company, Detroit, Michigan None http://www.eswp.com/water/proceedin
This paper PA none http://www.eswp.com/water/proceedin
JAMES E. FARMERIE, HERC Products, Inc., Wexford, discusses the use of off line chemical cleaning to return the system to d
None JULIUS ISAAC, Ebasco Services Inc
JOSEPH M. PARENT, Florida Power & Light Co., Indiantown, Florida, JOSE P. LOZADA,http://www.eswp.com/water/proceedin
Pocock, F. J., Leedy, W. S. http://www.eswp.com/water/proceedin
Chemical Cleaning, Nuclear Power Water Technology
Carroll, D. B., Engle, J. P.,Eddington, C. L. Chemical Cleaning http://www.eswp.com/water/proceedin
Water shortage, stand http://www.eswp.com/water/proceedin
storms, of a heat was producing pho
FABIO GIGLI, CHIMEC S.p.A., Rome, Italy The chemical conditioning program for cooling circuitsplate plant exchangers, bacte
JAMES W. COBBLE, San Diego State University, San Diego, California None http://www.eswp.com/water/proceedin
Lowe, R. P. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
Straub, F. J. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
It is now apparent that None utilities Pine copper carryover into the steam-cycle sy
some
JAMES R. RUCK, CHARLES D. FOSTER, HydroChem Industrial Services, Inc., have Grove, CA http://www.eswp.com/water/proceedin
Unit,
JAMES C. BELLOWS, Westinghouse Power Generation Business None Orlando, Florida http://www.eswp.com/water/proceedin
None
PETER J. MILLETT, Electric Power Research Institute, Palo Alto, California http://www.eswp.com/water/proceedin
Unit,
JAMES C. BELLOWS, Westinghouse Power Generation Business None Orlando, Florida http://www.eswp.com/water/proceedin
White, W. F. http://www.eswp.com/water/proceedin
Water Resource Management
Alfano, A., Bell, W. E. Boiler Deposit Control http://www.eswp.com/water/proceedin
BARRY http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc. Consultants, Wilmington, Delaware, None C. SYRETT, Electric Power Research Institute, Palo
J. BROWN, Ontario Hydro Research Division, Toronto, Ontario, Canada None http://www.eswp.com/water/proceedin
Two Alcoa, Inc., Pittsburgh, PA, ALAN SMITH, Consultant, Pittsburgh, PA, CHARL
KEVIN A. KITZMAN and EDWARD F. MAZIARZ,non-chemical cooling water treatment technologies, a pulsed power system, a
http://www.eswp.com/water/proceedin
cooling towers, non-chemical treatment technologies, chemi
ARTHUR J. FREEDMAN, PhD., Arthur Freedman & Associates, Inc., East Stroudsburg, PA http://www.eswp.com/water/proceedin
HRSGs that operate inNonecycling http://www.eswp.com/water/proceedin
DAVID DANIELS, Mechanical & Materials Engineering, LLP, Austin, TX mode must examine their chemical practices and op
Dabhol Power Project is Bechtel Corporation,http://www.eswp.com/water/proceedin
Frederick, MD
S. S. MITRA, Dabhol Power Plant, Maharashtra, India, P. K. SINHA, the largest IPP in India by an American consortium. There
Hollinden, G. A. Gas Scrubbing http://www.eswp.com/water/proceedin
Hunter, J. R. http://www.eswp.com/water/proceedin
Corrosion Control - Steel
Cole, S. A. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment
LINDA RUSZNAK, GEORGE MINCAR, NANCY SMOLIK, AshlandNone http://www.eswp.com/water/proceedin
Chemical - Drew Division, Boonton, New Jersey
Chlorine dioxide (ClO2) School dioxide, recently in the U.S. as RAYMOND for disin
has been used Legionella, disinfection byproducts
ZHE ZHANG, RADISAV D. VIDIC, PH.D., University of Pittsburgh -Chlorine of Engineering, Pittsburgh, PA, an approachBISSON
http://www.eswp.com/water/proceedin
WILLIAM J. WARD, Olin Water Services, Kansas City, Kansas None http://www.eswp.com/water/proceedin
D. C. KUCHER, G. F. CONNELL, Capital Controls Company None http://www.eswp.com/water/proceedin
WAYNE B. HUEBNER, Wallace & Tiernan, Belleville, New Jersey None http://www.eswp.com/water/proceedin
ROGER L. STRAND, Stranco, Inc., Bradley, Illinois None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
WILLIAM MCGRANE, TriOx, Dublin, California, ALAN SMITH, Calgon Corporation, Pittsburgh, Pennsylvania
DONALD JOHNSON, Nalco Chemical Company, Naperville, Illinois None http://www.eswp.com/water/proceedin
None
A. A. SCHULDT, R. R. HABER, The Steel Company of Canada, Ltd., Hamilton, Ontario http://www.eswp.com/water/proceedin
ALEX HIMSLEY, Himsley Engineering Ltd., Toronto, Canada None http://www.eswp.com/water/proceedin
Darrin, M. http://www.eswp.com/water/proceedin
Corrosion Control - Aluminum, Corrosion Control - Copper A
ROGER SEWARD, ARCO Chemical Co., Channelview, Texas None http://www.eswp.com/water/proceedin
Walter Zabban, The Chester Engineers, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Hill, J. C. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment,Water Reuse
Hay, H. R. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Shema, B. F. http://www.eswp.com/water/proceedin
Cooling System Treatment
None
JESSE BEECHER, PETER A. THOMAS, JOHN STINGER, Drew Chemical Corporation, Boonton, New Jersey http://www.eswp.com/water/proceedin
PETER S. MEYERS, ResinTech Inc., Cherry Hill, New Jersey None http://www.eswp.com/water/proceedin
DENNIS A. FREY, Babcock and Wilcox Company, Barberton, Ohio None http://www.eswp.com/water/proceedin
WILLIAM STEVENS, HydroChem Industrial Services, Inc., Houston, Texas None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MICHAEL SICINSKI, Pure Air, Allentown, Pennsylvania, DAVID LAVALLE, Northern Indiana Public Service Company, Merrillvil
None http://www.eswp.com/water/proceedin
MICHAEL SICINSKI, Pure Air, Allentown, Pennsylvania, DAVID LAVALLE, Northern Indiana Public Service Company, Merrillvil
ROGER V. LONG, Stone & Webster Engineering Corp. Denver Colorado None http://www.eswp.com/water/proceedin
CICERO, CRAIG MYERS; F. loop, corrosion,http://www.eswp.com/water/proceedin
closed PHILIP YU, Nalco Company, Naperville, IL
cooling water, molybdate
BARBARA MORIARTY, JOAN CHAO, DANRecently, there has been much interest in greener alternatives to molybdate to con
Bramer, H. C http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
None http://www.eswp.com/water/proceedin
LESTER C. WEBB, Black & Veatch, Kansas City, Missouri, RONALD W. TOMLIN, Mcintosh Power Plant, Lakeland, Florida
None http://www.eswp.com/water/proceedin
LESTER C. WEBB, Black & Veatch, Kansas City, Missouri, RONALD W. TOMLIN, Mcintosh Power Plant, Lakeland, Florida
ALROY ASCHOFF, Sargent & Lundy Engineers, Chicago, Illinois None http://www.eswp.com/water/proceedin
Bell, G. R. Filtration http://www.eswp.com/water/proceedin
None
MOHAMMAD F. ALBELDAWI, Ph.D., Compass Environmental Inc., Hamilton, Ontario, Canada http://www.eswp.com/water/proceedin
Hebley, H. F. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GEORGE J. CRITS, W. Y. MCLNTIRE, R. D. ZIMMERMAN, Cochrane Environmental Systems, King of Prussia, Pennsylvania
J. D. DARJI, Infilco Degremont Inc., Richmond Virginia None http://www.eswp.com/water/proceedin
JASON T. MIYAKE, JAMES D. FRUGE, Hoechst Celanese, Pampa, Texas None http://www.eswp.com/water/proceedin
Reductions in Oxfordshire, U.K., MARK ISAACS, AEA Technology, Pittsburgh, P
Effluent, of soluble organic species in the machine-shop eff
http://www.eswp.com/water/proceedin
MARK NEVILLE, NIGEL BLAKE, AEA Technology, Didcot,the concentrationsoluble organics, cutting fluids, COD, membranes,
Powell, S. T. Deaeration http://www.eswp.com/water/proceedin
None
JAMES A. MCCAW, Jr., New York State Electric & Gas Corporation, Binghamton, New York http://www.eswp.com/water/proceedin
ROBERT DVORIN, New York Power Authority, White Plains, New None York http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DANIEL L. COMSTOCK, Neptune Microfloc, Corvallis, Oregon, ROBERT GUPTILL, Corvallis, Oregon, SALLIE A. FISHER, Pu
None http://www.eswp.com/water/proceedin
FRANK P. ROMA, New York Electric & Gas Company, Binghamton, New York, FRANK X. MCGARVEY, Sybron Corporation/Io
DANIAL L. HARP, Hach Company, Loveland, Colorado None http://www.eswp.com/water/proceedin
Jayes, D. A., Abrams, I. M. http://www.eswp.com/water/proceedin
Filtration, Ion Exchange,Public Water Supply
None http://www.eswp.com/water/proceedin
CARL R. CAMPER, Jr., MARK R. STEVENS, Montana Power Company, Colstrip, Montana, EDWARD W. EKIS, Jr., M. LINDA
None
WAYNE C. MICHELETTI, Electric Power Research Institute, Palo Alto, California http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CARL R. CAMPER, Jr., MARK R. STEVENS, Montana Power Company, Colstrip, Montana, EDWARD W. EKIS, Jr., M. LINDA
None
LYNN A. KLEINVEHN, HARRIS E. DICKER, Aquatechnics, Inc., Naperville, Illinois http://www.eswp.com/water/proceedin
BARBARA L. CORMIER, U. S. Steel Corp., Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
P. H. EFFERTZ, Allianz-Zentrum für Technik, West Germany, G. RESCH, Vereinigte Elektrizitätswerke Westfalen, West Germ
F. J. POCOCK (Affilaition N/A) None http://www.eswp.com/water/proceedin
Feedback from operating plants to designers http://www.eswp.com/water/proceedin
can condenser, sodium cycle soften
BRIAN AYLAIAN, PE, Bechtel Power Corporation, Frederick, MD reverse osmosis, air cooledfacilitate the optimization of future
Combined LLC, and cogeneration plants, using heat recovery combined cycle, cog
Heat CO http://www.eswp.com/water/proceedin
K. ANTHONY SELBY, Water Technology Consultants, cycle Evergreen, recovery steam generator, HRSG, steam generators, H
None http://www.eswp.com/water/proceedin
G. QUADRI, P. V. SCOLARI, ENEL-DCO-ULP, Piancenza, Italy, G. P. SCALARI, ENEL-DPT, Pisa, Italy, F. SIGON, ENEL-DSR
JIM MATTHEWS, Duke Power Company, Charlotte, North Carolina None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
G. QUADRI, P. V. SCOLARI, ENEL-DCO-ULP, Piancenza, Italy, G. P. SCALARI, ENEL-DPT, Pisa, Italy, F. SIGON, ENEL-DSR
None
WILLIAM E. KATZ, FREDERICK G. CLAY, Ionics, Incorporated, Watertown, Massachusetts http://www.eswp.com/water/proceedin
CLARENCE D. COLLEY, Hewlett Packard Company, Palo, Alto, Calitornia None http://www.eswp.com/water/proceedin
This ANGELO O. CANALES RUBIO, Agua Process, / start-up of a water treatmen
None http://www.eswp.com/water/proceedin
KUMAR JAIN, Fluor Daniel, Inc., Aliso Viejo, CA,report reviews challenges during commissioning Veronica Anzures, Mexico, an
None
Panel Discussion Moderator; WILLIAM MOORE, Fluor Corporation Inc., Sugar Land, TX; http://www.eswp.com/water/proceedin
STEVEN GAGNON, AVANTech, Inc., Columbia, SC None http://www.eswp.com/water/proceedin
Slide presentation of lessons learned commissioning and validating a water treatme
None Water Management Group, Horsham
IAN LEWIS, Antigua Public Utilities Authority, Antigua, West Indies, JOHN DILZELL, Betzhttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, West Germany, FRANCOIS DE DARDEL, Rohm and Haas Fran
F. X. MCGARVEY, Sybron Chemicals, Inc., Birmingham, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, West Germany, FRANCOIS DE DARDEL, Rohm and Haas Fran
None http://www.eswp.com/water/proceedin
DAN VANDERPOOL, Mobay Corporation, Pittsburgh, Pennsylvania , H. J. ROTHER, Bayer AG, Krefeld, West Germany, D. KU
Technologies, Houston, TXcomprehensive approach to characterize
http://www.eswp.com/water/proceedin
PAUL CHOULES, Veolia Water Solutions & This paper describes aDesalination, Seawater Reverse Osmosis raw seawater sam
MICHAEL PRESTON, Black & Veatch Corporation, Overland Park, KS None http://www.eswp.com/water/proceedin
Powdered resin premixes containing cellulose fiber has been the standard precoat
DAVID F. RYAN, Exelon Nuclear, Limerick Station. Sanatoga, PA http://www.eswp.com/water/proceedin
RICHARD HETHERINGTON, Epicor Incorporated, Linden NJ http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. H. SMITH, Portals Water Treatment, Permutit-Boby Limited, Isleworth, Middlesex, United Kingdom
Moore, C. S. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
None http://www.eswp.com/water/proceedin
DAVID J. NICHOLSON, Electricity Corporation of New Zealand, Ltd., Wellington, New Zealand, NATHANIEL E. PRITCHARD,
FREDERICK J. POCOCK, The Babcock & Wilcox Company, Alliance, Ohio None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MICHAEL J. KASZYSKI, KENNETH L. FULFORT, AT&T Microelectronics, Allentown, Pennsylvania, MICHAEL C. HUGHES, J
CLARENCE COLLEY, Boeing, Huntsville, Alabama None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
P. D. SCHUMACHER, R. D. MUEHLENKAMP, K. A. KOEHLER, Wisconsin Electric Power Company, Milwaukee, Wisconsin, R
PETER TURNER, San Diego State University, San Diego, California None http://www.eswp.com/water/proceedin
Controlling solid particle erosion of turbine components caused by exfoliation from
Texas http://www.eswp.com/water/proceedin
D.P. NESBITT, PE, HydroChem Industrial Services, Inc., Houston,Steam blowing, exhaustive blowing, air blowing, solid particle
None
STEPHEN J. SHULDER, Baltimore Gas & Electric CompanyBaltimore Maryland http://www.eswp.com/water/proceedin
Straub, F. G. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Gesick, J. A. http://www.eswp.com/water/proceedin
Cooling System Treatment
None http://www.eswp.com/water/proceedin
RICHARD W. WALTER, Jr., JACK F. MILLS, ATTILA G. RELENYI, The Dow Chemical Company, Midland, Michigan
AMANDA MEITZ, The Mogul Corporation, Chagrin Falls, Ohio None http://www.eswp.com/water/proceedin
Tarbay, P. C., Rivers, H. M. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
In the water short areaNone
of EMMA E. India, by http://www.eswp.com/water/proceedin
minimizing Limited, London, UK; so
ALLAN L. FARBER, Bechtel Power Corporation, Frederick, Maryland; Northwest HARNIMAN, Bechtelwater loss and reusingRA
None
MICHAEL S. DALTON, Baker Petrolite, A Baker Hughes Company, Sugar Land, Txi http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES J. BINDER, TRC - The Research Corporation of New England, Wethersfield, Conn. WILLIAM B. LAIRD, American Opt
None http://www.eswp.com/water/proceedin
STEPHEN M. HENRY, Commonwealth of Massachusetts (Div. Fisheries & Game), Westboro, Massachusetts
This presentation offers a specifications, contracted service, water treatment
http://www.eswp.com/water/proceedin
DAVID E. SIMON II, Cyrus Rice Water Consultants, Pittsburgh, PABid three-step methodology for that hearing and an unambig
CARSON M. BARRY, Westvaco, Luke, MD None http://www.eswp.com/water/proceedin
DAVID E. SIMON II, Cyrus Rice Water Consultants, Pittsburgh, PANone http://www.eswp.com/water/proceedin
Elliott, O. M. Distillation http://www.eswp.com/water/proceedin
None
P. V. BALAKRISBNAN, Atomic Energy of Canada, Ltd., Chalk River, Ontario, Canada http://www.eswp.com/water/proceedin
LEYON O. BRESTEL, DUANE K. NELSON, Colorado-Ute Electric None http://www.eswp.com/water/proceedin
Association, Montrose, Colorado
None
DON GOLDSTROHM, Salt River Project, Coronado Generating Station, St. Johns, Arizona http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES DUCOTE, JAMES BENKE, City Public Service, San Antonio, Texas, JAMES BURCHILL, Permutit Co., Paramus, NJ
None
H. DEAN WILSON, Illinois Water Treatment Company, Rockford, Illinois http://www.eswp.com/water/proceedin
LARRY ASHCRAFT, PETE WEAVER, Eastman Kodak Company, None FRED WALE, Rust International Corp
Rochester, New York, http://www.eswp.com/water/proceedin
None
HERMANN W. POHLAND, E.I. du Pont de Nemours & Co., Inc., Wilmington, Delaware http://www.eswp.com/water/proceedin
LARRY ASHCRAFT, PETE WEAVER, Eastman Kodak Company, None FRED WALE, Rust International Corp
Rochester, New York, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALVIN N. HEWING, RAY H. WARMKESSER, General Public Utilities Service Corporation, Reading, Pennsylvania
JOHN SIEGMUND, Sheppard T. Powell Associates, Baltimore, MarylandNone http://www.eswp.com/water/proceedin
LEROY D. HUGHES, Toledo Edison Company, Oak Harbor, Ohio,None http://www.eswp.com/water/proceedin
BRADLEY D. BARLOCKER, Babcock & Wilcox, Lynchburg
JIM GASSEN, Nalco Chemical Company, Chicago, Illinois None http://www.eswp.com/water/proceedin
None
ROBERT J. FERGUSON, French Creek Software, Inc., Malvern, Pennsylvania http://www.eswp.com/water/proceedin
None
DONALD A. JOHNSON, KENNETH E. FULKS, Nalco Chemical Company, Oak Brook, Illinois http://www.eswp.com/water/proceedin
None
RORY R. MUSIL, HUGO J. NIELSEN, Sargent & Lundy Engineers, Chicago, Illinois http://www.eswp.com/water/proceedin
None
JING-YEA YANG, SHI-TAO YEH, Roy F. Weston, Inc., West Chester, Pennsylvania http://www.eswp.com/water/proceedin
None
GIANNI 0. CHIERUZZI, The Chester Engineers, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
Rivers, H. M. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
The concentration Hitachi, Ltd.; TAKAYUKIcorrosive NH3) due concentration, LP t
Early condensation, MIZUNO, SHOUJI to early condensati
HIROSHI YAMAUCHI, TAKASHI HONDA, TAKESHI ONODA, ratio of corrosive impurities (NaCl,impurities,NOBUHARA, Mie U
http://www.eswp.com/water/proceedin
FRANCIS M. CUTLER, FM Consulting & Engineering, Irvine, CA None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
HIROSHI YAMAUCHI, TAKASHI HONDA, TAKESHI ONODA, Hitachi, Ltd.; TAKAYUKI MIZUNO, SHOUJI NOBUHARA, Mie U
None
J. BROWN, R. E. MASSEY, Ontario Hydro Research, Toronto, Ontario, Canada http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
F. J. POCOCK, Babcock & Wilcox Company, Research and Development Division, Alliance Research Center, Alliance, Ohio
Quinlan, J. J. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Condensate Polishing,Filtration
JOHN E. KRISTENSEN, HARRY O. HARTJEN, Ebasco Services, None http://www.eswp.com/water/proceedin
Incorporated, Lyndhurst, New Jersey
N
JAMES SHIELDS, Belco Pollution Control, Parsippany, New Jersey one http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAVID P. SIEGWARTH, D. A. MCNEA, NWT Corporation, San Jose, California, WILLIAM A. THORNTON, Virginia Electric Po
None
MICHAEL W. ROOTHAM, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
C. C. STAUFFER, S. J. ELMIGER, Babcock & Wilcox Company, Alliance, Ohio, P. L. DOSS, Babcock & Wilcox Company, Lyn
S. W. LURIE, Combustion Engineering Corp., Windsor, Connecticut None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROBERT H. LANGER, Northeast Utilities Service Company, Berlin, Connecticut, THOMAS H. BURNS, Northeast Nuclear Ene
F. X. MCGARVEY, Sybron Chemicals Inc., Birmingham, New Jersey None http://www.eswp.com/water/proceedin
Upgrading condensateCondensate polishing, http://www.eswp.com/water/proceedin
GERALD P. GALL, GPU/Genco, New Florence, PA improve performance utilizing a mult
polishing equipment toion exchange, Demineralization, mixe
GEORGE CRITS, Aqua-Zeolite Sciences, Inc., Ardmore, PA http://www.eswp.com/water/proceedin
power generation is a valuable resou
Condensed steam from heating, process andhttp://www.eswp.com/water/proceedin
ROBERT HOLLOWAY, Holloway Associates, Etobicoke, ON, Canada None
The term condensate polishing Cranford, NJ Pleated Membrane, Hollow Fiber Filtr
ROBERT APPLEGATE, MICHAEL O‘BRIEN, Graver Water Systems, LLC, encompasseshttp://www.eswp.com/water/proceedin
Condensate Polishing, a broad array of technologies, some
KENNETH FREDERICK, Ion Exchange Associates, LLC, Smithville, WV http://www.eswp.com/water/proceedin
None
W. A. MARCHEWKA, J. D. ASPEN, J. B. CONLIN, ESKOM, Johannesburg, South Africahttp://www.eswp.com/water/proceedin
SALLIE FISHER, Puricons, Inc., Malvern, Pennsylvania None http://www.eswp.com/water/proceedin
None
W. A. MARCHEWKA, J. D. ASPEN, J. B. CONLIN, ESKOM, Johannesburg, South Africahttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KERRY L. HARNER, Metropolitan Edison Company, Middleton, Pennsylvania, KENNETH H. FREDERICK, GPU Service Corpo
None
G. J. CRITS, Cochrane Environmental Systems Crane Co., King Of Prussia, Pennsylvania http://www.eswp.com/water/proceedin
None
JAMES D. SHIVERS, L*A/water Treatment Division, Industry, California http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KERRY L. HARNER, Metropolitan Edison Company, Middleton, Pennsylvania, KENNETH H. FREDERICK, GPU Service Corpo
None http://www.eswp.com/water/proceedin
B. A. DERRICK, South Carolina Electric & Gas Company, Columbia, S.C., K. L. ATWOOD, NUS Corporation, Houston, Texas
JAMES P. CASEY, Cochrane Environmental Systems – Crane Co., King of Prussia, Pennsylvania
None http://www.eswp.com/water/proceedin
Bristol, UK none power stations to adopt condensate p
MICHAEL A. SADLER, , Bristol, Portishead,EPRI have for many years encouraged fossil http://www.eswp.com/water/proceedin
This LLC, provides NJ and AL TAVARES, Technologies, LLC, Glasgow, DE
condensate polishing, mixed bed, deep bed, precoat filter 19
ROBERT APPLEGATE, Graver Water Systems, paperCranford, a brief history and timeline of condensate polishing from the po
http://www.eswp.com/water/proceedin
GEORGE CRITS and WILLIAM RUNYAN, IDRECO USA, Ardmore, PA None http://www.eswp.com/water/proceedin
Premature resin pre-coated, back-washable condensate filter septa car
http://www.eswp.com/water/proceedin
KAL FAROOQ, Pall Corporation, Port Washington, NY plugging of Condensate, pre-coat resin, backwash, string-wound, melt-b
GIL ROYAL, Graver Technologies, Glasgow, DE None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SCOTT BOND, Union Electric, Callaway Nuclear Plant, Fulton, Missouri, ALEXANDER D. MACARTHUR, Westinghouse Electr
None http://www.eswp.com/water/proceedin
BRAD BUECKER, CEDA, Lawrence, KS The steam surface condenser is a critical heat exchanger at many power productio
ERIC HALE, Nalco Chemical Co., Naperville, IL http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MARTIN W. PATE, Calgon Corporation, Friendswood, Texas, BILLY G. MARTIN, Houston Lighting and Power, Houston, Texa
Griffin, A. E. http://www.eswp.com/water/proceedin
Biological Control, Corrosion Control - General
JAMES T. KNIGHT, Ecodyne Corp./Graver Water Division, Union, None NJ http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERT D. OWENS, Cyrus Rice Consulting Group, Pittsburgh, Pennsylvania, TORRY TVEDT, Jr., Dow Chemical U.S.A., Fre
Lefevre, L. J., Schneider, S. E..,Underhill, L. J. Reverse Osmosis http://www.eswp.com/water/proceedin
New and existing coal-fired gas desulfurization, FGD, flue gas desulfurization (FGD
Flue power Frederick, http://www.eswp.com/water/proceedin
MD
COLLEEN CHAPMAN,. COLLEEN LAYMAN, PE, Bechtel Power Corporation, plants are installingzero liquid discharge, wastew
PAUL CHU, EPRI, Palo Alto, CA None http://www.eswp.com/water/proceedin
None
DOUGLAS DEWITT-DICK, Ashland Water Technologies, Portland, TX; CARLOS BENAVIDES, Topaz Energyhttp://www.eswp.com/water/proceedin
The water chemistry changes D. MACKINNON, M. E. ROGERS, Syncrude Canada
Oil sands, consolidatedprocess water with the implementatio
tailings, CT, release water recycle w
RANDY MIKULA, K. KASPERSKI, CANMET, Devon, Alberta, Canada, M. to the oil sandshttp://www.eswp.com/water/proceedin
DILEEP THATTE, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
This and ROBERT WYLIE, a 1.25 MGD Corp., Charlotte, (12.5 acres) designed
DOUGLAS MOONEY, ENTRIX, Inc., Atlanta, GApresentation addresses Duke Energy treatment wetlandNC
None http://www.eswp.com/water/proceedin
ANDREW DZURIK, Florida State University, Tallahassee, Florida, None http://www.eswp.com/water/proceedin
DANUTA LESZCZYNSKA, Jackson State University, Jackso
ROBERT HEDIN, Hedin Environmental Co., Sewickley, Pennsylvania None http://www.eswp.com/water/proceedin
Charles, J. R. http://www.eswp.com/water/proceedin
Water Resource Management
LUTHER B. JONES, Virginia Electric Power Company, Richmond, None http://www.eswp.com/water/proceedin
Virginia, JOHN F. BOSSLER, Arrowhead Industrial Water, F
DEAN SPATZ, Osmonics, Inc., Minnetonka, Minnesota None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
EDGAR E. WATANABE, Aquatec Quimica, S.A., Sao Paulo, Brasil, JAMES N. TANIS, Aquatec Quimica, S.A., Ridgefield, Con
T. J. TVEDT, Jr., Dow Chemical Company, Freeport, Texas None http://www.eswp.com/water/proceedin
Willsey, W. B. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Cooling Sy
None http://www.eswp.com/water/proceedin
T. C. ROGINSKI, Betz*Converse*Murdoch, Inc., Plymouth Meeting, Pennsylvania, HARRY B. GAYLEY, Transamerica Delaval,
ANON None http://www.eswp.com/water/proceedin
Availability Merak- Banten, Indonesia power plant operation have become
BUDI SATRIYO, PLTU Suralaya - PT.Indonesia Power,and efficiency of steam generationhttp://www.eswp.com/water/proceedin
None
Merriman, W. R. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Slicker, J. L. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Levendusky, J. A., Limon, L.,Ryan, L. F. Ion Exchange http://www.eswp.com/water/proceedin
Dale, J. C. Ion Exchange http://www.eswp.com/water/proceedin
Eckfeldt, E. L., Proctor, W. E.,Howie, W. D., Lower, W. A. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
Higgins, I. R. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment
ALEX HIMSLEY, Himsley Engineering Ltd., Toronto, Ontario, Canada None http://www.eswp.com/water/proceedin
None State Water Survey, Urbana, IL
D. J. MILLER, Commonwealth Edison Co., Chicago, IL, C. H. NEFF, R. W. LANE, Illinois http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MIKE E. ROGERS, ANANTH VENKATRAMM, DAVE BRYENTON, Syncrude Canada Ltd., Fort McMurray, Alberta, Canada
Radionuclides in CA and water need continuous real time monitoring to be in comp
None Jefferson
ROBERT GOLDSTEIN, Technical Associates, Canoga Park, drinking DANIEL DOTSON, http://www.eswp.com/water/proceedin
ARTHUR FREEDMAN, PH.D., Arthur Freedman Associates, Inc., East Stroudsburg, PA http://www.eswp.com/water/proceedin
& Power of companies are Salt Lake City, RICK HARDESTY, Owens Corning
None http://www.eswp.com/water/proceedin
JOHN F. NETTO, LEE H. VAN DAM, WaterA numberTechnologies, Inc.,now offering a full service program for water treatment
ART ACKERMAN, Sverdrup Civil, Inc., St. Louis, Missouri None http://www.eswp.com/water/proceedin
Mracek, W. A., Greenberg, L. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Cooling Sy
committing to once-through supercritical boilers and the M
With new power plantsOnce-through boilers, coal-fired power plants, Frederick,rus
http://www.eswp.com/water/proceedin
KATHI KIRSCHENHEITER, MICHAEL CHUK, COLLEEN LAYMAN, KUMAR SINHA, Bechtel Power Corporation,supercritical, s
ROBERT BARTHOLOMEW, Shepherd T. Powell & Associates, Baltimore, MD None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JACK ADAMS, Weyerhaeuser, Co., Everett, Washington, RICHARD CARDILE, STEVE CLARK, Nalco Chemical Company, Oa
ANTHONY S. CANZONERI, L‘eau Claire Systems, Kenner, Louisiana None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CHRIS A. BISSETT, West Texas Utilities Company, Abilene, Texas, JAMES F. HARRISON, Calgon Corporation, Pittsburgh, P
RUSSELL W. LANE, Water Treatment Consultant, Champaign, Illinois None http://www.eswp.com/water/proceedin
This paper studies the corrosion rules of internal cooling water, water Science, Wu
University, College of Chemistry and Molecular quality, corro
copper from turbine generator windin
CHUN-SONG YE, CHENG-XIN ZHANG, XUN-JIE GONG, Wuhan Turbine generator,purehttp://www.eswp.com/water/proceedin
None
JACK T. MAURER, Allegheny Ludlum Steel Corporation, Brackenridge, PA http://www.eswp.com/water/proceedin
Missoouri
T. C. HOPPE, Black & Veatch, Consulting Engineers, Kansas City,None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
A. GRYSCAVAGE, P.E., Betz Water Management Group, Horsham, Pennsylvania, D. STONER, Princeville Canning, Princevil
DENNIS MARTIN, ChemTreat, Inc., Richmond, Virginia None http://www.eswp.com/water/proceedin
MARK HODGSON, Clayton Group, Edison, NJ http://www.eswp.com/water/proceedin
Experience of shown ARIFE JAFFER, Saudi http://www.eswp.com/water/proceedin
sewage, biological, microbiological, ammonia, nitrate, nitrite,
Aramco, Dhahran, Saudi Arabia
ABDULMOHSEN D. AL-MAJHOUNI, HOWARD R. RUSSER, Jr., the microbiological control is an important factor in corrosion
CRAIG SCHINZER, 3M Facilities Engineering, St Paul, Minnesota None http://www.eswp.com/water/proceedin
KHAI http://www.eswp.com/water/proceedin
JAMES B. CARLING, Milton Roy Company, Ivyland, Pennsylvania,None TRAN, Ashbrook-Simon-Hartley, Houston, Texas
BOSCO HO, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
J. ROZENBERG, L. DOLLE, R. DARRAS, Commissariat A l'Energie Atomique, CEN Saclay, France http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
YALE SOLOMON, Nuclear Energy Systems, PWR Systems Div., Westinghouse Electric Corp., Forest Hills, Pennsylvania
None
J. ROZENBERG, L. DOLLE, R. DARRAS, Commissariat A l'Energie Atomique, CEN Saclay, France http://www.eswp.com/water/proceedin
Hales, W. W. Cooling System Treatment http://www.eswp.com/water/proceedin
Flow-accelerated corrosion, FAC, is a serioushttp://www.eswp.com/water/proceedin
Flow-accelerated corrosion, Palo Alto, CA, RICHARD of pip
threat to the structural integrity chem
DOUGLAS P MUNSON, BINDI CHEXAL, BARRY DOOLEY, Electric Power Research Institute,corrosion-corrosion, cycle J. TIL
None
WILLIAM M. HANN, S. T. ROBERTSON, Rohm and Haas Company, Spring House, Pennsylvania http://www.eswp.com/water/proceedin
Pagan, D., Schmidt, P. G. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Andrews, W. L. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
None H. PETERSON, D. F. PENSENSTAD
TAKAHISA HATTORI, HISASHI FUJII, Mitsubishi Heavy Industries, Takasago, Japan, S. http://www.eswp.com/water/proceedin
PAUL COHEN, Consultant, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None H. PETERSON, D. F. PENSENSTAD
TAKAHISA HATTORI, HISASHI FUJII, Mitsubishi Heavy Industries, Takasago, Japan, S. http://www.eswp.com/water/proceedin
Sargent, J. K. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DANIEL B. RICE, The Dow Chemical Company, Midland, Michigan, ANDRE MEDETE, Dow Deutschland Inc., Rheinmuenster
None http://www.eswp.com/water/proceedin
PRENTISS B. CARTER, Central Illinois Light Company, Peoria, Illinois, K. ANTHONY SELBY, Puckorius & Associates, Inc., Ev
Medin, A. L. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology
Cohen, P. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology
Thompson, R. B. Cooling System Treatment http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CATHERINE BOLIN, Duke Power Company, Clover, South Carolina, GARY WARD, Duke Power Company, Charlotte, North C
When Inc., Burlington, starts to limit testing, http://www.eswp.com/water/proceedin
throughput, is not uncommon for th
CHARLES FOSTER, Diagnostic Cooling Solutions cooling capacityCooling tower a plant‘scooling toweritefficiency, cooling tower
Ontario, Canada
None http://www.eswp.com/water/proceedin
JOHN ZIMOWSKI, Dupont Co., Orange, TXMany manufacturers are overhauling their splash fill equipped cooling towers with f
DOUGLAS DEWITT-DICK, Ashland Specialty Chemical, Boonton, NJ http://www.eswp.com/water/proceedin
Regutti, C. W., Power, T. H. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment
The Park, KS; SUSANCooling to the Board of Public Water (BPU‘s) Nearman
BRUCE LARKIN, PE, Black & Veatch, Overland once-through water supplyTower Retrofit, CoolingUtilities‘Treatment City, KS Cr
http://www.eswp.com/water/proceedin
CINELLI, Board of Public Utilities (BPU), Kansas
BRUCE LARKIN, PE, Black & Veatch, Overland Park, KS; SUSANNone http://www.eswp.com/water/proceedin
CINELLI, Board of Public Utilities (BPU), Kansas City, KS
None
AMES W. CUCHENS, P.E., Southern Company Services, Inc, Birmingham, AL http://www.eswp.com/water/proceedin
This & Gas Co., Ridgefield, NJ; operating experience in cooling water, chlorine diox
Reuse water, secondary effluent, a Arthur Freedman Assoc
http://www.eswp.com/water/proceedin
ROBERT DEBENEDETTO, Public Service Elec. report describes four years ARTHUR J. FREEDMAN, 650 MW combined cycle
Paulson, E. G. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment
By Inc., the presence None
of RICHARD in a cooling tower is insufficient Immunology, S
Ph.D., Microbiology & to predict the p
THOMAS BUGLER and JOHN LANE, Evapco, itself,Taneytown, MD; legionellae MILLER,http://www.eswp.com/water/proceedin
N
JOHN J. FARMERIE, Cyrus Rice Water Consultants, Pittsburgh, PAone http://www.eswp.com/water/proceedin
None Ph.D., Microbiology & Immunology, S
THOMAS BUGLER and JOHN LANE, Evapco, Inc., Taneytown, MD; RICHARD MILLER,http://www.eswp.com/water/proceedin
A summary of Legionaries
None http://www.eswp.com/water/proceedin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO disease throughout the USA is provided. Also, a review
Cooling water systemsNone been the source http://www.eswp.com/water/proceedin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO have of Legionella bacteria proliferation sin
CHRISTOPHER J. NALEPA, Ph.D., Albemarle Corporation, Baton Rouge, LA http://www.eswp.com/water/proceedin
Kennerdell, PA Chlorine, sodium hypochlorite, cooling water, microbiologica
http://www.eswp.com/water/proceedin
PHILIP JONES, U.S. Generating Company, After four years of acceptable results, shock chlorination of the cooling tower at a 9
Duluth, GA; SAM OWENS, CHEMICO International, Inc., Corpus Blowdown, usin
Cooling Towers, as a http://www.eswp.com/water/proceedin
Conservation, Zero economical
AL YEOMAN, CHEMICO International, Inc., Hardness, chlorides and silica reductionWaterconcentrated fluid is Christi, TX Chlor
AKLIMA HOSSAIN, PE, HDR|Cummins and Barnard, Inc., Ann Arbor, MINone http://www.eswp.com/water/proceedin
Puckorius, P. R., Lindemuth, L. D. Cooling System Treatment http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BRIAN R. OHLER, Public Service Company of New Mexico, Farmington, New Mexico, WILLIAM A. HOLLINGSHAD, Calgon C
None
WILFRED OLSON, BRIAN VESTBY, SaskPower, Boundary Dam Power Station, Saskatchewan, Canada http://www.eswp.com/water/proceedin
BILLY FELLERS, Texas Utilities Generating Company, Glen Rose,NoneTexas http://www.eswp.com/water/proceedin
None
WILFRED OLSON, BRIAN VESTBY, SaskPower, Boundary Dam Power Station, Saskatchewan, Canada http://www.eswp.com/water/proceedin
The various & Associates, Inc., Evergreen, CO
None cooling water are identified and class
PAUL PUCKORIUS, GARY R. LORETITSCH, Puckoriusscales commonly encountered inhttp://www.eswp.com/water/proceedin
WAYNE C. MICHELETTI, Wayne C. Micheletti Inc., Charlottesville, VA http://www.eswp.com/water/proceedin
PAUL PUCKORIUS, GARY R. LORETITSCH, Puckorius & Associates, Inc., Evergreen, CO http://www.eswp.com/water/proceedin
JACK V. MATSON, University of Houston, Houston, Texas None http://www.eswp.com/water/proceedin
M. A. WINTERS, Amoco Corporation, Naperville, Illinois None http://www.eswp.com/water/proceedin
JACK V. MATSON, University of Houston, Houston, Texas None http://www.eswp.com/water/proceedin
None JOHN CHIAPPETTA, Drew Industria
AL THIEME, Clark Oil and Refining Corporation, Blue Island, Illinois, HAROLD MOFFAT, http://www.eswp.com/water/proceedin
None Colorado
JERRY PRINTZ, Stearns-Roger Division, United Engineers & Constructors, Inc., Denver, http://www.eswp.com/water/proceedin
Clarke, F. E. http://www.eswp.com/water/proceedin
Cooling System Treatment
None http://www.eswp.com/water/proceedin
BLAIR JONES, Capital Controls Company, Inc., Colmar, Pennsylvania, GERALD SLIFER, Public Service Electric and Gas Com
None
KENNETH J. KOZELSKI, E. I. Du Pont de Nemours & Co., Inc., Camden, South Carolinahttp://www.eswp.com/water/proceedin
None
W. K. JING, S. H. CHIANG, University of Pittsburgh, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
J. W. SIEGMUND, Sheppard T. Powell Associates, Baltimore, Maryland None http://www.eswp.com/water/proceedin
This paper gives DUPREE, Carolina Power the problem of copper Carolina, lead
Copper deposition, turbine, utility steam cycles, MW loss, eff
http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc, Wilmington, Delaware, LARRYbackground information on & Light, Raleigh, North depositionTOM
KEN LAYTON, Pacificorp, Salt Lake City, Utah None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc, Wilmington, Delaware, LARRY DUPREE, Carolina Power & Light, Raleigh, North Carolina, TOM
Two open meetings the discussion of copper fouling of high-pressure utility turbin
ANDREW HOWELL, New Century Energies, Englewood, CO of None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
THOMAS FITZSIMMONS, Basin Electric Power Cooperative, Bismarck, North Dakota, BRIAN LARSON, Basin Electric Power
None
W. B. WILLSEY, W.B. Willsey Associates Inc., Cherry Hill, New Jersey http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CHARLES H. FRITZ, Black & Veatch, Kansas City, Missouri, LAWRENCE R. LATTA, American Electric Power Service Corp.,
None
CHARLES M. SUENKONIS, Rust Environment & Infrastructure, Mechanicsburg, Pennsylvania http://www.eswp.com/water/proceedin
Research activity sponsored by EPRI has boiler
copper, feedwater, provided a clear understanding of the sci
http://www.eswp.com/water/proceedin
KEVIN J. SHIELDS and BARRY DOOLEY, Electric Power Research Institute, Palo Alto, CA water, steam, superheater, turbine
h
Moderator:Allan Harvey, Ph.D.., National Institute of Standards & Technology, Boulder, COttp://www.eswp.com/water/proceedin
Wilkes, J. F. http://www.eswp.com/water/proceedin
Cooling System Treatment
In the latest Advanced Boiling Water Reactor http://www.eswp.com/water/proceedin
Power Systems & Services Company, iron, crud, neutral
plants insoluble heater drain pump-u
MINORU KOBAYASHI, HAJIME HIRASAWA, Toshiba CorporationCorrosion, turbine, feedwater,in Japan , Yokohama, Japan pu
None
ANGELA ERVIN, KATHLEEN HARDY, Naval Research Laboratory, Washington, DC http://www.eswp.com/water/proceedin
W. J. WARD, D. A. JENSON, Olin Water Services, Overland Park,None Kansas http://www.eswp.com/water/proceedin
A. S. KRISHER, Monsanto Company, St. Louis, Missouri None http://www.eswp.com/water/proceedin
Rice, O. http://www.eswp.com/water/proceedin
Corrosion Control - General
None http://www.eswp.com/water/proceedin
L. D. PAUL, Babcock & Wilcox, Alliance, Ohio, G. I. OGUNDELE, Ontario Hydro, Toronto, Ontario, Canada
ROBERT D. PORT, Nalco Chemical Company, Naperville, Illinois None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PAUL D. SCHUMACHER, Wisconsin Electric Power Company, Milwaukee, Wisconsin, ROY A. JOHNSON, JOHN A. ROMBER
BENNETT P, BOFFARDI, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALLEN E. FELTZIN, Airco Industrial Gases, Murray Hill, New Jersey, ROBERT DI STEFANO, Syntec Corporation, Water Mana
MIKE A. WINTERS, Amoco Corporation, Naperville, Illinois None http://www.eswp.com/water/proceedin
Fox, C. E. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Bigger, T. W., Quinlan, J. F.,Carson, C. C. http://www.eswp.com/water/proceedin
This BRESHEARS, variety of corrosion monitoring techniques - including wet che
none http://www.eswp.com/water/proceedin
TZU-YU CHEN, RODNEY H. BANKS, JEFFREY paper reviews aNARASIMHA M. RAO, STEVEN N. NICOLICH and DANIEL M
Hollingshad, W. R., Shea, E. P. http://www.eswp.com/water/proceedin
Corrosion Control - Steel, Distillation
G. T. FARLEY, F. G. VOGT, Betz Laboratories, Inc., Trevose, PA None http://www.eswp.com/water/proceedin
Nole, V. F. http://www.eswp.com/water/proceedin
Corrosion Control - Copper Alloy
None
THOMAS H. PIKE, Western Farmers Electric Cooperative, Hugo, Oklahoma http://www.eswp.com/water/proceedin
None
JAMES C. BELLOWS, Westinghouse Electric Corporation, Orlando, Florida http://www.eswp.com/water/proceedin
Simon, D. E., II http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Sawochka, S. G., Pearl, W. L. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology
None http://www.eswp.com/water/proceedin
S. G. SAWOCHKA, M. E. CLOUSE, NWT Corporation, San Jose, California, B. LARSON, T. ARCHBOLD, Missouri Basin Pow
None http://www.eswp.com/water/proceedin
S. G. SAWOCHKA, M. E. CLOUSE, NWT Corporation, San Jose, California, B. LARSON, T. ARCHBOLD, Missouri Basin Pow
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
San
W. L. PEARL, S. G. SAWOCHKA, P. S. WALL, NWT Corporation, NoneJose, California http://www.eswp.com/water/proceedin
None Pennsylvania 15275
WILLIAM R. GREENAWAY, NUS Corporation, Park West II, Cliff Mine Road, Pittsburgh, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOHN W. MOFFETT, Kentucky Utilities Company, Ghent, Kentucky, JAMES E. ZOSKI, Betz Laboratories, Inc., Trevose, Penn
Wages, S. R. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Corrosion
The techniques River Corrosion product transport, crud, elemental are applied for
BARBARA D. SAWICKA, JERZY A. SAWICKI, AECL, Chalkof X-ray fluorescence and Mossbauer spectroscopyanalysis, oxidat
Laboratories, http://www.eswp.com/water/proceedin
San http://www.eswp.com/water/proceedin
T. A. HOOK, W. L. PEARL, S. G. SAWOCHKA, NWT Corporation,None Jose, California, J. SCHEIBEL, Electric Power Researc
JAMES BROWN, Ontario Hydro Research Division, Ontario, Canada None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PIETRO PINACCI, MARCO FERRARI, G. BUZZANCO, CISE Technologie Innovative Spa., Segrate, Italy, P. V. SCOLARI, EN
JOE LUX, Consultant, Massillon, Ohio None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DENNIS K. MORAN, City of Burbank, Plant Manager, Burbank, California, BRUCE A. JOHNSTON, PE, Betz Water Manageme
N
JOSEPH A. WILLY, Sony Electronics Inc., Pittsburgh, Pennsylvania one http://www.eswp.com/water/proceedin
Morris, E. B. Chemical Cleaning http://www.eswp.com/water/proceedin
This paper LLP, Austin, TX
DAVID DANIELS, Mechanical & Materials Engineering, will review the two corrosion mechanisms commonly found in condensin
None http://www.eswp.com/water/proceedin
Inc., Venice, FL and THOMAS F. SEACORD, P.E., Carollo Engineers, Boise, ID
reverse osmosis, been viewed as expensive, thus many ow
http://www.eswp.com/water/proceedin
JULIA E. NEMETH, PE, Harn R/O Systems,Membrane technologies have historicallymembrane softening, manufacturing, proc
HARBANS KOHLI, US Filter Corporation, Signal Hill, CA http://www.eswp.com/water/proceedin
With the None http://www.eswp.com/water/proceedin
PETER S. MEYERS, ResinTech, Inc., Cherry Hill, NJrecent interest in packed bed technology, many companies are considerin
DAN RICE, Dow Chemical Company, Midland, MI None http://www.eswp.com/water/proceedin
Cecil, L. K., Kirkpatrick, F. W. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
JOHN W. KAAKINEN, Chemetek, Astoria, Oregon None http://www.eswp.com/water/proceedin
J. R. HOWARD, V. G. MORGAN, Ohio Edison Company, Stratton,None Ohio http://www.eswp.com/water/proceedin
Thompson, J., Reents, A. C. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
TAKESHI IZUMI, Ebara Corporation, Kanagawa, Japan, HIDEO KAWAZU, Ebara Corporation, Tokyo, Japan, YUKIO HEMMI,
None http://www.eswp.com/water/proceedin
TAKESHI IZUMI, YOUSHI OHMORI, TAKAO INO, TATSUYA DEGUTI, Ebara Corporation, Tokyo, Japan, TOSHITAKE MORIK
None http://www.eswp.com/water/proceedin
TAKESHI IZUMI, HIDEO KAWAZU, MASAHIRO HAGIWARA, KAZUMI MAEHARA, Ebara Corporation, Kanagawa, Japan, YO
None
JOHN P. TERRY, CRYSTAL W. YATES, Buckman Laboratories, Memphis, Tennessee http://www.eswp.com/water/proceedin
DR. AL YEOMAN, Ciba-Geigy Ardsley, New York None http://www.eswp.com/water/proceedin
Taggart, E. J., Mull, E. B. http://www.eswp.com/water/proceedin
Filtration, Wastewater Treatment
FRANK MORENSKI, Graver Water, Union, New Jersey None http://www.eswp.com/water/proceedin
DAVID PAUL, David H. Paul, Inc., Farmington, New Mexico None http://www.eswp.com/water/proceedin
Ltd., thousands and ion exchange, resin, analysis, analyzed every year to see th
exchange resin samples are demineralization, softening,
http://www.eswp.com/water/proceedin
WAYNE BERNAHL, W Bernahl Enterprises ManyElmhurst, ILof ionCARL ROSSOW, ONDEO Nalco Company,Naperville, ILif de
http://www.eswp.com/water/proceedin
WAYNE BERNAHL, W Bernahl Enterprises Ltd., Elmhurst, IL and CARL ROSSOW, ONDEO Nalco Company,Naperville, IL
VIJAY K. PURI, Ionex Water Treatment, Inc., Pittsburgh, PA http://www.eswp.com/water/proceedin
Hauck, C. F. Water Reuse http://www.eswp.com/water/proceedin
This paper Inc., overview of the newest technology now being employed in Legione
Legionella, Cooling tower water, Drinking water, identification
http://www.eswp.com/water/proceedin
ZHE ZHANG, PH.D., San Air Technologies Laboratory, is an Powhatan, VA; PAUL PUCKORIUS, Puckorius & Associates, Inc.,
None http://www.eswp.com/water/proceedin
F. SIGON, C. ZAGANO, ENEL/DSR-CRTN, Milano, Italy, G. QUADRI, ENEL/DCO-ULP, Piacenza, Italy
Key success factors related chemistry, success factors, performance, oxygen trea
Africa, cycle chemistry have been identified. Current focus
http://www.eswp.com/water/proceedin
DENIS ASPDEN, Eskom Generation Group, Johannesburg, SouthCycle to BARRY CONLINEskom, Technology Group, Johann
RANDY C. TURNER, The Southern Company, Atlanta, Georgia None http://www.eswp.com/water/proceedin
None
BARRY DOOLEY, Electric Power Research Institute, Palo Alto, California http://www.eswp.com/water/proceedin
None
DAVID N. FRENCH, David N. French, Inc., Metallurgists, Northborough, Massachusetts http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
LAWRENCE GURNARI, Graver Water Union, New Jersey, ROBERT STANDBERG, Graver Water, Bainbridge, Pennsylvania
Kuhn, E. B. Deaeration http://www.eswp.com/water/proceedin
Jones, A. L. Deaeration http://www.eswp.com/water/proceedin
Steam deaeration has Deaeration, tray type, parallel downflow
existed
BILL RUNYAN, JAMES ABRUZZO, Cochrane, Inc., King of Prussia, PA for decades, but with today‘s increasingly difficult de
http://www.eswp.com/water/proceedin
ELI SALEM, Ecodyne Limited, Cranford, NJ http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. A. KELLY, Dearborn Division, W.R. Grace & Company, Lake Zurich, Illinois, C. E. GUZI, The Proctor & Gamble Company, C
M. A. WINTERS, Amoco Corporation, Naperville, Illinois None http://www.eswp.com/water/proceedin
Shoemaker, M. J. Ion Exchange http://www.eswp.com/water/proceedin
DEBORAH NAGLE, US EPA - Permits Division, Washington, DC http://www.eswp.com/water/proceedin
Baker, R. J. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Filtration,I
ANDREW CONSTABLE, Capital Controls Company, Colmar, Pennsylvania None http://www.eswp.com/water/proceedin
With None http://www.eswp.com/water/proceedin
BILL STROMAN, Primary Energy, San Diego, CAsystem load requirements dictating short periods of shutdown for some boiler
None http://www.eswp.com/water/proceedin
JOHN FARRAR, JOSEPH H. SMITH, Portals Water Treatment, Ltd., Isleworth, Middlesex, United Kingdom
None http://www.eswp.com/water/proceedin
JAMES K. RICE, Consulting Engineer, Olney, Maryland, RAYMOND F. MADDALONE, TRW, Inc., Redondo Beach, California,
None
JAMES L. GRECO, Pennsylvania Electric Company, Johnstown, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES K. RICE, Consulting Engineer, Olney, Maryland, RAYMOND F. MADDALONE, TRW, Inc., Redondo Beach, California,
The term Green, a buzzword in society which GSR, Sustainable Dev
JAMES GREEN, Heisler Green, Downers Grove, IL ―green‖ has becomeGreen Chemistry, Standards,many companies are us
http://www.eswp.com/water/proceedin
TIMOTHY EGGERT, GE Water & Process Technologies, Seal Beach, CA None http://www.eswp.com/water/proceedin
The drive Inc., W. Boylston, MA; JEFFREY MCAULEY, Massachusetts Water Res
in the covered primaryhttp://www.eswp.com/water/proceedin
clarifiers of a municipal waste treatm
JAMES SCUTTI, Massachusetts Materials Research, chains used Microbiologically influenced corrosion, MIC, 403 stainless ste
STEPHEN LAMB, Nickel Development Institute, Huntington, WV http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
JAMES SCUTTI, Massachusetts Materials Research, Inc., W. Boylston, MA; JEFFREY MCAULEY, Massachusetts Water Res
Wolff, J. J. Ion Exchange http://www.eswp.com/water/proceedin
Hoppe, T. C., Russell, R. A. Distillation,Ion Exchange
Boiler Deposit Control,http://www.eswp.com/water/proceedin
None
PETER MEYERS, L*A Water Treatment Corporation, City of Industry, California http://www.eswp.com/water/proceedin
M. B. YELIGAR, Permutit Company, Inc., Warren, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAVID H. CAMERON, London Monenco Consultants Ltd., St. Catherines, Ontario, Canada, HUGH BORLAND, DERRICK L. B
None
F. X. MCGARVEY, JOHN UNGAR, Sybron Chemical Division, Birmingham, New Jersey http://www.eswp.com/water/proceedin
Manring, W. E. Ion Exchange http://www.eswp.com/water/proceedin
Wirth, L., Jr. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. K. BURNS, JR., D. P. FETTERMAN, K. H. FREDERICK, GPU Nuclear Corporation, Reading, Pennsylvania, NICHOLAS T.
The Ferndale, WA, dedicated, SHELTON, Baker Industrial demineralizer were sp
Dedicated train, make-up demineralizer, split train
http://www.eswp.com/water/proceedin
KARA MILLHOLLIN, ARCO Products Company, three trains of aGLORIA K. two bed (SAC/SBA) makeupChemicals, Bellingham
JOHN ZUPANOVICH, Chemtreat, Inc., Glen Allen, VA None http://www.eswp.com/water/proceedin
Harding, T. P. Ion Exchange http://www.eswp.com/water/proceedin
None
David L. Drummonds, Southern Company Services, Inc., Birmingham, Alabama http://www.eswp.com/water/proceedin
Richardson, W., Driscoll, E. D. Ion Exchange http://www.eswp.com/water/proceedin
Farmer, H. C., Burgess, V. B. Ion Exchange http://www.eswp.com/water/proceedin
Indianapolis Power andInc., Company decided to undertake a Indianapolis of a r
Light http://www.eswp.com/water/proceedin
ROB LAWLER, TIMOTHY KEISTER, ProChemTech International, NoneBrockway, PA, JEFFERY TEAGUE,full scale test Powe
None http://www.eswp.com/water/proceedin
T. A. HOOK, W. L. PEARL, NWT Corporation, San Jose, California, J. SCHEIBEL, Electric Power Research Institute, Palo Alto
ELI SALEM, The Graver Company, Union, New Jersey None http://www.eswp.com/water/proceedin
This paper will provide None
background information on the Energy Technology water a
SARA PLETCHER, BARBARA CARNEY, SARAH FORBES, U.S. Department of Energy - Nationalrelationship between Laborat
http://www.eswp.com/water/proceedin
None
F. H. SEELS, D. L. GIBBON, G. C. SIMON, Calgon Corporation, Pittsburgh, Pennsylvania, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
W. E. ALLMON, N. J. MRAVICH, The Babcock & Wilcox Company, Alliance, Ohio, R. J. SAIA, General Electric Company, Sch
None
OTAKAR JONAS, Westinghouse Electric Corporation, Philadelphia, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
W. E. ALLMON, N. J. MRAVICH, The Babcock & Wilcox Company, Alliance, Ohio, R. J. SAIA, General Electric Company, Sch
Illig, G. http://www.eswp.com/water/proceedin
Cooling System Treatment
Duff, J. H. Filtration http://www.eswp.com/water/proceedin
Odland, K. Distillation http://www.eswp.com/water/proceedin
a Veolia Water Solutions & Removal, Desalination, Fouling Control, Unique Sepa
Boron proprietary Optimized Pittsburgh, PA
LNSP NAGGHAPPAN, N.A.Water Systems,The OPUS™ technology is aTechnology Company, Pretreatment and Organics Rem
http://www.eswp.com/water/proceedin
CAROLINE WILSON MUSSBACHER, Encana Oil & Gas Partnership, Calgary, AB,Canada http://www.eswp.com/water/proceedin
As the MECO, New Orleans, LA
PAUL A. W. CHOULES, Dr. ALASDAIR MACIVER,world‘s population continues to increase, and existing water supplies diminis
None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JANUSZ SIKORA, Debiensko Coal Mine, Katowice, Poland, KRZYSZTOF, SZYNDLER, Energotechnika, Knurow, Poland, ROD
None http://www.eswp.com/water/proceedin
MICHAEL L. WISDOM, Destec Energy, Inc., Houston, Texas, PHIL V. QUAILS, West Texas Utilities Co., Vernon, Texas
McBride, G. A. http://www.eswp.com/water/proceedin
Boehner, H. W. http://www.eswp.com/water/proceedin
ROBERT A. HART, SALLY A. THOMAS, Conoco, Inc., Ponca City, OklahomaNone http://www.eswp.com/water/proceedin
None City of Industry, California
PETER S. MEYERS, L*A Water Treatment Corporation, a Member of the Portals Group, http://www.eswp.com/water/proceedin
JOHN S. NORDIN, Betz●Converse●Murdoch, Inc., Plymouth Meeting, PA None http://www.eswp.com/water/proceedin
JOHN CASTAGNA, Industrial Water, The Permutit Company None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
QAZI HAIDER, DANNY MOORE, TU Electric, Glen Rose, Texas, PAUL W. GROSS, Monk Engineering, Inc., Houston, Texas,
MARY H. KERR, Sargent & Lundy, Chicago, Illinois None http://www.eswp.com/water/proceedin
None
A. C. MCDONALD, G. J. PATEK, Betz Laboratories, Inc., The Woodlands, Texas http://www.eswp.com/water/proceedin
BOB ROSAIN, CHET MORTON, CH2M Hill, Bellevue, WashingtonNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
R. J. WEIS, Peabody-Welles, Roscoe, Illinois, LEE STIERWALT, City of Colorado Springs, Colorado Springs, Colorado
J. D. DARJI, Infilco Degremont Inc., Richmond, Virginia None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. PRINTZ, L. W. JOHNSON, J. T. ARONSON, H. J. MARTIN, Stearns-Roger, Inc., Denver, Colorado
L. O. BRESTEL, Colorado-Ute Electric Association, Inc. None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. PRINTZ, L. W. JOHNSON, J. T. ARONSON, H. J. MARTIN, Stearns-Roger, Inc., Denver, Colorado
None http://www.eswp.com/water/proceedin
C. PALMER, Cotter Corporation, Lakewood, Colorado, A. HIMSLEY, J.A. BENNETT, Himsley Engineering Ltd., Toronto, Cana
The Membrane Systems, Inc., Wilmington, osmosis andLarge Diameter Element, P
Reverse Osmosis, Nanofiltration, nanofiltration elements ha
BENJAMIN ANTRIM and CHINH HOANG, Koch development of large diameter reverse MA http://www.eswp.com/water/proceedin
PETER MIDGLEY, Anderson Water Systems, Dundas, Ontario, Canada http://www.eswp.com/water/proceedin
Cross, J. R. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Cooling System Treatment
None http://www.eswp.com/water/proceedin
LAWRENCE GURNARI, The Graver Company, Union, New Jersey, THOMAS ROBERTS, Pennsylvania Electric Company (PE
None
JULIUS ISAAC, JOSE P. LOZADA, Ebasco Services Inc., New York, New York http://www.eswp.com/water/proceedin
This paper describes the York, NY; JAMESconstruction of feedwater, microfiltratio
Design-build, water HOFF, USFilter, Rockford, IL
http://www.eswp.com/water/proceedin
IAN CROSSLEY, DONALD BRAILEY, Hazen and Sawyer, P.C., New development andtreatment, boilera sophisticated automat
CHARLES FRITZ, Black & Veatch, Overland Park, KS http://www.eswp.com/water/proceedin
Power plant Corporation, Frederick, controls, target ZLD, NPDES, reuse, recycle,
Environmental a prime CLD, for environmental controls - (N
LISA BENNETT and KUMAR SINHA, PE, Bechtel Powerdischarges have becomeMD http://www.eswp.com/water/proceedin
DIANE MARTINI, Sargent & Lundy, LLC, Chicago, IL None http://www.eswp.com/water/proceedin
Strahlendorff, E. A http://www.eswp.com/water/proceedin
Clarification and Contact Softening
JOEL R. KASPER, Aquagenics Incorporated, Woburn, Massachusetts None http://www.eswp.com/water/proceedin
Eddy/AECOM, Laurel,Headworks Analysis, Respirometry.
BRIAN AYLAIAN and HONG YIN, Metcalf &This paper presents an MD http://www.eswp.com/water/proceedin
overview of the challenges encountered by power plant des
CHRISTIAN CABRAL, NA Water Systems, Pittsburgh, PA None http://www.eswp.com/water/proceedin
York, NY; JONATHAN WOOD,osmosis, RO,(ERRP) included the installation of a L
Reverse Siemens Water Technologies, Ionpure Products, 6
CHRISTINA HO, Consolidated Edison, NewCon Edison‘s East River Repowering Project http://www.eswp.com/water/proceedin
Continuous electrodeionization, CED
The cooling None gasification combined cycle (IGCC) D
HENRY HUNT, Ranney Collector Wells, Columbus, OH water supply for a new integratedhttp://www.eswp.com/water/proceedin
COLLEEN LAYMAN, PE, Bechtel Power Corporation, Frederick, MD None http://www.eswp.com/water/proceedin
Reverse and PHILIP W. FATULA, Sybron Chemicals, Inc., a Bayer process in de
STEFAN HILGER, Bayer AG, Leverkusen, Germany,osmosis is increasingly being used as the primary desaltingCompany, Pitt
none http://www.eswp.com/water/proceedin
JOSEPH F. GIANNELLI, Finetech Inc., Mountain Lakes, NJ http://www.eswp.com/water/proceedin
Tolman, S. T. http://www.eswp.com/water/proceedin
Relatively large volumes of
GEORGE HUDDLESTON, Entrix, Inc., Pendleton, plants in
http://www.eswp.com/water/proceedin
JOHN RODGERS, JR., Ph.D.., Clemson University, Clemson, SC, Nonewastewater are generated by coal-fired power SC and C
MARK JANICK, Bechtel Power Corporation, Frederick, MD http://www.eswp.com/water/proceedin
MOONEY, constructed wetland GEORGE selenium, mercury, FGD wastewater P
Constructed wetland, M. HUDDLESTON III, ENTRIX, Inc.,
http://www.eswp.com/water/proceedin
CYNTHIA MURRAY-GULDE, F. DOUGLASSite-specificENTRIX, Atlanta, GA;treatment systems have been designed and cons
With Nooter Eriksen, Fenton, MO being cycled-rather than being run co
JOSEPH SCHROEDER, LEWIS DOUGLAS, PE,U.S. combined-cycle plants increasinglyhttp://www.eswp.com/water/proceedin
None
Skelly, M. J., Keegan, R. T.,Lawler, J. P. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERT D. OWENS, Cyrus Rice Consulting Group, Pittsburgh, Pennsylvania, TORRY TVEDT, Jr., Dow Chemical Company, F
Launno, R. R., Rowe, W. H. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
H. A. SCHLESINGER, Gibbs & Hill, Inc., New York, NY None http://www.eswp.com/water/proceedin
R. E. KELLEY, Portland General Electric Co., Portland Oregon None http://www.eswp.com/water/proceedin
Obrecht, M. F., Quill, L. L. http://www.eswp.com/water/proceedin
Corrosion Control - Copper Alloy
HRSG manufacturers typically pearlite, ferrite,http://www.eswp.com/water/proceedin
HRSG, recommend against chemically duct firing, maricite,p
spheroidization, cleaning new units
DOUGLAS B. DEWITT-DICK, Ashland Specialty Chemical Co., Portland, TX, EDWARD S. BEARDWOOD, Ashland Specialty
Newman, J., Witt, W. Gas Scrubbing http://www.eswp.com/water/proceedin
Bruns, R. B. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
The Indiantown Generating Plant is Indiantown Generating facility using agricultur
None http://www.eswp.com/water/proceedin
JOEL M. DAVIE, Bechtel Power Corp., Frederick, MD; KEITH YEGERLEHNER,the zero liquid dischargeCo., Indiantown, FL; TE
STEPHEN P. WOOD, Carney‘s Point Generating Station, Carneys None NJ Point, http://www.eswp.com/water/proceedin
None
PETER S. MEYERS, L*A Water Treatment Corporation, City of Industry, California http://www.eswp.com/water/proceedin
Microbiologically influenced corrosion, the interaction between microbiological activ
Microbiologically influenced corrosion, monitoring, water trea
GEORGE J. LICINA, Structural Integrity Associates, Inc., San Jose, California http://www.eswp.com/water/proceedin
None
ARTHUR J. FREEDMAN, Arthur Freedman Associates, East Stroudsburg, Pennsylvania http://www.eswp.com/water/proceedin
The detection and control of planktonic microorganisms hasOntario, Canada
Division, Ashland Canada Inc., Ajax, been well understood
http://www.eswp.com/water/proceedin
EDWARD BEARDWOOD, JERRY K. THERRIEN, Drew Industrial Heat transfer, fouling factors, corrosion, underdeposit corros
JOHN F. GAREY, Bridger Scientific, Inc., Bourne, MA http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
EDWARD BEARDWOOD, JERRY K. THERRIEN, Drew Industrial Division, Ashland Canada Inc., Ajax, Ontario, Canada
None http://www.eswp.com/water/proceedin
KAROL DAUCIK, I/S Skaerbaekvaeket, Fredericia, Denmark, KATE WIECK-HANSEN, I/S Nordkraft, Aalborg, Denmark
JAMES K. RICE, Consulting Engineer, Olney, Maryland, THOMAS None Power Research Institute, Palo Alto, C
O. PASSELL, Electric http://www.eswp.com/water/proceedin
E. E. COULTER, The Babcock & Wilcox Co. Nuclear Equipment Division None http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
JAMES O. ROBINSON, Betz Laboratories, Trevose, Pennsylvania None http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
Boiler, cleaning, chemical cleaning,placed in service. In som
as they are deposits, boiler failure, d
Boilers begin to accumulate deposits as soonhttp://www.eswp.com/water/proceedin
K. ANTHONY SELBY, Water Technology Consultants, Inc., Evergreen, CO
Prevention of infections acquired while in the http://www.eswp.com/water/proceedin
JAY FARMERIE, Cyrus Rice Water Consultants, Inc., Pittsburgh, PA None hospital is one of the major safety init
MATTHEW R. FREIJE, HC Information Resources, Fallbrook, CA http://www.eswp.com/water/proceedin
This paper investigates the use and Authority, Chattanooga, TN
None http://www.eswp.com/water/proceedin
W. E. HAAS, Ecolochem, Inc., Norfolk, VA; GREG BARTLEY, Tennessee Valleydevelopment of microfiltration with ceramic me
RAMESH R. BHAVE, U.S. Filter/Memcor, Timonium, MD None http://www.eswp.com/water/proceedin
None Electric Power Research Institute, Pa
BRUCE LARKIN, LES WEBB, Black & Veatch, Kansas City, Missouri, BARRY DOOLEY, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GARY M. REGGIANI, Betz Industrial, The Water Management Division, Betz Laboratories, Inc., Trevose, Pennsylvania, RICHA
T. J. TVEDT, Jr., The Dow Chemical Company, Freeport, Texas None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GARY M. REGGIANI, Betz Industrial, The Water Management Division, Betz Laboratories, Inc., Trevose, Pennsylvania, RICHA
None http://www.eswp.com/water/proceedin
ORIN HOLLANDER, Betz Laboratories, Inc., Trevose, Pennsylvania, JACK LAMBERT, Betz Industrial, Huntsville, Alabama, DA
GERALD D. HANSEN, Consultant, Holicond, Pennsylvania None http://www.eswp.com/water/proceedin
Corporation, technology is one of the Japan; crud in the power industry. We have
TOC, leachables, crud, MASAHIRO resins, condensate, M
http://www.eswp.com/water/proceedin
TATSUYA DEGUCHI, TAKAO INO, EBARACrud removal Fujisawa-shi, Kanagawa,major topics removal HAGIWARA, AKIRA mo
The use of wastewater C. V,
VICTOR MARTΊNEZ MORALES, Altos Hornos de México S.A. DENone Monclova, Coahuila, Mexico for treatment and reuse in
http://www.eswp.com/water/proceedin
streams, municipal and industrial,
Hydrochem R&D has developedEDTA, scale dissolution,inhibitor for use in organic
WAYNE W. FRENIER, HydroChem Industrial Services, Houston, TX http://www.eswp.com/water/proceedin
Inhibitor, a low-hazard corrosion chelant, organic acid
None http://www.eswp.com/water/proceedin
WAYNE W. FRENIER, HydroChem Industrial Services, Inc., Houston, Texas, DAVID LARSON, Larson Engineering, Tulsa, Ok
Bays, C. A., Folk, S. H. Environmental Assessmenthttp://www.eswp.com/water/proceedin
TAKAO INO, and size leachables, high Corporation, gel type 14% crosslinkage ha
(UPS) strong acid cation gel resin with cation exchange resi
http://www.eswp.com/water/proceedin
TAKESHI IZUMI, MASAHIRO HAGIWARA, A uniform particle TOSHI TAKAI, Ebaracrosslinkage, Japan; MARVIN H. TEGEN, T
None http://www.eswp.com/water/proceedin
TIMOTHY W. TROFE, Radian Corporation, Austin, Texas, RICHARD J. SUGAM, Public Service Electric & Gas Company, New
PETER L. TREMONT, Peter L. Tremont & Associates, Houston, Texas None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
TIMOTHY W. TROFE, Radian Corporation, Austin, Texas, RICHARD J. SUGAM, Public Service Electric & Gas Company, New
None
A. D. PRUNAC, E. ZAGANIARIS, Rohm & Haas European Laboratories, Valbonne, France http://www.eswp.com/water/proceedin
None
T. R. DILLMAN, Illinois Water Treatment Company, Rockford, Illinois http://www.eswp.com/water/proceedin
The main E. HOOTS, Nalco Chemical Company, Naperville, IL halogens
of triazole demand in http://www.eswp.com/water/proceedin
cooling copper,
JENNIFER C. HORNE, NARASIMHA M. RAO, JOHN mechanismsTriazole, consumption,astripping,water system include: adsor
RALPH G. LOMBARDO, HARRIS KRAINMAN, Ashland Chemical None http://www.eswp.com/water/proceedin
Company, Drew Industrial Division, Boonton, New Jersey
SERGIO CASTRO, Instituto Mexicano Del Petroleo (IMP), Mexico, D.F., Mexico http://www.eswp.com/water/proceedin
None
L. S. GOLDEN, J. IRVING, Purolite International Limited, Pontyclun, Wales http://www.eswp.com/water/proceedin
JERRY GUTER, Boyle Engineering, Bakersfield, California None http://www.eswp.com/water/proceedin
None
L. S. GOLDEN, J. IRVING, Purolite International Limited, Pontyclun, Wales http://www.eswp.com/water/proceedin
THOMAS C. ROGINSKI, Betz*Converse*Murdoch* Inc., Plymouth None http://www.eswp.com/water/proceedin
Meeting, Pennsylvania, HARRY B. GAYLEY, Transamerica
None
J. J. SCHUCK, I. T. GODLEWSKI, Betz Laboratories, Inc., Trevose, PA http://www.eswp.com/water/proceedin
A. E. BISCHOF, The Mogul Corporation, Chagrin Falls, Ohio None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MARK DOWIAK, DONALD MESSINGER, DANIEL THRELFALL, Penn Environmental Consultants, Pittsburgh, Pennsylvania
ROBERT HELWICK, The Chester Engineers Inc. Coraopolis, PA. None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SEIICHI KAZAMA, MASAHITO KOBAYASHI, Hitachi Works, Hitachi, Ltd., Hitachi-shi, Japan, TAKAYOSHI TONE, NAGAO SU
We have further improved the crud removal resin for a BWR condensate deminera
TAKESHI iron, ion exchanger resin, condensate deminerali
http://www.eswp.com/water/proceedin
SAKAE KOSANDA, TATSUYA DEGUCHI, AKIRA MATSUMOTO, Crud, crudIZUMI, MASAHIRO HAGIWARA, TAKAO INO, Eb
None http://www.eswp.com/water/proceedin
V. V. NAIK, A. NATARAJAN, Thermax Limited, Pune, Maharashtra, India, K. S. KRISHNA RAO, E. G. A. NAMBOODIRI, Nucle
HAL SAUFLEY, Sybron Chemicals, Inc., Birmingham, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
V. V. NAIK, A. NATARAJAN, Thermax Limited, Pune, Maharashtra, India, K. S. KRISHNA RAO, E. G. A. NAMBOODIRI, Nucle
When dealing with Canada Corp., Ajax, Ontario, Canada; and MARK two performa
corrosion, fouling, feedhttp://www.eswp.com/water/proceedin
forward, feedback, are loop, closed
EDWARD S. BEARDWOOD, Drew Industrial Division, Ashland open evaporative cooling water systems, thereopenPANTAZES,
None
Y. HARAGUCHI, A. MIYAHARA, Japan Organo Company Ltd., Tokyo, Japan http://www.eswp.com/water/proceedin
New
TERRANCE LATERRA, Graver Water Division of Ecodyne, Union,None Jersey http://www.eswp.com/water/proceedin
Zepfler, L. H., Hill, J. C. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Wirth, L. F., Jr., Fradkin, A. M. Ion Exchange http://www.eswp.com/water/proceedin
None
F. JANKOWSKI, W. A. PABST, IU Conversion Systems, Horsham, Pennsylvania http://www.eswp.com/water/proceedin
None City, Utah
S. D. HEDEN, J. H. WILHELM, Eimco BSP Division of Envirotech Corporation, Salt Lake http://www.eswp.com/water/proceedin
None
ROBERT M. ROSAIN, Commonwealth Associates, Inc., Jackson, Michigan http://www.eswp.com/water/proceedin
IAN E. EISNER, Nalco Chemical Company, Naperville, Illinois None http://www.eswp.com/water/proceedin
MIKE WINTERS, Amoco Research, Naperville, Illinois None http://www.eswp.com/water/proceedin
Fluorescence, Oxidation-Reduction
http://www.eswp.com/water/proceedin
MARTIN GODFREY, RICHARD PETERSON, and STEPHEN MORI, Nalco Company, Naperville, IL Potential, Automation.
VICKIE OLSON, Honeywell Field Solutions, Atlanta, GA None http://www.eswp.com/water/proceedin
Hollberg, H. E., Armbrust, H. N. Filtration http://www.eswp.com/water/proceedin
DIONISIO G. CUISIA, Dearborn Chemical Company, Lake Zurich, None Illinois http://www.eswp.com/water/proceedin
MANFRED T. NOACK, Olin Corporation, New Haven, ConnecticutNone http://www.eswp.com/water/proceedin
None
RONALD A. PERREAULT, Ionics Incorporated, Watertown, Massachusetts http://www.eswp.com/water/proceedin
JUDITH RAWA, Calgon Corporation, Pittsburgh, Pennsylvania 15230 None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BILLY D. FELLERS, TU Electric, Glen Rose, Texas, DAVE S. SHENBERGER, Calgon Corporation, Pittsburgh, Pennsylvania
MIKE ROOTHAM, Westinghouse Corporation, Madison, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DIETER VON DER MARK, Schmidding-Werke, Cologne, West Germany, HANS H. RUMP, Institut Fresenius, SHAUN S. PIER
Archibald, F. L. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Steam Purity
None http://www.eswp.com/water/proceedin
ROBERT L. HAMILTON, Hamilton Engineering, Inc., Denver, Colorado, SUSAN L. COULTER, U.S. Filter/IWT, Rockford, Illino
LOU OBRADOVICH, Eichleay Engineers, Pittsburgh, Pennsylvania one N http://www.eswp.com/water/proceedin
O‘Mara, R. L. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology, Wastewater Treatment
None Halliburton Services,, Duncan, OK
C. W. JONES, Georgia Power Company, Atlanta, Georgia, L. D. MARTIN, G. W. LEWIS, http://www.eswp.com/water/proceedin
JAMES S. POOLE, Sheppard T. Powell Associates, Baltimore, Maryland None http://www.eswp.com/water/proceedin
Paulson, E. G. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
WILLIAM WEBSTER, Webster & Associates, Norristown, Pennsylvania, JOHN C. BUSCHMAN, Niro Atomizer, Inc., Columbia,
CHARLES L. SMITH, IU Conversion Systems, Inc., Horsham, PA 19044 None http://www.eswp.com/water/proceedin
This paper reports the ongoing clarification, current installation,flotation, floatationa
VA; ADRIAAN VAN DER BEEK, Nijhuis the pilot work for
http://www.eswp.com/water/proceedin
WILLIAM E. HAAS, Ecolochem, Inc., An Ionics Company, Norfolk, filtration, success of a DAF, dissolved air Water Technology,
MARK JANICK, Bechtel Power Corporation, Frederick, MD http://www.eswp.com/water/proceedin
Hoppe, T. C., Parmley, J. G. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Boiler Cor
This paper WILLIAM E. HAAS, Ecolochem, Inc., Norfolk, VA; and WENDELL GRE
gas transfer membrane, deoxygenation, carbon dioxide,diss
http://www.eswp.com/water/proceedin
RICHARD M. MODE, Ecolochem, Inc., St. Peters, MO; will focus on the benefits of dissolved oxygen removal by Gas Transfer
Genus-specific probes are DNA sequences, sometimes RNA sequences, which wi
http://www.eswp.com/water/proceedin
T.J. TVEDT, JR., Puckorius & Associates, Inc., Angleton, TX, GEORGE ASPERY, Microbiological Laboratories, Inc., Streetsbo
WILLIAM MOORE, Calpine Corporation, Houston, TX None http://www.eswp.com/water/proceedin
All deaerators are not created equal; Ft. someOxygen Removal, Boiler Feed PH.D
Deaerator, Condensate, TX and operating costs can Wate
http://www.eswp.com/water/proceedin
JACK B. PRATT, SIP Consultants, Inc. - Consultant to Altair Equipment Co., Inc.,withWorth,designs, ORIN HOLLANDER,excee
Robert Holloway, Holloway Associates, Etobicoke, Ontario, Canada http://www.eswp.com/water/proceedin
This paper describes Disinfection Systems, Hampshire, UK
http://www.eswp.com/water/proceedin
ANDREW W. COURT, DAVID GRANT, A. G. CALLERY, Portacelthe Portacel pumpless process of disinfectant liquid dosing un
Chemistry, Wuhan exchanger is divided intoElectricand lower beds with a header-
Double of Hydraulic & http://www.eswp.com/water/proceedin
upper Engineering, China
ZHANG CHENGXIN, Department of AppliedThe whole resin bedUniversity flow, ion exchanger, weak acid cation exchange resi
CHARLES H. FRITZ, Black & Veatch LLP, Kansas City, MO None http://www.eswp.com/water/proceedin
U.S. patent law Patent , Patent Law, Patent Litigation, affect companies' bott
can profoundly Ecolochem, Deoxygen
CLIFTON MCCANN, ESQ., Venable LLP, Washington, DC determines patent rights that http://www.eswp.com/water/proceedin
Interquisa Canada requires very high purity demineralised water for its manufacturi
DAVID BOULANGER,http://www.eswp.com/water/proceedin
Interquisa Canada, Montreal, QC, Ca
CHRISTIAN BEAULE, The Purolite Company, Paris, ON, Canada; Dual-functionality, strong base anion, acrylic resin, TOC, org
THOMAS SCHENDEL, Mechanical Engineering Company, Inc., Houston, TX None http://www.eswp.com/water/proceedin
In developing a flue gas desulfurization (FGD) retrofit program for its PLLC, Charlo
NC; gas desulfurization, FGD, waste water treatment, Duke
http://www.eswp.com/water/proceedin
ROBERT WYLIE and RICHARD BAKER, Duke Energy, Charlotte, Flue WILLIAM KENNEDY, Orion Engineering, stations,WWT
DIANE MARTINI, Sargent & Lundy, LLC, Chicago, IL None http://www.eswp.com/water/proceedin
Every None http://www.eswp.com/water/proceedin
DANIEL CICERO, Nalco Company, Naperville, IL cooling system operates under stress. As stress varies, the potential for scal
M. ROIDT, S. MANOCHA, Westinghouse R&D Center, Pittsburgh, None http://www.eswp.com/water/proceedin
Pennsylvania, OTAKAR JONAS, Jonas, Incorporated, Wilm
None http://www.eswp.com/water/proceedin
W. E. ALLMON, The Babcock & Wilcox Company, Research and Development Division, Alliance, Ohio
None
G. E. WELDER, R. R. RUMPF, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
W. R. GREENAWAY, NUS Corporation, Cyrus Wm. Rice Division,None http://www.eswp.com/water/proceedin
Pittsburgh, Pennsylvania
Barber, D., Dundar, Y. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology
None
CLARENCE D. COLLEY, Boeing Defense and Space Group, Huntsville, Alabama http://www.eswp.com/water/proceedin
This Company, Thompsons, Texas, CRAIG Amberpack™, reverse flow, Birm™ filte
Packed-Bed, cation COCKERHAM, Stone the side-by-side
EUGENE WILLIAMS, Houston Lighting & Power paper presents a summary of aretrofit, packed bed retrofit and & Webster Envi
http://www.eswp.com/water/proceedin
Ahlgren, R. M. http://www.eswp.com/water/proceedin
Distillation, Ion Exchange,Reverse Osmosis
TX; BILL LOYD, have Spiral wound Electrodeionization (SWEDI); On-site (RO) an
been Solutions, perceptions that
http://www.eswp.com/water/proceedin
AVIJIT DEY, PH.D, Omexell, Inc., Houston, Historically there Dow WaterwidespreadMinneapolis, MN reverse osmosis regenera
DOUGLAS KELLOGG, Siemens Water Technologies Corp., Rockford, IL None http://www.eswp.com/water/proceedin
Kneen, T. B., Kountz, R. R. Steam Purity http://www.eswp.com/water/proceedin
None
R. J. CHURCHILL, Petrolite Corporation, Tretolite Division, St. Louis, Missouri http://www.eswp.com/water/proceedin
STUART SAVAGE, Dravo Corp., Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
The Rockford, of 250 TDS, reverse osmosis,http://www.eswp.com/water/proceedin
ion exchange regenerated ion excha
SHAN S. SUNDARAM, P.E., Ambi-Design, Inc., total costs Illinois gpm RO systems and counter-current systems, counter-curre
ROBERT M. QUINN, RQ Associates, Teaneck, New Jersey, None http://www.eswp.com/water/proceedin
The total costs of 250 gpm Reverse Osmosis, Counter-current Ion Exchange,excha
SHAN S. SUNDARAM, AMBI-Design, Inc. Rockford, IL http://www.eswp.com/water/proceedin
RO, RO systems and counter-current regenerated ion CCIX
JOHN UNGAR, J & JU Associates, Arlington, VT None http://www.eswp.com/water/proceedin
Hydrochloric acid Corrosion resistance, CPVC, stainless steel, and mixedC-276
of cation exchangers Hastelloy bed
SHAN S. SUNDARAM, P.E., AMBI-Design, Inc., Rockford, IL is preferred in regeneration http://www.eswp.com/water/proceedin
JOHN CASTAGNA, American Aquasciences, Parsippany, NJ None http://www.eswp.com/water/proceedin
Winter, T. H., Fox, R. D.,Himmelstein, K. J. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Outsourcing is a growing business method providing boiler feed financing,an alterna
Outsourcing, EDWIN http://www.eswp.com/water/proceedin
(ED) R. FERTIG, water as water tre
C. RICHARD ISTRE, WILLIAM R. TEMPLE, CPA, Ecolochem, Inc., Norfolk, VA,capital expenditure, project GARY FROST, St L
TERRY LATERRA, Graver Water, Cranford, NJ None http://www.eswp.com/water/proceedin
Moderator: Bill Miller, Ecolochem, Norfolk, VA None http://www.eswp.com/water/proceedin
Hartung, H. A. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALAN PRYOR, National Water Management Corp., San Jose, California, MICHAEL BUKAY, Michael Bukay & Associates, San
TOM LARONGE, Thomas M. Laronge, Inc., Vancouver, Washington None http://www.eswp.com/water/proceedin
Mascitti, F. L. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Public Wa
Eshrich, C. H. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
Coleman, P. H. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
Upgrading conventional boiler feed systems with membranetreatment, reverse osm
JOHN C. KIERNAN, Ionics, Incorporated, Watertown, MA http://www.eswp.com/water/proceedin
Long-term leasing, membrane water paste water treatment
GREG BARTLEY, TVA, Chattanooga, TN None http://www.eswp.com/water/proceedin
In this Philadelphia, PA are scrutinized — including the cost
AMY H. LETTOFSKY, Rohm and Haas Company, highly competitive environment all costsexchange, life-cycle, payback, re-bed
Economics, EUAC, ionhttp://www.eswp.com/water/proceedin
MICHAEL O‘BRIEN, Graver Water Systems, Cranford, NJ http://www.eswp.com/water/proceedin
To Lakeland, FL; KENNETH R. WEISS, reliability, the upgrade, economics, power
Water treatment, Black & Veatch, Kansas City, has
http://www.eswp.com/water/proceedin
HUGH PATTERSON, City of Lakeland Florida, reduce operating costs and increase demineralizer City of Lakeland MO underta
KENNETH FREDERICK, Ion Exchange Associates, Inc., Reading, None PA http://www.eswp.com/water/proceedin
and CHARLES J. RUNKLEcan process 60%http://www.eswp.com/water/proceedin
that Membrana-Charlotte, Charlotte, NC
more water than current designs CO
AMIT SENGUPTA, BETH KITTERINGHAM,A membrane contactorWater, Membrane, Contactors, Modules, Degasification, has
F.TESSIER, E-Cell Corporation, Guelph, Ontario, boron using a new EDI unit as a
JOHN H. BARBER, GLENN TOWE, DAVID Results are presented on the removal of silica and Canada http://www.eswp.com/water/proceedin
This report Guelph, ON, Canada; DAVID TESSIER,structure of& Process Technol
Electrodeionisation, EDI, CEDI, Ion Exchange, Ultrapure Wa
on the GE Water the ion exchange r
JOHN BARBER, GE Water and Process Technologies,describes a detailed investigation http://www.eswp.com/water/proceedin
JEFFREY TATE, Agape Water Solutions, Inc., Harleysville, PA None http://www.eswp.com/water/proceedin
Incorporated, Watertown, MA
None http://www.eswp.com/water/proceedin
WILLIAM T. HARVEY, TED PRATO, Ionics Successful long-term performance of EDI systems is a function of robust system de
CHERYL G. SAWYER, Cogentrix, Suffolk, VA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PAUL A. FOSTER, MICHAEL J. ROWE, JOHN B. FARRAR, Portals Water Treatment, Isleworth, United Kingdom
F. X. MCGARVEY, Sybron Chemicals Inc., Birmingham, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PRABHAT KUMAR SINHA, Bechtel Civil, Inc., Gaithersburg, Maryland, KISHORE T. GOKHALE, Bechtel Eastern Power Corpo
JOHN M, PUGSLEY, Florida Power & Light Company, Miami, Florida None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MITSUGU ABE, YASUHIKO AOKI, YUJI HARAGUCHI, Nomura Micro Science Company, Ltd. Kanagawa, Japan, YOSHIAKI N
None http://www.eswp.com/water/proceedin
D. L. VENEZKY, Naval Research Laboratory, Washington, D.C., R. L. DAUSUEL, Naval Ship Engineering Center, Philadelphia
T. J. TVEDT, Jr., Dow Chemical Company, Freeport, Texas None http://www.eswp.com/water/proceedin
None
M. LINDA LIN, BRIAN V. JENKINS, Nalco Chemical Company, Oak Brook, Illinois http://www.eswp.com/water/proceedin
This paper focuses on theHAAS, Ecolochem, http://www.eswp.com/water/proceedin
E. transfer membrane, permeate by a hybrid process com
Inc., Norfolk, VA; dissolved oxygen, w
SCOTT B. GORRY, Ecolochem, Inc., East Hartford, CT; WILLIAM Gasdeoxygenation of ROdeoxygenation, JAMES W. MAHAF
BRIAN D. MILLER, CELGARD LLC, Charlotte, NC http://www.eswp.com/water/proceedin
Sasol Sasol low-grade coal for steam generation
Dust Suppression, Water Retention Capacity, Salt Retention
http://www.eswp.com/water/proceedin
JOEY SWART, Water & Environmental Research,utilises Technology R&D, Sasol, South Africafrom which ash is an inevitable c
J. MIKE BROWN, Betz Laboratories, Inc., The Woodlands, Texas,None http://www.eswp.com/water/proceedin
JIM POLITO, Betz industrial, Cincinnati, Ohio, KEVIN DENN
This paper reviews newer ASME recommended guidelines for sampling, monito
IRVIN COTTON, Arthur Freedman Associates, Inc, Newport, RItheBoiler systems, Chemistry monitoring, HRSG, Boiler feedwa
http://www.eswp.com/water/proceedin
This report outlines pretreatment system monitoring issues that will allow operators
ROBERT HOLLOWAY, Holloway Associates, Etobicoke, ON, Canada None http://www.eswp.com/water/proceedin
Zahirsky, R. W. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Steam Pu
Corrosion and fouling can compromisewater system, once-through cooling water, 3
PETER TEN EYCK and GEORGE PEABODY, Nalco Co, .Naperville IL http://www.eswp.com/water/proceedin
nuclear service cooling capacity and eventually lead to failu
K. Anthony Selby, Water Technology Consultants, Inc., Evergreen,None CO http://www.eswp.com/water/proceedin
Norfolk, VA, SCOTT B. GORRY, membranes, reverse Hartford, CT from tradition
a successful reverse osmosis system upgrade
http://www.eswp.com/water/proceedin
ROBERT A. ESCOBEDO, Ecolochem, Inc., This paper documents Composite Ecolochem, Inc., Eastosmosis, low energy, low p
Nelson, M. A. http://www.eswp.com/water/proceedin
Corrosion Control - General
None
P. V. BALAKRISHNAN, Atomic Energy of Canada Limited, Chalk River, Ontario, Canada http://www.eswp.com/water/proceedin
None
W. T. LINDSAY, Jr., Westinghouse Research & Development Center, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None
P. V. BALAKRISHNAN, Atomic Energy of Canada Limited, Chalk River, Ontario, Canada http://www.eswp.com/water/proceedin
FRED GRANEM, Mitsubishi Chemical America, Tarrytown, NY http://www.eswp.com/water/proceedin
Springman, C. J. Ion Exchange http://www.eswp.com/water/proceedin
None
GLEN W. BAGGLEY, IVAN BROZ, Jones & Laughlin Steel Corporation, Aliquippa, PA http://www.eswp.com/water/proceedin
DAVID E. SIMON II, NUS Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Tracey, A. W. http://www.eswp.com/water/proceedin
Corrosion Control - Copper Alloy
Maguire, J. J., Winston, R. E.,Betz, W. H., Betz, L. D. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Steam Purity
Kalinske, A. A. http://www.eswp.com/water/proceedin
DR. PETER A. YARNELL, Graver Technologies, Inc., Glasgow, DE http://www.eswp.com/water/proceedin
This paper describes utilization of the electrodeionization, GUIHE, Environmental
http://www.eswp.com/water/proceedin
AVIJIT DEY, GARETH THOMAS, Chemitreat Private Limited, Singapore, KIRAN ARUN KEKRE, TAOEDI, process on several
ResinTech ASM-10 Berlin, NJ ion Hybrid, http://www.eswp.com/water/proceedin
Ion hybrid Arsenic, Arsenic Removal, Silica, Sel
MICHAEL GOTTLIEB, PETER MEYERS, ResinTech, Inc., WestHP, a Exchange,exchange resin/adsorbent is now being used f
Operating capacity of resin depends
U. D. DATAR, KIRAN DESHAPNDE, M. KALYAN, Thermax Limited, Pune, India on regeneration level, contact time and conce
None http://www.eswp.com/water/proceedin
Rosene, R. B., Engle, J. P.,Floyd, G. L. http://www.eswp.com/water/proceedin
Corrosion Control - Steel
Yoder J. D. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
Engle, J. P., Reich, C. F.,Shoults, A. C. http://www.eswp.com/water/proceedin
Chemical Cleaning, Corrosion Control - General
Tray, S. E. http://www.eswp.com/water/proceedin
Cooling System Treatment
LEE HUGHES, Mobay Chemical Company, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
B. A. KERNS, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
PAUL EMLER, Allegheny Power Service Corp. Greensburg, Pennsylvania None http://www.eswp.com/water/proceedin
WILLIAM ZARELLA, Gulf Oil Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
PHILIP X. MASCIANTONIO, U.S. Steel Corp. None http://www.eswp.com/water/proceedin
Presley, M. http://www.eswp.com/water/proceedin
Corrosion Control - Copper Alloy
None http://www.eswp.com/water/proceedin
F. X. MCGARVEY, S. M. ZIARKOWSKI, E. W. HAUSER, M. C. GOTTLIEB, Sybron/Chemical Division, Birmingham, New Jerse
None
L. M. MAY, W. M. CARLSON, Nalco Chemical Company, Naperville, Illinois http://www.eswp.com/water/proceedin
DIANA KEELING, Pacific Gas and Electric Company, Avila Beach,None http://www.eswp.com/water/proceedin
California, SALLIE FISHER, Puricons, Inc., Malvern, Penns
PHILIP J. D'ANGELO, JoDAN Technologies, Glen Mills, PennsylvaniaNone http://www.eswp.com/water/proceedin
Larson, T. E. http://www.eswp.com/water/proceedin
Corrosion Control - General
Hatfield, H. F. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
AMANDA K. MEITZ, Mogul Corporation, Chagrin Falls, Ohio None http://www.eswp.com/water/proceedin
The efficacy VA Medical Center, Pittsburgh, PA; RADISAV VIDIC, University of ba
None http://www.eswp.com/water/proceedin
EDWARD MCCALL, JANET E. STOUT, VICTOR L. YU, of biocides against biofilm-associated Legionella and heterotrophic Pitt
Escher, E. D. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Resource Management
None
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, Federal Republic of Germany http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
FREDERICK J. POCOCK, The Babcock & Wilcox Company, Research and Development Division, Alliance, Ohio
Much None use of municipal wastewater treatme
CHUCK DALE, Ionics Incorporated, San Jose, CAattention has been recently given to thehttp://www.eswp.com/water/proceedin
DON BOUDREAU and DAWN GUENDERT, USFilter, Plainfield, IL http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BRIAN HARRINGTON, Bristol Energy, Bristol, New Hampshire, JEFF KISTY, MARCUS VASKA, Ashland Chemical Company,
This work Instituto a fast and economical evaluation of inhibition steel.
scale inhibition, calcium carbonate, carbon properties of com
http://www.eswp.com/water/proceedin
JESÚS MARÍN-CRUZ and ARQUIMEDES ESTRADA,describesMexicano del Petróleo México City, DF, México; and IGNACIO
Martin, L. D., Banks, W. P. Chemical Cleaning http://www.eswp.com/water/proceedin
JENO H. HAGGENMACHER, Triad Chemical, Donaldsonville, La. None http://www.eswp.com/water/proceedin
STEPHEN B. GALE, Andco Incorporated, Buffalo, N.Y
WALTER ZABBAN, The Chester Engineers, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
The ,EDERIO D. BIDOIA, State University electrochemical method using TiRu02 e
Sao Paulo
PETERSON B. MORAES, CARLOS R. CORSA, treatment of oil refinery wastewater by of http://www.eswp.com/water/proceedin
None
JONATHAN WOOD, YAIR EGOZY, GARY C. GANZI, Millipore Corporation, Bedford, Massachusetts http://www.eswp.com/water/proceedin
WILLIAM H. HIGHFIELD, Consultant, Ionics Inc., Phoenix, ArizonaNone http://www.eswp.com/water/proceedin
None
DENNIS E. GAUCHER, Ionics, Incorporated, Watertown, Massachusetts http://www.eswp.com/water/proceedin
MIKE MANSOURI, Amoco Chemicals Corporation, Alvin, Texas None http://www.eswp.com/water/proceedin
None
EDWARD P. GEISHECKER, Ionics Incorporated, Watertown, Massachusetts http://www.eswp.com/water/proceedin
Briggs, R. E. Ion Exchange http://www.eswp.com/water/proceedin
None Wilcox Company, Barberton, Ohio
O. BLOCK, Ebasco Services, Inc., New York, New York, GEORGE T. ZIRPS, Babcock &http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES BROWN, B. BZOVEY, D. J. DODD, J. HARNOY, P. LEINONEN, Ontario Hydro Research Division, Toronto, Ontario, C
W. L. PEARL, S. G. SAWOCHKA, NWT Corporation, Jose, CA None http://www.eswp.com/water/proceedin
D. HARTWICK, Dearborn Canada, Mississauga, Ontario, Canada,None LITTLE, Dearborn Division, W.R. Gra
J. RICHARDSON , D. http://www.eswp.com/water/proceedin
Rice, J. K. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
The FL; for reducing RO; Prefiltration;costs TOC; Iron; Filter; premium placed on
water treatment SDI; impacted with America
HENRY FRANK, Argonide Corporation, Sanford,driveRICK LANCASTER, Toyota Manufacturing, North theChiller; Bacteria; Bio
http://www.eswp.com/water/proceedin
None
DREW JOHNSON, PhD., PE, University of Texas at San Antonio, San Antonio, TX http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
HENRY FRANK, Argonide Corporation, Sanford, FL; RICK LANCASTER, Toyota Manufacturing, North America
Since 1992, a non-intrusive, on-line Inc., Houston, TX,rate, performance, Mississip
Condenser, tube cleaning, heat TOM system (SIDTEC®) h
http://www.eswp.com/water/proceedin
R. JONES, BetzDearborn, Trevose, PA, JAMES F. ECHOLS, SIDTEC Services,mechanical tube cleaning FREEMAN, oxidizing
EDWARD S. BEARDWOOD, Drew Industrial Division of Ashland Canada, Ajax, Ontario, Canada http://www.eswp.com/water/proceedin
Industrial IL None http://www.eswp.com/water/proceedin
MARK V. ROWZEE, Water Quality Association, Lisle,facilities, whether supplied by municipal sources or their own treatment pr
ASHOK PASRICHA, JOHN WILSON, PSE&G, Hancocks Bridge, New Jersey,
None PHIL D‘ANGELO, EPRI, Philadelphia, Pennsylv
http://www.eswp.com/water/proceedin
JIM MATHEWS, Charlotte, North Carolina None http://www.eswp.com/water/proceedin
Combustion turbine manufacturers Turbine, Evaporative Cooler, Langelier Saturati
Combustion P.E., CH2M HILL, Atlanta, GA
http://www.eswp.com/water/proceedin
DANIEL ROBINETTE, P.E., CH2M HILL, Englewood, CO; CHARLIE NICHOLS,have developed stringent water quality guideline
KARL W. HERMAN, Drew Chemical Corp., Boonton, New Jersey, None http://www.eswp.com/water/proceedin
ALFRED F. FOELSTER, Airco Industrial Gases, Bethlehem,
None
ARTHUR W. FYNSK, E. I. du Pont de Nemours & Company, Inc., Wilmington, Delaware http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
W. G. CHARACKLIS, NICHOLAS ZELVER, FRANK L. ROE, MUKESH H. TURAKHIA, Montana State University, Bozeman, M
97331
JAMES G. KNUDSEN, Oregon State University, Corvallis, Oregon None http://www.eswp.com/water/proceedin
Coleman, P. H. http://www.eswp.com/water/proceedin
Corrosion Control - General, Distillation
Rohlich, G. A. http://www.eswp.com/water/proceedin
This paper introduces the readersimulation, ofDidcot, Oxfordshire, U.K. in the wa
Software, to the use conceptual design, wastewater, engine
engineering software tools
MARK ISAACS, AEA Technology, Pittsburgh, PA, PETER MARTINAEA Technology plc., http://www.eswp.com/water/proceedin
This LEE, presents Ltd., Suwon, Korea, YONG-WOO LEE, JAE-JIN LEE, electro
calcium removal, electronics wastewater, hydrodynamic cav
http://www.eswp.com/water/proceedin
SUN-JIP KIM, JIN-YOUNG PARK, WON-KWON report G&G Co.,the test results on enhanced calcium removal from the Samsu
EDGAR F. HOY, Dowell Schlumberger, Tulsa, Oklahoma None http://www.eswp.com/water/proceedin
HOWARD E. STEIMAN, Boston Edison Company, Boston, Massachusetts None http://www.eswp.com/water/proceedin
Fouling of enhanced heat exchanger tubes HAYS, STEVEN COLBY, Ashland Wat
enhanced heat exchanger tubes, inorganic problem in the in
http://www.eswp.com/water/proceedin
EDWARD BEARDWOOD, Ashland Water Technologies, Ajax, ON, Canada; GEORGE has been a significant crystallization fou
JAY FARMERIE, Cyrus Rice Water Consultants, Inc., Pittsburgh, PA http://www.eswp.com/water/proceedin
EDWARD BEARDWOOD, Ashland Water Technologies, Ajax, ON, Canada http://www.eswp.com/water/proceedin
The concept of Pittsburgh, PA
None http://www.eswp.com/water/proceedin
JOHN J. (JAY) FARMERIE, Cyrus Rice Water Consultants, utilizing enhanced tube technology to reduce energy consumption t
PAUL PUCKORIUS, Puckorius & Associates, Evergreen, CO http://www.eswp.com/water/proceedin
NM Reverse osmosis, desalination, monitoring, silt density index
http://www.eswp.com/water/proceedin
STAN LUECK, RODI Systems Corp., Aztec,Cases have been documented in which the conventional silt density index (SDI) tes
The TX None http://www.eswp.com/water/proceedin
DAVID HILL, Severn Trent DeNora, Sugar Land,electrolytic generation of biocides from seawater or from brine is a proven, eco
The electrolytic TX; DAVID HILL, Severn Trent De Norafrom brine is a proven, R.P
on-site hypochlorite seawater or LLC, neutralization
http://www.eswp.com/water/proceedin
RUDOLF MATOUSEK, Severn Trent Services, Sugar Land,generation of biocides fromgeneration, oxidant Sugar Land, TX; eco
CHRISTOPHER NALEPA, PH.D., Albemarle Corp., Baton Rouge, LA http://www.eswp.com/water/proceedin
The use of enzymes Inc., Memphis, TN
RICHARD W. LUTEY, SR., Buckman Laboratories International, may offer a means to prevent or mitigate microbiologically influ
http://www.eswp.com/water/proceedin
Enzymes, MIC, Biofilm, biomass, microorganisms, mitigation
To help power plant Inc., Wilmington, DE http://www.eswp.com/water/proceedin
OTAKAR JONAS, LEE MACHEMER, BARRY DOOLEY, Jonas, operators and chemists to control cycle chemistry and corrosio
JAMES C. BELLOWS, Siemens Westinghouse Power Corporation, Orlando, FL http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim, Mannheim, Federal None Republic of Germany http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
S. RONNIE PATE, Georgia Power Company, Atlanta, Georgia, CALVIN E. TAYLOR, RANDY C. TURNER, TAMMY S. LOVVO
None http://www.eswp.com/water/proceedin
S. RONNIE PATE, Georgia Power Company, Atlanta, Georgia, CALVIN E. TAYLOR, RANDY C. TURNER, TAMMY S. LOVVO
BUD HERRE, Pennsylvania Power & Light, Allentown, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
R. A. SHAW, D. L. UHL, Nuclear Engineering and Operations Department, Electric Power Research Institute, Palo Alto, Califor
None http://www.eswp.com/water/proceedin
A. F. ASCHOFF, D. M. SOPOCY, Sargent & Lundy, Chicago, Illinois, C. C. STAUFFER, Babcock & Wilcox, Alliance, Ohio, R. B
DALE M. SOPOCY, A. F. ASCHOFF, Sargent & Lundy Engineers, None DOOLEY, Electric Power Research In
Chicago, Illinois, R. B. http://www.eswp.com/water/proceedin
None
F. J. POCOCK, Babcock & Wilcox, Research and Development Division, Alliance, Ohio http://www.eswp.com/water/proceedin
This paper reviews theNone of boiler water http://www.eswp.com/water/proceedin
history treatment at TVA Gallatin Unit 1, and
WILLIAM B. BORCK, Tennessee Valley Authority, Gallatin, Tennessee, GREG L. BARTLEY, Tennessee Valley Authority, Chat
None
THOMAS J. WYSOCKI, PETER R. LOVALLO, Detroit Edison, Detroit, Michigan http://www.eswp.com/water/proceedin
Produced water is commonly treated PAGE, http://www.eswp.com/water/proceedin
None Page Technology Ltd.,Calgary, AB, C
ROBERT HOLLOWAY, Holloway Associates, Etobicoke, ON, Canada; GORDONby lime softening/ion exchange for use as fee
None Page Technology Ltd., Calgary, AB, C
ROBERT HOLLOWAY, Holloway Associates, Etobicoke, ON, Canada; GORDON PAGE, http://www.eswp.com/water/proceedin
None
JOHN FAIR P. ENG., Fair Canada Engineering Ltd., Calgary, AB, Canada http://www.eswp.com/water/proceedin
None
NORBERT HENZEL, DENNIS EGAN, Bechtel-KWU Alliance, Gaithersburg, Maryland http://www.eswp.com/water/proceedin
FRANK J. WITT, U.S. Nuclear Regulatory Commission, Washington, DCNone http://www.eswp.com/water/proceedin
None
NORBERT HENZEL, DENNIS EGAN, Bechtel-KWU Alliance, Gaithersburg, Maryland http://www.eswp.com/water/proceedin
None Segrate, Italy
FABIO SIGON, ENEL, Milano, Italy, LUISELLA RICCARDI, CISE Innovative Technology, http://www.eswp.com/water/proceedin
CECIL M. CRISS, University of Miami, Coral Gables, Florida None http://www.eswp.com/water/proceedin
None
W. T. LINDSAY., Jr., Westinghouse Electric Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
Astrand, L. Chemical Cleaning http://www.eswp.com/water/proceedin
Brumbaugh, C. C. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
McDonnell, A. J. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Water Res
The TX; JEFF ALLEN, P.E., Brown and Caldwell,refinery wastewater biological tre
Wet Gas Scrubber, Purge Saint Activated
http://www.eswp.com/water/proceedin
FRANK CASTALDI, Brown and Caldwell, Austin,impacts of FCCU wet scrubber blowdown on Water, Paul, MN Sludge, Sulfite, N
JAMES DROMGOOLE, Fortbend Services, Inc., Stafford, TX None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
FRANK CASTALDI, Brown and Caldwell, Austin, TX; JEFF ALLEN, P.E., Brown and Caldwell, Saint Paul, MN
Strategies to evaluate biofouling monitor, microbial control, microbiocide, dispersan
http://www.eswp.com/water/proceedin
WAYNE H. DICKINSON, Buckman Laboratories, Memphis, TN and control microbial attachment in water systems were exa
JOSEPH R. DULOVICH, Ohio Edison Company, Stratton, Ohio None http://www.eswp.com/water/proceedin
LEONARD J. LEFEVRE, Dow Chemical U.S.A., Midland, MichiganNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware, S. C. SMITH, ChemLink, Inc., Cherry Hill, New Jersey, R. W. BRADSHA
None http://www.eswp.com/water/proceedin
ROBERT CHIESA, Sargent & Lundy, Chicago, Illinois, DENNIS GEARY, Wisconsin Power & Light Company, Madison, Wiscon
RODNEY H. SERGENT, Great Lakes Chemical Corporation, WestNone Lafayette, Indiana http://www.eswp.com/water/proceedin
E. D. NACE, Rohm & Haas Company, Spring House, Pennsylvania None http://www.eswp.com/water/proceedin
OZAWA, , ozonation of flowing lake water, Kobe, day in Japan, Y. TANIMURA,
Ozonation, intermittenthttp://www.eswp.com/water/proceedin
ozonation, cooling water, each, with
T. OGAWA, T. TAMURA, S. FUJIWARA, T.Intermittent Mitsubishi Electrical Corporation,twice a Hyogi, for 5 minutesbiofouling S
None
WAYNE C. MICHELETTI, Wayne C. Micheletti, Inc., Charlottesville, VA http://www.eswp.com/water/proceedin
G. L. WARD, Duke Power Company, Charlotte, North Carolina None http://www.eswp.com/water/proceedin
None
M. J. WOOTTEN, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
GORDON P. USITALO, THOMAS J. P. WYSOCKI, Detroit Edison,None http://www.eswp.com/water/proceedin
Detroit, Michigan, DANIEL B. RICE, The Dow Chemical Co
None
FRANCES M. CUTLER, Southern California Edison, Paramount, California http://www.eswp.com/water/proceedin
None SCOTT, Combustion Engineering Inc
THOMAS A. BEINEKE, JOHN F. HALL, DAVID J. MORGAN, KATHY E. MARUGG, D. B.http://www.eswp.com/water/proceedin
The Baltimore, MD, TIM KEANE, Legionella http://www.eswp.com/water/proceedin
GREGORY BOVA, The Johns Hopkins Hospital,Johns Hopkins Hospital in 1999 began to evaluate the safety and efficacy of ch
None Risk Management, Chalfont, PA, PAU
MARK HODGSON, Clayton Environmental, Edison, NJ http://www.eswp.com/water/proceedin
Risk Management, Chalfont, PA, PAU
GREGORY BOVA, The Johns Hopkins Hospital, Baltimore, MD, TIM KEANE, Legionella http://www.eswp.com/water/proceedin
Corrosive substances, None as sodium, chloride, sulfate, in the condensate water
such
TOSHIO SAKURADA, Kyushu Electric Power Co., Inc., Tokyo, Japan, JUNICHI IGARASHI, Organo Co., Inc., Tokyo, Japan o
http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
A. M. BADAWI, E. A. M. GAD, A. ABDELHAFIZ, Egyptian Petroleum Research Institute, Nasr City, Cairo, Egypt, M. ABULATTA
Knight, R. G., Baker, R. J. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment
L. NOLAN, Northern States Power, Monticello, Minnesota None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GARY E. BROBST, GEBCO Engineering, Edgewater, Maryland, SUE A. HOBART, Adams & Hobart Consulting Engineers, Sa
S. G. SAWOCHKA, NWT Corporation, San Jose, California None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GARY E. BROBST, GEBCO Engineering, Edgewater, Maryland, SUE A. HOBART, Adams & Hobart Consulting Engineers, Sa
JIM LUKANICH, Buckman Laboratories, Memphis, Tennessee None http://www.eswp.com/water/proceedin
None
WAYNE C. MICHELETTI, Wayne C. Micheletti, Inc. Charlottesville, Virginia http://www.eswp.com/water/proceedin
ROBERT M. QUINN, R Q Associates, Inc., Teaneck, New Jersey, None http://www.eswp.com/water/proceedin
CONNIE MORTON, City of Sarasota Water Plant, Sarasota,
ROY HANGO, IBM Corporation, Essex Junction, Vermont None http://www.eswp.com/water/proceedin
J. S. GILL, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
JOSEPH G. CARROLL, Ciba-Geigy Corporation, Ardsley, New York None http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
MELISSA KEGLAY, ONDEO Nalco Chemical Company. Naperville, IL, JIM DAUGHERTY,Armstrong International, Inc., Three
The goal of this study, completed by ONDO Nalco Co. and Armstrong International
http://www.eswp.com/water/proceedin
MELISSA KEGLAY, ONDEO Nalco Chemical Company. Naperville, IL, JIM DAUGHERTY,Armstrong International, Inc., Three
LORAINE HUCHLER, MarTech Systems, Inc., Lawrenceville, NJ http://www.eswp.com/water/proceedin
YONG H. KIM, Stranco, Inc., Bradley, Illinois None http://www.eswp.com/water/proceedin
WALTER ZABBAN, Chester Environmental, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
In this work calcium carbonate scale is induced carbon steel, EIS, cooling towers
http://www.eswp.com/water/proceedin
JESUS MARIN-CRUZ, Instituto Mexicano del Petróleo, C.P., Mex calcium carbonate scale, by means an electrochemical treatm
None Bridgewater, New Jersey
INGRID E. WOERNER, ROBERT A. HOLZER, National Starch & Chemical Corporation, http://www.eswp.com/water/proceedin
None PA 15275
DONALD R. BRENNEMAN, NUS Corporation, Park West II, Cliff Mine Road, Pittsburgh. http://www.eswp.com/water/proceedin
P. PINACCI, S. BONATO, G. BUZZANCA, CISE, Segrate, Italy, P. None http://www.eswp.com/water/proceedin
V. SCOLARI, R. STEFANONI, ENEL, Piacenza, Italy
JAMES A. MATTHEWS, Duke Power Company, Charlotte, North Carolina None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
P. Y. CREE, J. M. RICHARDS, Portland General Electric, Beaverton, Oregon, T. M. LARONGE, J. M. SHANE, D. L. SKAGGS,
Strongly basic anion-exchange resins are Ltd, Pune, using
None http://www.eswp.com/water/proceedin
SHIRISH NAIK, S.V.MOKASHI, SUJATA KULKARNI, KIRAN DESHPANDE, Thermaxbrominated India bromine and used as a
GREG VERO, Orica Watercare Inc., Oxford, NC None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MICHAEL D. MAYNE, Dow Chemical Company, Freeport, Texas, JACK B. PRENTISS, Central Power and Light Company, Co
FRANCES M. CUTLER, Southern California Edison, Paramount, California None http://www.eswp.com/water/proceedin
The role of process simulation in INC., Scotch evaluating SCOTT HOUTHUYSEN
Water purification, wastewater NJ, the performance of wate
http://www.eswp.com/water/proceedin
DEMETRI P. PETRIDES, A. KOULOURIS, J. CALANDRANIS, INTELLIGEN, designing andPlains,treatment, water recycling, co
STEPHEN E. DOMINICK, USFilter, Rockford, IL http://www.eswp.com/water/proceedin
JAMES A. MATHEWS, Duke Power Company, Charlotte, North Carolina None http://www.eswp.com/water/proceedin
RICHARD HETHERINGTON, Epicor, Inc., Linden, New Jersey None http://www.eswp.com/water/proceedin
In IL Evaporator, a purge stream is generally required to control F
http://www.eswp.com/water/proceedin
MARK NICHOLSON, PE, HPD LLC, Plainfield,the wet limestone FGD process, Brine Concentration, Flue Gas Desulfurization, t
MICHAEL PRESTON, Black & Veatch Corporation, Overland Park, KS None http://www.eswp.com/water/proceedin
Many Solutions & Technologies Company, Pewaukee, containDischarge, ZLD, Bo
Evaporation, wastewaters which Liquid soluble salts includ
http://www.eswp.com/water/proceedin
WILLIAM SHAW, P.E., HPD, LLC, a Veolia Waterindustrial operations generateCrystallization, ZeroWI
MICHAEL PRESTON, Black & Veatch Corporation, Overland Park, KS None http://www.eswp.com/water/proceedin
ROBERT G. JUMP, Corning Glass Works, Corning, New York None http://www.eswp.com/water/proceedin
WALTER ZABBAN, The Chester Engineers, Pittsburgh, PA None http://www.eswp.com/water/proceedin
Denton, J. R. http://www.eswp.com/water/proceedin
Distillation, Ion Exchange
None
G. L. WILSON, J. C. NOWAK, T. M. O'NEAIL, Resources Conservation Co., Bellevue, Washington http://www.eswp.com/water/proceedin
None Mexico
DAVID H. PAUL, JIM PETRIE, Public Service Company of New Mexico, Waterflow, New http://www.eswp.com/water/proceedin
None
THOMAS C. BRESKE, E. I. du Pont de Nemours & Co., Wilmington, Delaware http://www.eswp.com/water/proceedin
STEPHEN SHULDER, Constellation Energy, MD Biocide addition, Corrosion control, Corrosion a variety of po
http://www.eswp.com/water/proceedin
Oxidation Potential Reduction (ORP) measurements may be used in Product Trans
Wise, C. T. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
None http://www.eswp.com/water/proceedin
KATSUJI MAEDA, MASAHIRO NAKAMURA, Toshiba Corporation, Yokohama, Japan, KATSUMI NAGASAWA, Toshiba Engin
None
JOHN M. RIDDLE, Halliburton NUS Environmental Corporation, Pittsburgh, Pennsylvaniahttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KATSUJI MAEDA, MASAHIRO NAKAMURA, Toshiba Corporation, Yokohama, Japan, KATSUMI NAGASAWA, Toshiba Engin
VALENTINA CIMKINA, MOSENERGO, Moscow, Russia None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
Panel Moderator: Edward (Ted) Beardwood, Ashland Chemical Drew Division, Ajax, Ontario, Canada
Burrock, R. J., Jacklin, C. Ion Exchange http://www.eswp.com/water/proceedin
JENNY THOM, MARK GIUSTO, Drew Industrial Division, Ashland None http://www.eswp.com/water/proceedin
Chemical Company, Boonton, New Jersey
Spurney, P. M., Meyer, S. O. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Steam Pu
None http://www.eswp.com/water/proceedin
ROGER A. LEWIS, Southern Company Services, Birmingham, Alabama, JUD RICHARDSON, Alabama Power Company, Gor
None http://www.eswp.com/water/proceedin
GEORGE P. BAKER, Cleveland Electric Illuminating Co., Cleveland, Ohio, GEORGE J. CRITS, Cochrane Environmental Syste
V. R. DAVIES, Rohm and Haas Company, Philadelphia, Pennsylvania None http://www.eswp.com/water/proceedin
Jacobs, E. L., Thompson, W. L. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Calise, V. J. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Deaeration
None
KURT HOCHMÜLLER, BASF AG, Ludwigshafen/Rhein, Federal Republic of Germany http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PAUL F. PELOSI, Drew Chemical Corporation, Boonton, New Jersey, PHILIP D. HILL, American Cyanamid Company, Bound B
None http://www.eswp.com/water/proceedin
ROBERT W. GRIFFIN, NUS Corporation, Park West II, Cliff Mine Road Pittsburgh, Pennsylvania 15275
Applebaum, S. B. Ion Exchange http://www.eswp.com/water/proceedin
Transcanada PipelinesCombined cycle, HRSG, condensate polisher, one under co
North cycle plants Canada
J. STUART BROWN, Liquid Six Inc., York. ME, RANDY GERMAN, Ltd. operates four combined Bay, Ontario,with air cooled con
TransCanada Power,http://www.eswp.com/water/proceedin
KUMAR SINHA, Bechtel Power Corporation, Frederick, MD http://www.eswp.com/water/proceedin
Scharnberg, L. N., Lynch, E. F. http://www.eswp.com/water/proceedin
Cooling System Treatment
Dicke, G. J. Ion Exchange http://www.eswp.com/water/proceedin
None
MICHAEL SHERM, H. E. MYNHIER, Union Carbide Corporation, S. Charleston, W. VA http://www.eswp.com/water/proceedin
None
R. A. WALKER, Fluid Systems Div., UOP Inc., San Diego, California http://www.eswp.com/water/proceedin
None
ALEX O. HOBBS, KENNETH FENNELL, Carolina Power and Light, Raleigh, North Carolina http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOSEPH A. BATTAGLIA, Westinghouse Electric Corporation, Monroeville Nuclear Center, Pittsburgh, Pennsylvania
Calise, V. J. http://www.eswp.com/water/proceedin
Ion Exchange, Clarification and Contact Softening,Filtration
None
R. F. JACCARINO, W. R. CONLEY, Neptune Microfloc, Inc., Corvallis, Oregon http://www.eswp.com/water/proceedin
None
JAMES S. POOLE, Shepard T. Powell & Associates, Baltimore, Maryland http://www.eswp.com/water/proceedin
Dick, I. B., Silliman, P. L. Power Water Technology
Ion Exchange, Nuclearhttp://www.eswp.com/water/proceedin
Losee, L. B. Boiler Deposit Control http://www.eswp.com/water/proceedin
Adkins, Selden K.. http://www.eswp.com/water/proceedin
None Ashland Chemical Company, Boonto
CARL J. CAPPABIANCA, PAUL F. PELOSI, JAMES H. NULTY, Drew Industrial Division, http://www.eswp.com/water/proceedin
PAUL COHEN, Consultant, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Kennedy, C. M., Meyers, P. S.,Crits, G. J. Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
K. H. FREDERICK, J. G. REED, Metropolitan Edison Co., Middletown, PA., R. M. GLASS, CPU Service Corporation
L. F. WIRTH, The Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
K. H. FREDERICK, J. G. REED, Metropolitan Edison Co., Middletown, PA., R. M. GLASS, CPU Service Corporation
Dick, I. B. Ion Exchange http://www.eswp.com/water/proceedin
Smith, O. A., Bunting, W. E. Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
Long, E. R. http://www.eswp.com/water/proceedin
Corrosion Control - Steel
None http://www.eswp.com/water/proceedin
J. ROESMER, L. R. DOLE, Westinghouse Pressurized Water Reactors Division, Pittsburgh, Pennsylvania, R. E. MESMER, Ho
Cole, S. A. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Biological
Holmes, J. A., Jacklin, C. Boiler Deposit Control http://www.eswp.com/water/proceedin
Holmes, J. A., Jacklin, C. Boiler Deposit Control http://www.eswp.com/water/proceedin
Holmes, J. A., Jacklin, C. Boiler Deposit Control http://www.eswp.com/water/proceedin
An experimental device was condensation, Mie University, TAKASHI HONDA, TAK
Early fabricated, based on cooling of super heated steam th
http://www.eswp.com/water/proceedin
HIROSHI YAMAUCHI, Hitachi Ltd., Japan, TAKAYUKI MIZUNO, SHINICHI UESHIMO,corrosive impurities, concentration, LP t
JIM BELLOWS, Westinghouse Electric Corporation, Orlando, FL None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERTO ALVAREZ-GALLEGOS, SUSANA SILVA-MARTINEZ, University of Southampton, Southampton, United Kingdom, J
None
D. M. SOPOCY, A. R. GLAZER, J. A. MONTANUS, Sargent & Lundy, Chicago, Illinois http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROBERT L. HAMILTON, Stearns-Roger Division, United Engineers & Constructors, Denver Colorado
Mohler, E. F. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment,Wastewater T
FRANK N. KEMMER, Nalco Chemical Co., Oak Brook, Illinois None http://www.eswp.com/water/proceedin
None
SALLIE A. FISHER, GERARD OTTEN, Puricons, Inc., Berwyn, Pennsylvania http://www.eswp.com/water/proceedin
None
SALLIE FISHER, GERARD OTTEN, Puricons, Inc., Berwyn, Pennsylvania http://www.eswp.com/water/proceedin
None
SIDNEY SUSSMAN, PAUL U. LABINE, Olin Water Services, Overland Park, Kansas http://www.eswp.com/water/proceedin
WILLIAM R. GREENAWAY, Cyrus Wm. Rice Division, NUS Corporation None http://www.eswp.com/water/proceedin
Wirth, L. F. Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. R. EMMETT, A. HEBBS, NEI Thompson Ltd., Kennicott Water Treatment, West Midlands, England
Pankey, T. L., Hansell, H. F. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Cooling System Treatment
O‘Rourke, J. T. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Distillation
Adkins, S. K. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
None http://www.eswp.com/water/proceedin
DON BRODIE, The Purolite Company/Microlite, Bala Cynwyd, Pennsylvania, JOSEPH BORGQUIST, CINDY RANALLI, The Pu
Carmichael, D. C. Ion Exchange http://www.eswp.com/water/proceedin
Hall, R. V. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Corrosion
Associates, Inc., Pittsburgh, PA
Failure analysis, boiler http://www.eswp.com/water/proceedin
tubes, hydrogen applied to the princip
MEHROOZ ZAMANZEDEH, Ph.D., MATCOIn this introductory survey failure analysis, methodology will be damage, creep failur
Over the last several years, a number of failures involving the cyclic loading of heat
DAVID KOTWICA, GE Water & Process Techologies, The Woodlands, TX None http://www.eswp.com/water/proceedin
The
A slide presentation :followed by comments on the slides.-
presentation is in th
R. DAVID PYNE, ASR Systems LLC, Gainesville, FL None http://www.eswp.com/water/proceedin
The use of ion chromatography for CARVALHO, IAN SCARTH, PEET LINDAU, G
ion chromatography, corrosion.
http://www.eswp.com/water/proceedin
BEVERLY NEWTON, MIKE DOYLE, Dionex Corporation, Sunnyvale, CA, LUISmonitoring corrosive ions in water has been imp
None http://www.eswp.com/water/proceedin
ROBERTO RAMIREZ-DELGADO, JUAN PAREDON-DELGADO, Comision Federal de Electricidad-Laboratorio, Irapuato, Gua
None http://www.eswp.com/water/proceedin
LEROY E. RUGG, PETER A. BROWN, Calgon Corporation, Pittsburgh, Pennsylvania, THOMAS C. KUECHLER, Occidental C
None
B. C. WHITE, J. W. DAVIS, Carolina Power and Light Company, Southport, North Carolina http://www.eswp.com/water/proceedin
None
DAVID E. SIMON, II, NUS Corporation, Cyrus Wm. Rice Division, Pittsburgh, http://www.eswp.com/water/proceedin
ROBERT A. HART, Continental Oil Company, Ponca City. Oklahoma None http://www.eswp.com/water/proceedin
None
DAVID E. SIMON, II, NUS Corporation, Cyrus Wm. Rice Division, Pittsburgh, http://www.eswp.com/water/proceedin
Wilkes, J. F., Welch, E. M. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
This report highlights the problematic contaminants in Waste wastewater. It also
Flue Canonsburg, PA http://www.eswp.com/water/proceedin
DEVESH MITTAL, JACK HOSKIN, Aquatech International Corporation, Gas Desulfurization, FGD, the FGDWaterTreatment, Se
Duke Energy‘s Gibson Flue gas desulfurization, of the wastewater treatment, waste
Generating Station, one FGD, largest coal-fired Energy, Ow
PETER TEN EYCK, BILL NICKRAND, JOHN GUIDOS, Nalco, Wexford, PA; RICK CLEVELAND JIM MEZO, Duke power plant
http://www.eswp.com/water/proceedin
ARUN MITTAL, Aquatech International Corp., Canonsburg, PA None http://www.eswp.com/water/proceedin
This report Inc., Houston, Texas, STEPHEN http://www.eswp.com/water/proceedin
Boiler, cleaning, and field testing of Consumers acid-based
WAYNE W. FRENIER, Hydrochem Industrial Services, discusses the development formicP. DONNER, a new formicPower Co.,
acid, inhibitor
None http://www.eswp.com/water/proceedin
BRUCE W. VIGON, NORMAN G. REICHENBACH, Battelle Columbus Division, Columbus, Ohio, ROBERT D. MOSS, Tenness
ALAN L. SMITH, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BRUCE W. VIGON, NORMAN G. REICHENBACH, Battelle Columbus Division, Columbus, Ohio, ROBERT D. MOSS, Tenness
None MARCH, Tennessee Valley Authority
ROBERT D. MOSS, Tennessee Valley Authority, Chattanooga, Tennessee, PATRICK A. http://www.eswp.com/water/proceedin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, ColoradoNone http://www.eswp.com/water/proceedin
South http://www.eswp.com/water/proceedin
I. R. GIBSON, Industrial Water Management, Pty., Johannesburg, None Africa, C. M. HWA, Dearborn Chemical Company, La
N
J. FRED WILKES, Consulting Chemical Engineer, Titusville, Florida one http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. MOLDOFSKY, F. X. MCGARVEY, Sybron Chemicals, Inc., Birmingham, New Jersey, DAVID HAYEK, LEONARD TARPLEY
Ohio, http://www.eswp.com/water/proceedin
JEFFREY K. JAMISON, Huntsman Chemical Corporation, Belpre, None NICHOLAS J. ALFANO, Calgon Corporation, Pittsburg
PETER D. BURLAND, Tetomer Corporation, Houston, Texas None http://www.eswp.com/water/proceedin
None
KENNETH J. KOZELSKI, E.I. du Pont de Nemours & Co., Inc., Camden, South Carolina http://www.eswp.com/water/proceedin
A new continuous electrodeionization (CEDI) module design employs advances su
Electrodeionization, CEDI, ultrapure water, thick ERIN WEST
Light, Cassville, WI, and cell, layered
JONATHAN WOOD, US Filter, Lowell, MA, DENNIS BLACKBOURN, Wisconsin Power &http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAVID J. HAYEK, LEONARD W. TARPLEY, Corpus Christi Petrochemical Company, Corpus Christi, Texas
Downing, D. G., Susanin, A. G.,Orlando, C. T. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KAJ D. RONDUM, EVERETT J. FULLER, DOUGLAS B. DEWITT-DICK, Drew Industrial Division, Ashland Chemical Company
MANFRED NOACK, Olin Corporation, Cheshire, Connecticut, None http://www.eswp.com/water/proceedin
Schmidt, K. A. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
F. X. MCGARVEY, Sybron Chemicals, Inc., Birmingham, New Jersey, M. MOLDOFSKY, Sybron Chemicals, Inc., Houston, Tex
Rooke, D. L., Morrison, W. S. http://www.eswp.com/water/proceedin
GARY CAPLAN, FRED STEGMAYER, Bird Archer, Inc., Cobourg, None Ontario, Canada http://www.eswp.com/water/proceedin
JAMES L. RABER, 3M Company, St. Paul, Minnesota None http://www.eswp.com/water/proceedin
RICHARD C. SCHWARZ, C.L. Schwarz & Company, Pineville, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SAMUEL E. SHULL, FRANCIS J. HIMPLER, Lonza, Inc., Williamsport, Pennsylvania, PAUL R. PUCKORIUS, Puckorius Assoc
Kunin, R., Frisch, N. W.,McGarvey, F. X. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
E. A. SAVINELLI, Savinelli Associates, Wilton, Connecticut, A. J. FREEDMAN, T. M. LARONGE, Thomas M. Laronge, Inc., Va
Bell, G. R. Filtration http://www.eswp.com/water/proceedin
A number LLC, Baltimore, MD http://www.eswp.com/water/proceedin
DAVID A. CLINE, JR., Sheppard T. Powell Associates,of innovative pressure filtration options designed to minimize fouling pote
None
STEVE BARBER, W. E. STEVENS, HydroChem Industrial Services, Inc., Houston, Texas http://www.eswp.com/water/proceedin
None
GERALD P. GALL, Pennsylvania Electric Company, New Florence, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GEORGE C. FLYNN, The Permutit Company, Inc., Warren, New Jersey, T. K. SPAULDING, PSI Energy Inc., Plainfield, Indian
None
KENNETH H. FREDERICK, Ion Exchange Associates, Inc., Reading, Pennsylvania http://www.eswp.com/water/proceedin
Tisdale, E. S. http://www.eswp.com/water/proceedin
Since RON JONES, Texas to on-line mechanical
Condenser, tube cleaning, heat rate, performance, oxidizing
http://www.eswp.com/water/proceedin
JAMES F. ECHOLS, Betz Dearborn, Houston, TX,1992, a new approachUtilities, Longview, TX condenser tube cleaning has el
ROBERT RENFFTLEN, Taprogge Americas, Inc., Woodbury, NY None http://www.eswp.com/water/proceedin
None
JAMES F. ECHOLS, Betz Dearborn, Houston, TX, RON JONES, Texas UtilitiesLongview, TX http://www.eswp.com/water/proceedin
Sargent, J. K., Bowman, G. A. Ion Exchange http://www.eswp.com/water/proceedin
Michalson, A. W., Reents, A. C. Ion Exchange http://www.eswp.com/water/proceedin
Discussion: Automatic Control in Corrective Water Treatment http://www.eswp.com/water/proceedin
Discussion: Engineering for Industrial Waste Treatment http://www.eswp.com/water/proceedin
Discussion: Experience with Acid Cleaning of Steam Boilers http://www.eswp.com/water/proceedin
Discussion: How Troublesome Waste Water Problems Were Solved http://www.eswp.com/water/proceedin
Discussion: Liquid Chemical Feed Systems http://www.eswp.com/water/proceedin
Discussion: Method of Oxygen Determination in Boiler Feed Water http://www.eswp.com/water/proceedin
Discussion: Removal of Silica Deposits from Steam Turbines by Caustic Soda http://www.eswp.com/water/proceedin
Discussion: Silica Removal by Means of Ion Exchange Resins http://www.eswp.com/water/proceedin
Discussion: Some Practical Aspects of Deionization http://www.eswp.com/water/proceedin
Discussion: The Use of X-Rays in Steam Power Problems http://www.eswp.com/water/proceedin
Discussion: Treatment of Brackish Water for Boiler Feed http://www.eswp.com/water/proceedin
Disussion: The Biological Reactions of Polluted Water on Copper-Bearing Alloys http://www.eswp.com/water/proceedin
ALAN J. GOULD, Florida Power and Light Company, Miami, Florida one N http://www.eswp.com/water/proceedin
Moderator: Frank Gabrielli, ABB Combustion Engineering, Windsor, CTNone http://www.eswp.com/water/proceedin
PAUL BURGMAYER, Betz Dearborn, Trevose, PA introduction to flow-accelerated corrosion as well as the ass
http://www.eswp.com/water/proceedin
This paper provides anFlow-accelerated corrosion, erosion-corrosion, liquid inpinge
Energy Sweden; JONATHAN WOOD and PATRICK BUZZELL,an alternative to tra
Flue increasingly turning to biosolids asreverse osmosis, Te
waste-to-energy, Siemens Water RO
MILAN TEPPLER, Radscan Intervex AB, Västerås, plants in Europe aregas, condensate, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
OLEH WERES, LEON TSAO, Lawrence Berkeley Laboratory, University of California, Berkeley, California
In the early Naperville, IL
None http://www.eswp.com/water/proceedin
MICHAEL J. CHMELOVSKI, Nalco Chemical Company,years of fluorescent traced chemical programs, the primary benefit was
None
EDWARD A. YORKGITIS, U.S. Steel Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
JOHN T. DILLMAN, Halliburton Services, Pittsburgh, PennsylvaniaNone http://www.eswp.com/water/proceedin
None
EDWARD A. YORKGITIS, U.S. Steel Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None
ANTHONY D'IPPOLITO, Arizona Public Service Company, Phoenix, Arizona http://www.eswp.com/water/proceedin
None
JOHN GATEWOOD, Halliburton Industrial Services Division, Duncan, Oklahoma http://www.eswp.com/water/proceedin
None
ANTHONY D'IPPOLITO, Arizona Public Service Company, Phoenix, Arizona http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CLIFFORD L. BALL, B. G. SIMMONS, Dowell Industrial Services, Midland, Michigan, PETER P. LATENA, Long Island Lighting
None
GARY W. BRADLEY, GARY D. ARNOLD, Halliburton Services, Duncan, Oklahoma http://www.eswp.com/water/proceedin
None
JAMES S. POOLE, Sheppard T. Powell & Associates, Baltimore, Maryland http://www.eswp.com/water/proceedin
CHRISTOPHER HEADLEY, US Generating Company, Swedesboro, NJ http://www.eswp.com/water/proceedin
Cycle chemistry research is presently Spa/Production Division-STE, the chemistry
Cycle chemistry R&D, http://www.eswp.com/water/proceedin
with power plants, chemical Italy
FABIO SIGON, ENEL Spa/R&D Division-CRAM, Milano, Italy, G. BIANCHI, ENEL,dealingfossil the optimization of Pisa, monitori
JOAN JENNINGS TAYLOR, Pacific Gas & Electric Company, San None Francisco, California http://www.eswp.com/water/proceedin
ORIN HOLLANDER, RAYMOND M. POST, DONALD T. FREESE,None http://www.eswp.com/water/proceedin
JEFFREY J. FULGHAM, CHARLES S. WRIGHT, Betz Indu
None
RICHARD W. LUTEY, Buckman Laboratories International, Memphis, Tennessee http://www.eswp.com/water/proceedin
Services (Canada) Inc., Elmira, ofresin, SAC resin, Fouling, Precipitate
EOR, WAC organic and inorganic foulants on softening res
GUY MOMMAERTS, P.Eng., Ion Exchange This paper discusses the impactON, Canada http://www.eswp.com/water/proceedin
STEPHEN NAJMY, The Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
The choice between gel-type and macroreticular Chemical, Glasgow, Delaware
None http://www.eswp.com/water/proceedin
ROBERT KUNIN, Ph.D., Consultant, Trenton, New Jersey, PETER YARNELL, Ph.D., Graverion exchange resins is not a simpl
A new Purolite type III strongexchange resin, http://www.eswp.com/water/proceedin
anion base silica leakage, organic fouling
DONALD D. DOWNEY, The Purolite Company, Kitchener, Ontario, Canada anion resin is based on the N-propanolamine str
DONALD D. DOWNEY, The Purolite Company, Kitchener, Ontario, Canada http://www.eswp.com/water/proceedin
PHILIP W. FATULA, Sybron Chemcials, Inc., a Bayer Company, Pittsburgh, PA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. B. YELIGAR, Permutit Company, Inc., Paramus, New Jersey, JIM SMITH, Shell Oil, Company, Norco, Louisiana, DAN SET
Dallmann, C. Ion Exchange http://www.eswp.com/water/proceedin
None
S. T. COSTA, J. M. PACE, R. D. TRUMBETTA, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
T. J. TVEDT, Jr., The Dow Chemical Company, Freeport, Texas None http://www.eswp.com/water/proceedin
None
S. T. COSTA, J. M. PACE, R. D. TRUMBETTA, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
This report will provide Bonnyville, AB, the existing fresh water (SAC/SAC), produce
MELONIE MYSZCZYSZYN, Canadian Natural Resources Limited, None an overview of Canada http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, Federal Republic of Germany, ERICH DETERLE, PHILIPP MUE
WALTER ZABBAN, The Chester Engineers, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERT BURSIK, Grosskraftwerk Mannheim AG, Mannheim, Federal Republic of Germany, ERICH DETERLE, PHILIPP MUE
None http://www.eswp.com/water/proceedin
DAVID AUERSWALD, Southern California Edison, Paramount, California, STEVEN LINDVALL, U.S. Filter/IWT, Rockford, Illino
Today‘s water treatment Power designer, engineer, andMD
Frederick, end-user face many challe
JULIUS ISAAC, LAWRENCE GASPER, and KUMAR SINHA Bechtelsystem Corporation, http://www.eswp.com/water/proceedin
Water sources, gray water, colloidal silica, TOC, UF, ion exc
JAMES C. BELLOWS, Siemens Westinghouse, Orlando, FL http://www.eswp.com/water/proceedin
Recent amendments to the Process Actbiological Salt Lake City, UT necessitated
FGD wastewater, limiting SO2 emissions have
http://www.eswp.com/water/proceedin
JILL SONSTEGARD, JAMES HARWOOD, TIM PICKETT, GE Water & Clean AirTechnologies,reduction, bacteria, selenium, m
KAR MUNIRATHINAM, PH.D, N.A. Water Systems, Moon Township, PA None http://www.eswp.com/water/proceedin
Wet Flue-Gas Desulfurization (WFGD) systems UT; JAMES bacteria, coal-fired p
FGD wastewater, biological reduction, HARWOOD, GE Wat
http://www.eswp.com/water/proceedin
JILL SONSTEGARD and TIM PICKETT, GE Water & Process Technologies, Salt Lake City, are being employed atselenium, m
BRYAN HANSEN, PE, Burns and McDonnell, Kansas City, MO None http://www.eswp.com/water/proceedin
None
FRANK X. MCGARVEY, MICHAEL G. GOTTLIEB, Ionac Chemical Co., Birmingham, New Jersey http://www.eswp.com/water/proceedin
None
JIM IRVING, JAMES A. DALE, Purolite International Ltd., Pontyclun, Wales http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
A. F. ASCHOFF, Sargent & Lundy, Chicago, Illinois, R. B. DOOLEY, Electric Power Research Institute, Palo Alto, California
DONALD D. GOLDSTROHM, Salt River Project, Saint Johns, Arizona None http://www.eswp.com/water/proceedin
Reverse Osmosis (RO) has been used for purification of water in industrial applicat
Reverse http://www.eswp.com/water/proceedin
SCOTT S. BEARDSLEY, The Dow Chemical Company, Minneapolis, MN osmosis, thin-film composite membrane, low energ
Welder B. Q., Partridge, E. P. http://www.eswp.com/water/proceedin
Corrosion Control - General
None http://www.eswp.com/water/proceedin
RICHARD A. EVANGELISTA, Rexnord Instrument Products, Malvern, Pa., NATHANIEL H. GORIN, WILLIAM J. HAMILTON, N
H. RAYMOND TOOL, Branchemco, Inc., Jacksonville, Florida None http://www.eswp.com/water/proceedin
ALLEN PITTMAN, CELGARD LLC, Charlotte, NC Degassing, Deaeration, carbonation, decarbonation, membr
http://www.eswp.com/water/proceedin
Membranes contactors are the latest technology to be embraced by the water treat
None http://www.eswp.com/water/proceedin
T. K. COPOLO, Carolina Power & Light Co., Roxboro, North Carolina, H. A. SCHLESINGER, Gibbs & Hill, Inc., New York, New
SALLIE FISHER, Puricons, Inc., Berwyn, Pennsylvania None http://www.eswp.com/water/proceedin
MICHAEL TROY, SAM KANG, Westinghouse Electric Corporation,None http://www.eswp.com/water/proceedin
Pittsburgh, Pennsylvania, MICHAEL D. NAUGHTON, Elect
None http://www.eswp.com/water/proceedin
P. V. BALAKRISHNAN, Atomic Energy of Canada Limited, Chalk River Nuclear Laboratories, Chalk River, Ontario, Canada
Cerna, W. W. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Cerna, W. W. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Cooling System Treatment
The plant was designed and built to treat mine drainage to Infilco with EPA discha
Heavy metals, parents http://www.eswp.com/water/proceedin
sludge, clarification
BRAD LITTLEPAGE, U.S. Bureau of Reclamation, Leadville, Colorado, J.D. DARJI, L.P. AGGARWAL,complyDegremont, Inc.,
None
JOHN SCHUBERT, Modular Environmental Technologies, Inc., Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
RCC, Bellevue, Washington
zero-liquid discharge, evaporation, wastewater recycling
http://www.eswp.com/water/proceedin
JOE BOSTJANCIC, RODI LUDLUM, Ionics,New and improved water treatment technologies allow plants to recycle vast quanti
Poor or inconsistent lay-up
None http://www.eswp.com/water/proceedin
DAVID G. DANIELS, Mechanical & Materials Engineering, Austin, TX practices can overwhelm even the best on-line chemica
ROBERT HOLLOWAY, Holloway Associates, Islington, Ontario, Canada None http://www.eswp.com/water/proceedin
None Inc., Beaver, Pennsylvania
C. J. TOUHILL, A. P. PAJAK, A. J. SHUCKROW, Baker/TSA Division, Michael Baker, Jr.,http://www.eswp.com/water/proceedin
MARK http://www.eswp.com/water/proceedin
GLENN J. CATCHPOLE, Uranerz U.S.A., Inc., Casper, Wyoming, None MOXLEY, Wyoming Department of Environmental Q
HARI B. GUPTA, Culligan International, Northbrook, Illinois None http://www.eswp.com/water/proceedin
MARK http://www.eswp.com/water/proceedin
GLENN J. CATCHPOLE, Uranerz U.S.A., Inc., Casper, Wyoming, None MOXLEY, Wyoming Department of Environmental Q
None http://www.eswp.com/water/proceedin
JESSE BEECHER, Drew Chemical Corporation, Boonton, New Jersey, RUSSELL W. LANE, Consultant, Champaign, Illinois
None
DAVID E. SIMON, II, Cyrus WM. Rice Division, NUS Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JESSE BEECHER, Drew Chemical Corporation, Boonton, New Jersey, RUSSELL W. LANE, Consultant, Champaign, Illinois
An Produced Water, Zero Liquid Discharge demonstrated in SAe
Water has been (ZLD), evaporator,
DAN PETERSON, HPD West, Bellevue, WA evaporative process for treating Producedhttp://www.eswp.com/water/proceedin
None Research Institute, Palo Alto, Califor
AL F. ASCHOFF, Sargent & Lundy, Chicago, Illinois, R. BARRY DOOLEY, Electric Powerhttp://www.eswp.com/water/proceedin
None
MARK S. TYLEC, Southern Electric International, Niagara Falls, New York http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KEVIN J. SHIELDS, STRATI YORGIADIS, Sheppard T. Powell Associates, Baltimore, Maryland, BARRY DOOLEY, Electric Po
None
ROBERT M. RICKER, Sentry Equipment Corporation, Oconomowoc, Wisconsin http://www.eswp.com/water/proceedin
None
ROBERT M. RICKER, Sentry Equipment Corporation, Oconomowoc, Wisconsin http://www.eswp.com/water/proceedin
A. YORKE, Calgon Corporation, treatment program, based on a synergistic mixture
Halogen resistant azoles,
http://www.eswp.com/water/proceedin
JASBIR S. GILL, SUSAN P. REY, MONICA A halogen-tolerant cooling water Pittsburgh, PA halogen resistant phosphonates, s
ARTHUR FREEDMAN, Arthur Freedman Associates, Inc., East Stroudsburg, PA http://www.eswp.com/water/proceedin
Harding, T. P. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Ion Excha
St. John, I. S. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Ion Excha
Starry, J. E. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Clarificatio
Wilkes, J. F. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Clarificatio
Guy, A. M. http://www.eswp.com/water/proceedin
Corrosion Control - Steel, Ion Exchange
Kahnske, A. A. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
Equilibrium calculations for the Orlando, FL http://www.eswp.com/water/proceedin
Amine, first 0.1% moisture in a reheat steam turbine show t
JAMES C. BELLOWS, Ph.D., Siemens Westinghouse Power Corporation,Corrosion, Thermal decomposition, Organic acid, Eq
JULIAN B. ANDELMAN, University of Pittsburgh, Pittsburgh, PA None http://www.eswp.com/water/proceedin
None
JOSEPH A. COTRUVO, Criteria and Standards Division, Environmental Protection Agency http://www.eswp.com/water/proceedin
This paper Industrial Division, water, conditions to empirically predict the type and
Cooling Boonton, NJ; http://www.eswp.com/water/proceedin
on-line G. KNUDSEN, Oregon State
GEORGE F. HAYS, Ashland Chemical Company, Drewuses design and operatingfouling,JAMES monitoring, heat exchanger ef
RAYMOND M. POST, PE., Betz Dearborn, Trevose, PA http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
GEORGE F. HAYS, Ashland Chemical Company, Drew Industrial Division, Boonton, NJ; JAMES G. KNUDSEN, Oregon State
Palo LLC, Nuclear Generating Station fouling, scaling, service water, nuclear pow
CO; G.J. LICINA, N. SADEGHI, Structural Integrity Associat
K.A. SELBY, Mechanical & Materials EngineeringVerde Evergreen, heat exchangers,utilizes spray ponds to cool safety-related h
http://www.eswp.com/water/proceedin
None
RAYMOND M. POST, GE Infrastructure Water & Process Technologies, Trevose, PA http://www.eswp.com/water/proceedin
CO;
K.A. SELBY, Mechanical & Materials Engineering LLC, Evergreen, NoneG.J. LICINA, N. SADEGHI, Structural Integrity Associat
http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
R. KENT STULTZ, LEE G. HARROW, C. K. HUANG, D. C. HUTCHENS, G. H. HOEKFER, Omaha Public Power District, Oma
CHARLES R. PETERS, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
This report reviews various HRSG designs and basics Deltak LLC, Minneapolis, M
None http://www.eswp.com/water/proceedin
IRVIN J. COTTON, Arthur Freedman Associates, Inc., East Stroudsburg, PA, JOHN OBERMAIER,and reviews major water rela
None
ROBERT V. NAGIEL, U.S. Filter Corporation, Permutit Division, Warren, New Jersey http://www.eswp.com/water/proceedin
None
WAYNE C. MICHELETTI, Puckorius & Associates, Inc., Charlottesville, Virginia http://www.eswp.com/water/proceedin
None
FRANK CROWSON, SETH PERKINSON,, Fuji America Inc.Charlotte, North Carolina http://www.eswp.com/water/proceedin
The paper reviews treatmentacid cation, use http://www.eswp.com/water/proceedin
weak aspects PE, Aquagenics Inc., Woburn, MA; and CHR
of high silica sewage treatment sewa
NANDAN T. VANI, PE, DSc, Bechtel Corporation, Frederick, MD; JOEL KASPER,forsilica, gray water, secondary treated plant
PETER ERIKSSON, Osmonics, Vista, CA http://www.eswp.com/water/proceedin
Silica Kansas City, MO, BIPINtower blowdown, membranes, reverse osmosis, cir
Cooling R. RANADE, http://www.eswp.com/water/proceedin
Aquatech International Corporation, C
CHARLES H. FRITZ, Black & Veatch Corporation,concentration frequently limits the cycles of concentration in cooling towersilic
RAFIQUE JANJUA, Duke Fluor Daniel, Sugar Land, TX http://www.eswp.com/water/proceedin
PETER P. LALENA, Long Island Lighting Co., Glenwood Landing, NY None http://www.eswp.com/water/proceedin
S. G. SAWOCHKA, NWT Corporation, San Jose, California None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GARY E. BROBST, GEBCO Engineering, Inc., Los Altos, California, GARY BURNS, NUS Corporation, Pittsburgh, Pennsylvan
S. G. SAWOCHKA, NWT Corporation, San Jose, California None http://www.eswp.com/water/proceedin
The operation of MEIER, B. YANG, Nalco Chemical Company, Naperville, provide
None http://www.eswp.com/water/proceedin
J. E. HOOTS, DON A. JOHNSON, J. D. LAMMERING, D. A. recirculating cooling systems at high concentration factorsIL
Rising fuel Alberta, Canada thermal heavy oil operators to seek alternative equipm
forced http://www.eswp.com/water/proceedin
MICHAEL BRIDLE, WorleyParsons MEG Ltd., Calgary,costs have Heavy Oil; De-oiling; Produced Water; Boiler Feed-water; On
Reverse osmosis (RO) has become a common method osmosis, Pretreatment, su
http://www.eswp.com/water/proceedin
JASON P. FUES, JANE KUCERA, Nalco Company, Naperville, IL High-efficiency filtration, Reverse to demineralize water. AMe
Gold, H., Todisco, A.,Sonin, A. A. Ion Exchange http://www.eswp.com/water/proceedin
None
JOHN R. HARLAND, ROBERT M. NICHOLS, Sala Magnetics, Inc., Cambridge, Mass http://www.eswp.com/water/proceedin
Holca, R. Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
Calise, V. J. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Ion Exchange
Central to the performance OK
None http://www.eswp.com/water/proceedin
THOMAS H. PIKE, Western Farmers Electric Cooperative, Ft. Towson, of any boiler is the internal cleanliness of its tubes. Alth
Waste production and Solids Contact, Clarifiers, Lime Softening, Thickening, any in
footprint are important IL
considerations in the design of Sludg
JERRY PHIPPS, P.E., USFilter, Ames, IA and GLEN SUNDSTROM, USFilter, Rockford, http://www.eswp.com/water/proceedin
An innovative filter involving the use of a synthetic porous filter media was tested fo
WILLIAM D. KUNZMAN, Schreiber LLC, Trussville, AL http://www.eswp.com/water/proceedin
Compressible Media, Filtration, Synthetic Media
MICHAEL C. PRESTON, Black & Veatch Corporation, Overland Park, KS http://www.eswp.com/water/proceedin
Duff, J. H. Filtration http://www.eswp.com/water/proceedin
None
DANIEL J. KELLY, ALAIN BLAIS, Sonitec, Inc., Holyoke, Massachusetts http://www.eswp.com/water/proceedin
Elevated silt density index readings are J.pretreatment chemistry, reverse osmosis
Pretreatment, SDI, ACKERMANN, RUSSELL W. passing t
GREG BARTLEY, Tennessee Valley Authority, Chattanooga, Tennessee; ARTHURtypically associated with particles DAHMER
http://www.eswp.com/water/proceedin
ROBERT L. BRADLEY, U.S. Filter, Houston, TX None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BILLY D. FELLERS TU Electric Glen Rose, Texas, SUE A. HOBART, Adams & Hobart, Inc. Fremont, California
CHARLES C. STAUFFER, Babcock & Wilcox Research, Alliance, Ohio None http://www.eswp.com/water/proceedin
To combact
GEORGE VERIB, Ohio Edison Company, Akron, Ohio phosphate hideout, several phosphate control programs were used wit
None http://www.eswp.com/water/proceedin
WILLIAM T. BOYD, Associated Electric Cooperative, New Madrid, NoneMissouri http://www.eswp.com/water/proceedin
None
CLAUDIA RIBEIRO, SAMUEL SID, Copesul-Companhia Petroquimica Do Sul, Triunfo, RS, Brasil http://www.eswp.com/water/proceedin
HAROLD CHAGNARD, The Dow Chemical Company, Plaquemine, Louisiana None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROBERT L. HARKINS, HPD Incorporated, Naperville, Illinois, JAMES F. SMALL, Union Electric Company, Fulton, Missouri
None
WILLIAM G. LIGHT, Fluid Systems Division, UOP, Inc., San Diego, California http://www.eswp.com/water/proceedin
A pilot UF system was Nonefor testing of hollow fiber UF membrane technology for
DAVE CHRISTOPHERSEN, CROWN Solutions, Inc., Vandalia, OH built http://www.eswp.com/water/proceedin
JERRY ALEXANDER, USFilter, La Canada, CA http://www.eswp.com/water/proceedin
PH.D., ―Green Factory‖ program aims to minimize BILL HOLTSHERRY, Honda
TOM WOODROW, E. JOSEPH DUCKETT,Honda‘sPE., Eichleay Environmental, Pittsburgh, PA,wastes and improve the enviro
http://www.eswp.com/water/proceedin
PRADEEP AMIN, Fluor Daniel Company, Aliso Fiejo, CA http://www.eswp.com/water/proceedin
Milano, Italy, in MARTINI, a condensation, steam condensation, Italy, L. MAZZOC
Steam kinetic approach. Homogeneous nucleation and drop
http://www.eswp.com/water/proceedin
F. SIGON, ENEL Spa/R&D Division-CRAM, condensation R. turbines byCISE Innovative Technologies, Milano, cycle chemistry,
Applebaum, S. B. http://www.eswp.com/water/proceedin
Clarification and Contact Softening, Ion Exchange
Katzenmeyer, J. F., Lane, M. http://www.eswp.com/water/proceedin
Clarification and Contact Softening, Filtration,Ion Exchange
Verink, E. D., Rucker, J. D. http://www.eswp.com/water/proceedin
Corrosion Control - Aluminum
This paper discusses the impact power plant http://www.eswp.com/water/proceedin
SUSAN BAINES, Bechtel Power Corporation, Frederick, MD air permit emission restrictions can ha
power plant, cooling tower, air emissions, permit, circulating
GERALD W. SCHWEITZER, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Inc., Warwick, Pennsylvania regions assume sodium to phosphate ratio, acid an
control http://www.eswp.com/water/proceedin
ORIN HOLLANDER, Holland Technologies, Coordinate phosphate Coordinated phosphate, only pure water, phosphoricboilers
K. ANTHONY SELBY, Puckorius & Associates, Inc., Evergreen Colorado None http://www.eswp.com/water/proceedin
R. H. WEICK, Babcock & Wilcox Company, Barberton, Ohio None http://www.eswp.com/water/proceedin
None
J. FOLEY, Engineering Service Div., E. I. DuPont de Nemours & Co., Inc., Wilmington, DE http://www.eswp.com/water/proceedin
Periods Forest, Australia, ANDRE MEDETE, http://www.eswp.com/water/proceedin
Dow Deutschland, Rheinmuenster, G
KAI-UWE HOEHN, Dow Chemical Limited, Frenchs of high rainfall and flooding drastically increase river water suspended mat
JAMES L. WILLA, Willa, Inc., St. Louis, Missouri None http://www.eswp.com/water/proceedin
ALLEN E. FEITZIN, Airco Industrial Gases, Murray Hill, New Jersey oneN http://www.eswp.com/water/proceedin
Claim interpretation is important in determining the
CLIFTON E. MCCANN, ESQ., KEITH HADDAWAY, Ph.D., Venable LLP, Chevy Chase, MD scope of your patent rights and
None http://www.eswp.com/water/proceedin
There are a myriad JOHN HERRING, Hydranautics, Houston,
Reverse osmosis, specification, and configurations available
DOUGLAS P. GLANZ, Hydranautics, Lake Geneva, Wisconsin, of different membrane types, sizes design Texas
http://www.eswp.com/water/proceedin
Embshoff, A. C. http://www.eswp.com/water/proceedin
The ASME Research and Technology Committee on Water and Steam in Thermal
DAVID G. DANIELS, Mechanical & Materials Engineering, LLC, Austin, TXNone http://www.eswp.com/water/proceedin
FRANK GABRIELLI, ABB Combustion Engineering http://www.eswp.com/water/proceedin
Panel Moderator; James Robinson, BetzDearborn, Horsham, PA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SCOTT M. BOYETTE, Betz Industrial, Trevose, Pennsylvania, FREDERICK A. ELLIOT, IMC Fertilizer, Sterlington, Louisiana
TORRY TVEDT, Dow Chemical Company, Freeport, Texas None http://www.eswp.com/water/proceedin
Recently, a new type of Berlin, NJ
None http://www.eswp.com/water/proceedin
PETER MEYERS and MICHAEL GOTTLIEB, ResinTech, Inc., Westhybrid ion exchange resin has been commercialized, which
HEIKKI MONONEN, Finex Oy, Kotka, Finland http://www.eswp.com/water/proceedin
T. C. HOPPE, Black & Veatch Consulting Engineers, Kansas City, None http://www.eswp.com/water/proceedin
Missouri, A. FRANK MCGILBRA, Public Service Co. of Okla
FRIEDRICH MARTINOLA, Bayer AG, Leverkusen-Bayerwerk, West Germany None http://www.eswp.com/water/proceedin
None
D. THRELFALL, J. T. ROSEMAN, Jr., Penn Environmental Consultants, Inc., Pittsburgh, PA http://www.eswp.com/water/proceedin
KEITH G. KIRK, West Virginia University, Morgantown, West Virginia None http://www.eswp.com/water/proceedin
HENRY C. HUNT, Bennett & Williams, Inc., Columbus, Ohio None http://www.eswp.com/water/proceedin
None
DANIEL COMSTOCK, JOSEPH A. MILLEN, ANDREW K. HSIUNG, Neptune Microfloc, Corvallis, Oregon http://www.eswp.com/water/proceedin
JAMES D. MAVIS, CH2M Hill, Bellevue, Washington None http://www.eswp.com/water/proceedin
None HAGEN, Neptune Microfloc, Inc., Cor
LORNE GRAMMS, Urban Systems, Ltd., Calgary, Alberta, DANIEL COMSTOCK, DOUG http://www.eswp.com/water/proceedin
ROBERT FROESE, PETWA Canada Ltd., Calgary, Canada None http://www.eswp.com/water/proceedin
G. T. HONG, MODAR, INC., Natick, Massachusetts None http://www.eswp.com/water/proceedin
JAMES C. BELLOWS, Westinghouse Electric Corporation, Orlando, FloridaNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
RAYMOND F. MADDALONE, TRW, Redondo Beach, California, JAMES K. RICE, Consultant, Olney, Maryland, WINSTON CH
Dr. ROBERT J. FAUST, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MARVIN D. SILBERT, Marvin Silbert & Associates, Willowdale, Ontario, Canada, GABRIEL M. NICOLAIDE, TONY A. TONELL
None http://www.eswp.com/water/proceedin
DOUGLAS B. DEWITT-DICK, Drew Industrial Division, Ashland Chemical Company, Div., Ashland Oil, Inc., Boonton, New Jers
Recycling and reusing Biofilms, biodispersants, ATP, adenosine triphosphate,dissol
industrial water resultshttp://www.eswp.com/water/proceedin
in increasing concentrations of ATP
JOSEE CHAULT, L. D'ARSIE, BetzDearborn Inc., Mississauga, Ontario, Canada, P.M. BODKIN, BetzDearborn, Cheektowaga,
Bainbridge, PA and TERRY MCCOY, ChemTreat,be identified there by avoiding un
none can Inc., Lancaster, PA
ROBERT STRANDBERG, Covanta Energy, Cooling tower problems and eventual failureshttp://www.eswp.com/water/proceedin
THOMAS W. WOLFE, Wolfe Water Treatment Services, LLC, Baton Rouge, LA http://www.eswp.com/water/proceedin
Inc., Stafford, industry, from the busy time frame of the plant chemist, the boiler an
JAMES DROMGOOLE, Fort Bend Services,To often in our TX None http://www.eswp.com/water/proceedin
The Clean Clean Water Act, BPT, BCT, BAT, BPJ, zero discharge, requ
few seem to truly understand its wat
JOHN D. MORTON, P.E., ALCOA, Inc., Pittsburgh, PA Water Act is over 30 years old, yethttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BILL KRATZER, Star Enterprise, Port Arthur, Texas, STEVEN COKER, Dow Chemical U.S.A., Freeport, Texas
CLARENCE D. COLLEY, Boeing Aerospace, Huntsville, Alabama None http://www.eswp.com/water/proceedin
JEFFREY F. KRAMER, FMC Corporation, Princeton, New Jersey None http://www.eswp.com/water/proceedin
MICHAEL G. TRULEAR, ChemTreat, Inc., Glen Allen, Virginia None http://www.eswp.com/water/proceedin
Power CA
RON KOSAGE, Bechtel Power Corp., Pine Grove, plants designedNone http://www.eswp.com/water/proceedin
for base loaded operation must be able to load follow, shut
MICHAEL L. WISDOM, P.E., ENRON Engineering & Construction None Company, Houston, TX http://www.eswp.com/water/proceedin
A number of common None in the steam cycle at fairly high conce
JIM SUMMERFIELD, The Dow Chemical Company, Midland, MI organic acids show up http://www.eswp.com/water/proceedin
DANIEL B. RICE, The Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
BRIAN HOFFMAN, Rohm and Haas Company, Philadelphia, Pennsylvania None http://www.eswp.com/water/proceedin
DANIEL B. RICE, The Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
ANTHONY M. ARNONE, The Permutit Company, Paramus, New Jersey None http://www.eswp.com/water/proceedin
None
R. G. BALMER, Exxon Research and Engineering Company, Florham Park, New Jersey http://www.eswp.com/water/proceedin
WILLIAM S. EVERTS, Chemline Corporation, Princeton, New Jersey, None http://www.eswp.com/water/proceedin
J. T. LURCOTT, Rollins Environmental Services, Inc., Wilmington, NoneDelaware http://www.eswp.com/water/proceedin
Because of an affinity None http://www.eswp.com/water/proceedin
CHARLES R. O'NEILL, Jr., New York Sea Grant, Brockport, NY for water currents, zebra mussels extensively foul electric po
ED FLEISCHER, CH2M Hill, Herndon, VA http://www.eswp.com/water/proceedin
Rivers, H. M. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
None http://www.eswp.com/water/proceedin
JOHN A. CHRISTIANSEN, J. PAIGE STRALEY, ANNE L. KOPECKY, Sybron/Biochemical Birmingham, New Jersey
Methyl ethyl ketoxime (MEKO) is aBoonton, NJpatented volatile oxygen scavenger/
KAJ RONDUM and KEITH FIELDING, Ashland Specialty Chemicalnone Company, proprietary http://www.eswp.com/water/proceedin
MARK A. JANICK, PE, Bechtel Power Corporation, Frederick, MD http://www.eswp.com/water/proceedin
Inc., Glasgow, DE none http://www.eswp.com/water/proceedin
PETER A. YARNELL, Graver Technologies,This presentation will review existing specifications pertinent to condensate polishin
None
J. A. KELLY, M. L. LIN, G. W. FLASCH, Nalco Chemical Company, Oak Brook, Illinois http://www.eswp.com/water/proceedin
None
THOMAS M. LARONGE, Thomas M. Laronge, Inc., Vancouver, Washington http://www.eswp.com/water/proceedin
None
DAVID F. PENSENSTADLER, C. RICHARD NOLAN, NUS Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None
FRANCIS CUTLER, Southern California Edison, Paramount, California http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOHN W. KAAKINEN, Chemetek, Portland, Oregon, AMOS J. COLEMAN, USA Tank Automotive Command, Fort Belvoir, Virg
TOM DUPNIK, Sybron Chemical, Inc., Birmingham, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOSEPH M. RAGOSTA, Ph.D., PETER YARNELL, Ph.D., Graver Chemical Company, Glasgow, Delaware
W. F. MURRAY, E. BRENNAN, Virginia Power, Surry, Virginia, E. C. FRESE, Virginia Power, Glen Allen, Virginia, G. BACHMA
None http://www.eswp.com/water/proceedin
N
LEO F. RYAN, Finetech Incorporated, Mountain Lakes, New Jersey one http://www.eswp.com/water/proceedin
Two mobile UPW systems have been Power, and JEFF make-up water needs
Electrodeionization, Silica, EDI, Ultrapure Water
http://www.eswp.com/water/proceedin
TED PRATO, Ionics, Inc., Watertown, MA, BRIAN AHEARN, Maine Independencesupplying ultrapurePURVIS, Hinds Energyof
CHERYL G. SAWYER, Cogentrix, Suffolk, VA http://www.eswp.com/water/proceedin
This paper presents operating data for BRIAN HERNON, Ionics, ion removal, stron
Electrodeionization, ultrapure water, weak Incorporated, Wa
gpm ultrapure water system which uti
LYNDON FLEMING, Ionics, Incorporated, Columbia, AL; TED PRATO, LI ZHANG, a 360 http://www.eswp.com/water/proceedin
RONALD PICHT, Environmental Dynamics Corporation, Sharon, WI http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ALBERTO ALVAREZ GALLEGOS, Instituto de Investigaciones Electricas, Cuernavaca, Mor., Mexico, SUSANA SILVA MARTIN
None SEIICHI KAZAMA, MASAHITO KOBA
SHIGERU OKUYAMA, NAGAO SUZUKI, Tokyo Electric Power Company, Tokyo, Japan, http://www.eswp.com/water/proceedin
Jacoby, A. L., Thompson, W. H. Steam Purity http://www.eswp.com/water/proceedin
Zeh, T. G. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
This paper examines the improvements gained by applying a vapor corrosion inhib
http://www.eswp.com/water/proceedin
VINCE STEPHENSON, Ashland Specialty Chemical Company, Kansas City, KS, JOANNE KUCHINSKI, Ashland Specialty Che
None
EDWARD KAISER, MARY JO WOJTUSIK, Dionex Corporation, Sunnyvale, California http://www.eswp.com/water/proceedin
MARYANN CLICK, GPU Nuclear, Reading, Pennsylvania None http://www.eswp.com/water/proceedin
RICHARD L. RANICH, DONALD E. FRESHCORN‘ Zinc Corporation of America, Monaca, Pennsylvania
None http://www.eswp.com/water/proceedin
SCOTT CHURBOCK, Envirotrol, Inc., Sewickley, Pennsylvania None http://www.eswp.com/water/proceedin
Parlante, R. http://www.eswp.com/water/proceedin
Cooling System Treatment, Filtration,Water Reuse
After 15 months of operation with a polyamide-urea M. JOLLY, Allen Steam Statio
Water treatment, reverse osmosis, makeup
http://www.eswp.com/water/proceedin
JOHN J. KIM, PE. Ph.D., Riverbend Steam Station, Duke Power Co., Mount Holly, NC; ROBBINcopolymer thin film composite
ROBERT ALLISON, Allen Steam Station, Duke Power Co., Belmont http://www.eswp.com/water/proceedin
TX; TERRY elementsFilm Tec Corporation, Edina, MN; UPEN BHARWADA, The
in conjunction with routine system pretreatment and design
http://www.eswp.com/water/proceedin
STEVEN COKER, Dow Chemical, Freeport,Standard ROMARSH, Reverse osmosis, membranes, biofouling
This paper describes the process andcompressed short bed, wastewater, secondar
Ion exchange, ON, Canada, PATRICIA Mexican filter, sec
RUSI KAPADIA, MICHAEL SHEEDY, DONALD SWAINE, Eco-Tec Inc., Pickering,equipment used to treat aM. SCROGGIN, B
http://www.eswp.com/water/proceedin
ARUN MITTAL, Aquatech International Corporation, Canonsburg, PA None http://www.eswp.com/water/proceedin
VADIM MALKOV, Hach Company, Loveland, CO automated and reagentless control of various processes ha
Implementation of fullyNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SUSANA SILVA-MARTINEZ, ALBERTO ALVAREZ-GALLEGOS, Instituto de Investigaciones Electricas, Cuernavaca, Morelos,
MAXEY BROOKE, Puckorius & Associates, Evergreen, Colorado None http://www.eswp.com/water/proceedin
Jacobs, H. L. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
JAMES F. GRUTSCH, Standard Oil Co. (Indiana), Chicago, IllinoisNone http://www.eswp.com/water/proceedin
R. T. Denbo (Affilaition N/A) None http://www.eswp.com/water/proceedin
Fort 1970‘s, Ion-Sensitive Field Effect Transistors (ISFETs) were first introduced
SHANE FILER, FARID AHMAD, Honeywell, In theWashington, PA http://www.eswp.com/water/proceedin
Shair, S. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment,Water Reuse
The paper discusses pros Pittsburgh,neutralizing amines, of dealkalization operat
Dealkalization, PA http://www.eswp.com/water/proceedin
PAUL SCHMIDT, DAVID E. SIMON, II, Cyrus Rice Water Consultants,and cons and economic impactsvolatility, distribution rati
ROBERT HOLLOWAY, Holloway Associates, Islington, Ontario, CanadaNone http://www.eswp.com/water/proceedin
Steam Steam Purity, Isokinetic Sampling Nozzle, Superheater, Turb
industrial steam generating system. D
ANTON BANWEG, Nalco Company, Naperville, IL purity is an important consideration in http://www.eswp.com/water/proceedin
Herndon, L. K. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Reda, H. H. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Garland, C. F. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
JAMES K. RICE, Consulting Engineer, Olney, Maryland None http://www.eswp.com/water/proceedin
JAMES P. MCINTYRE, Betz Industrial, Trevose, Pennsylvania None http://www.eswp.com/water/proceedin
Moore, T. L. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
Love, S. K. Environmental Assessment http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
W. A. BYERS, J. E. RICHARDS, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania, S. A. HOBART, Electric Power
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
Tokyo,
SHIRO TAYA, KATSUHIKO MOMOZAKI, Kurita Water Industries, None Japan http://www.eswp.com/water/proceedin
None
DAVID F. EDSON, Ground Water Associates, Inc., Arlington, Massachusetts http://www.eswp.com/water/proceedin
WILLIAM R. GREENAWAY, NUS Corporation, Gaithersburg, Maryland None http://www.eswp.com/water/proceedin
Walker, G. C. Chemical Cleaning http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROBERT S. BERNSTEIN, Ebasco Services, Inc., New York, New York, STEVEN F. DEMARCO, New York State Electric & Ga
Duke Energy‘s Marshall JOE FRANK, employs ZAGALA, PETER TEN EYCK. tre
CYNTHIA BRYANT, ROBERT WYLIE, Duke Energy, Charlotte, NC; Steam StationANGELA a novel multi-stage wastewater Nal
http://www.eswp.com/water/proceedin
FGD wastewater treatment, FGD purge wastewater, constru
PATRICIA SCROGGIN, PE, Burns And McDonnell, Kansas City, MO None http://www.eswp.com/water/proceedin
Morrison, W. S., Kahler, F. H. Ion Exchange http://www.eswp.com/water/proceedin
The paper presents theChina
performance of an innovated process for synchronous sew
http://www.eswp.com/water/proceedin
GODEFROID BUKURU, YANG JIAN, Tongji University, Shanghai, Municipal Sewage, Anaerobic Upflow Reactor, Trickling Filte
None Service Electric & Gas Co., Handcoc
MICHAEL O'BRIEN, Graver Water Division, Union, New Jersey, PAUL MCNULTY, Publichttp://www.eswp.com/water/proceedin
This paper ANDREW COOPER, MICHAEL GROSHANS, Nalco high efficiency film
new approach to fill, http://www.eswp.com/water/proceedin
biofouling, biodispersant, biodetergen
F. PHILIP YU, COLEMAN ROCKWELL, MIKE KUHNE,describes aCooling water, filmremedy and monitor the Chemical Compa
MICHAEL BRATTY, RICK LAWRENCE, BioteQ tighter regulations for sulfate disc
sulfate, ion exchange, http://www.eswp.com/water/proceedin
total dissolved solids (TDS), de-miner
DAVID KRATOCHVIL, BRAD MARCHANT, Many jurisdictions around the world are imposingEnvironmental Technologies Inc.,
PARAG DEVAL, Thermax Limited, Novi, MI, None http://www.eswp.com/water/proceedin
Developments are taking place in every phase of producedOil Recovery, Evaporati
Produced Water, SAGD, Enhanced KEITH MINNICH, PE,
http://www.eswp.com/water/proceedin
DOROTHY NEU and MARK NICHOLSON, PE, Veolia Water Solutions & Technologies, Pewaukee, WI;water treatment. Proce
Oil Refineries using the Operating Services http://www.eswp.com/water/proceedin
BOB GORGOL, JOHN SCHUBERT and STEVE HOPPER, USFilterHF Alkylation process utilize large amounts of hydrofluoric
refinery wastes, hydrofluoric acid alkylation, byproduct recov
JOHN C. DETWEILER, Brown and Caldwell Consulting Engineers,None http://www.eswp.com/water/proceedin
Eugene, Oregon, DAVID R. JONES, Brown and Caldwell C
None
GERALD F. CONNELL, Capital Controls Company, Inc., Colmar, Pennsylvania http://www.eswp.com/water/proceedin
Membrane bioreactor (MBR) processes offer http://www.eswp.com/water/proceedin
Membrane, MBR, ITT an industrial wastewater treatment so
Advanced
ALASDAIR DONN, ITT Aquious, Basingstoke, Hants, UK and MICHAEL DIMITRIOU,Industrial Wastewater, Activated Sludge, R
GOMES GANAPATHI, Bechtel International Systems Inc., Amman, Jordan http://www.eswp.com/water/proceedin
The ultrafiltration, reverse osmosis, dewatering, drinking water fo
http://www.eswp.com/water/proceedin
ERIK NOTTLESON, Inima USA, Brockton, MA Taunton River Desalination Plant will produce up to 5 MGD of discharge
In regions where discharge of power plant wastewater has plant, recycle, reuse
Zero discharge, wastewater, power stringent requirements o
SUSAN BAINES, KUMAR SINHA, Bechtel Power Corporation, Frederick, MD http://www.eswp.com/water/proceedin
MICHAEL S. DALTON, Baker Petrolite, Sugarland, TX http://www.eswp.com/water/proceedin
The use of newly availablechromatography,power plants the ability to discriminate a
BEVERLY NEWTON, Dionex Corporation, Sunnyvale, CA http://www.eswp.com/water/proceedin
Ion products allows corrosion
None http://www.eswp.com/water/proceedin
LARRY W. VANDEVENTER, Infilco Degremont Inc., Richmond, Virginia, MICHAEL W. VERA, Mt. Poso Cogeneration Plant, B
None
R. GREGORY BALMER, Exxon Research & Engineering Company, Florham Park, New Jersey http://www.eswp.com/water/proceedin
Several innovative Breakthrough Group, Cherry Hill, NJ leak detection, source of a
Hydrocarbons, heat exchangers,
http://www.eswp.com/water/proceedin
THOMAS S. MCCURDY, JILL TEITELBAUM MCCURDY, The troubleshooting techniques were used to identify themicrobiolog
JASBIR S. GILL, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DENNIS JONES, Monongahela Power Company, Willow Island, West Virginia, RALPH E. MICKEL, Epicor, Incorporated, Linde
Weston, R. F., Sitman, W. D. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
Baker, D. R. Cooling System Treatment http://www.eswp.com/water/proceedin
Neat, F. U. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
TVA‘s Sequoyah and Watts Virginia;partnership, economics, service contract, TVA
TOBY C. WAGNER, ROBERT M. MCGRAW, Ecolochem, Inc., Norfolk, Bar Nuclear Facilities elected to outsource rather than
http://www.eswp.com/water/proceedin
Outsourcing, SAM HARVEY, Tennessee Valley Authority
BRUCE LARKIN, Black & Veatch LLC, Kansas City, MO None http://www.eswp.com/water/proceedin
None Bridge, New Jersey, SUSAN M. WOZ
NORMAN SEVRIN, HARRY MILLER, Public Service Electric & Gas Company, Hancockshttp://www.eswp.com/water/proceedin
None
WILLIAM GREENAWAY, Bechtel Savanah River, Inc., North Augusta, South Carolina http://www.eswp.com/water/proceedin
JOSEPH B. AROTS, Hercules Incorporated, Wilmington, Del None http://www.eswp.com/water/proceedin
None
CARL A. MAHNKEN, GLENN E. VERMILION, Resources Conservation Co., Seattle, Washington http://www.eswp.com/water/proceedin
Pirsh, E. A., Raynor, F. G. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Steam Pu
Baker, R. J. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring InstrumentationBi
DAVID R. SEXSMITH, Drew Chemical Corporation, Boonton, NewNone Jersey http://www.eswp.com/water/proceedin
This Zero liquid discharge (ZLD),cooling tower, softening, reverse
experiences of selected integrated ze
DAVE CISZEWSKI, Ionics RCC, Bellevue, WA paper discusses the design process andhttp://www.eswp.com/water/proceedin
RONALD D. NEUFELD, PhD, University of Pittsburgh, Pittsburgh, PA http://www.eswp.com/water/proceedin
Integrated Fixed-Film/Activated Sludge (IFAS) technology (Hybrid system) is an inn
Refinery, IFAS, Ammonia, Nitrogen, Industrial, Biological, Su
KALLURI, Kalluri Group, Inc., Housto
CASEY MUELLER and RUSS GRILLO Frontier Refining, Inc., Cheyenne, WY; RAMESH http://www.eswp.com/water/proceedin
Intellectual program Trade internal development and prote
Aspects of an intellectual propertyProperty, includeSecret, Employee Agreement, P
DC
KEITH HADDAWAY, PH.D., Esq., CLIFTON MCCANN, Esq., Venable LLP, Washington, http://www.eswp.com/water/proceedin
KARL W. HERMAN, Drew Chemical Corporation, Parsippany, NJ None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware, BARRY DOOLEY, Electric Power Research Institute, Palo Alto, Californi
None
ALBERT BURSIK, Grosskraftwork Mannheim AG, Federal Republic of Germany http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware, BARRY DOOLEY, Electric Power Research Institute, Palo Alto, Californi
MARC L. BEARDSLEY, Nalco Chemical Company, Oak Brook, IL None http://www.eswp.com/water/proceedin
None
PAUL R. PUCKORIUS, P. R. Puckorius & Associates, Inc., Cleveland, Ohio http://www.eswp.com/water/proceedin
Marco Island, FL, STEVEN DURANCEAU, Ph.D., PE, Boyle Engineering Corpora
Water treatment, reverse osmosis energy recovery, Intersta
http://www.eswp.com/water/proceedin
JULIA E. NEMETH, P.E., Ham R/O Systems, Inc., Venice,Florida operates a 6 MGDreverse osmosis, plant. The brackish wate
GEOFFREY K. HART, Montgomery Watson, Sunrise, FL http://www.eswp.com/water/proceedin
Electrodeionization None http://www.eswp.com/water/proceedin
AVIJIT DEY, PH.D., GUANGHUI LI, Omexell, Inc., Houston, TX(EDI) has been widely used in electronics, pharmaceutical, and
JONATHAN WOOD, USFilter, Lowell, MA http://www.eswp.com/water/proceedin
AVIJIT DEY, PH.D. p. 506)
(Authors closure in two parts: p. 485, p.499 tohttp://www.eswp.com/water/proceedin
Rice, J. K. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
The
JAMES O. ROBINSON, GE Betz, Trevose, PA ASME Research and Technology Committee on Water and Steam in Thermal
None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
YASUHIRO NOHATA, Hakuto Co., Ltd., Tokyo, Japan, HIROSHI TAGUCHI, Mie University, Mie, Japan
None http://www.eswp.com/water/proceedin
G. W. BRADLEY, L. D. MARTIN, W. P. BANKS, J. G. FROST, Halliburton Services, Duncan, Oklahoma
Place, P. B. Steam Purity http://www.eswp.com/water/proceedin
ROBINSON, Betz Industrial, Trevose, Pennsylvania, F. GAB
D. M. BLOOM, Nalco Chemical Company, Naperville, Illinois, J. O. None http://www.eswp.com/water/proceedin
Kerst, H., Dalbke, R. G. Cooling System Treatmenthttp://www.eswp.com/water/proceedin
Hodge, W. W., Hoak, Richard D. http://www.eswp.com/water/proceedin
WAYNE B. HUEBNER, Wallace & Tiernan, Belleville, New Jersey None http://www.eswp.com/water/proceedin
EARL L. HENN, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None RUBIN, Dionex Corporation, Sunnyv
DAVID BERG, DAN VANDERPOOL, Mobay Corporation, Pittsburgh, Pennsylvania, DICKhttp://www.eswp.com/water/proceedin
Crits, G. J., McKeown, M. C. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment
Simulation technology Trace Contaminants,pilot plant studies providing data Simula
MICHAEL GOTTLIEB, ResinTech, Inc., West Berlin, NJ http://www.eswp.com/water/proceedin
can replace physical Resin Performance Estimation, in min
None
JIM SUMMERFIELD and KYLE SMITH, The Dow Chemical Company, Midland, MI http://www.eswp.com/water/proceedin
MICHAEL GOTTLIEB, ResinTech, Inc., West Berlin, NJ None http://www.eswp.com/water/proceedin
Optimization Michigan Reverse osmosis, packed bed, ion exchange, demineralizer
http://www.eswp.com/water/proceedin
DANIEL B. RICE, The Dow Chemical Company, Midland,of demineralizer performance and minimization of demineralized wate
Ion exchange Demineralizers
Demineralizer performance, demineralizer internals, quality w
proven tools to produce high ion exch
KEN PANDYA, Advanced Water Technologies Services, Inc., Plano, TX are time tested http://www.eswp.com/water/proceedin
BILL RUNYAN, Cochrane Environmental Systems, King of Prussia, PA None http://www.eswp.com/water/proceedin
Mindler, A. B., Gilwood, M. E. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment
None
J. R. EMMETT, P. M. GRAINGER, NEI-John Thompson Ltd., Tipton, West Midlands, England http://www.eswp.com/water/proceedin
None
J. R. EMMETT, P. M. GRAINGER, NEI-John Thompson Ltd., Tipton, West Midlands, England http://www.eswp.com/water/proceedin
V. R. DAVIES, Rohm and Haas Company, Philadelphia, PA None http://www.eswp.com/water/proceedin
L. F. WIRTH, Jr., Dow Chemical U.S.A., Midland, Michigan None http://www.eswp.com/water/proceedin
None
I. M. ABRAMS, Diamond Shamrock Corporation, Redwood City, California http://www.eswp.com/water/proceedin
GREGORY R. ALLAN, Consultant, Bellevue, Washington None http://www.eswp.com/water/proceedin
Dr. ROBERT KUNIN, Consultant, Yardley, Pennsylvania None http://www.eswp.com/water/proceedin
Kingsbury, A. W., Schomaker, W. P. Reverse Osmosis http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BABU R. NOTT, DUANE A. CHARTIER, DUNCAN H. BARBER, Ontario Hydro, Research Division, Toronto, Canada
FRANK X. MCGARVEY, Sybron Chemicals Inc, Birmingham, New None Jersey http://www.eswp.com/water/proceedin
Industrial chromatography, utilize exchange chromatography
Large scale chromatographic separation systems ligand different ion exchange resi
HEIKKI MONONEN, Finex Oy (Inc), Kotka, Finland http://www.eswp.com/water/proceedin
GORDON ROSSITER, IXSEP, Houston, TX None http://www.eswp.com/water/proceedin
None
FRIEDRICH B. MARTINOLA, HEIKO D. HOFFMANN, Bayer AG, Leverkusen West Germany, http://www.eswp.com/water/proceedin
Horembala, L. E., Feldt, C. A. Ion Exchange http://www.eswp.com/water/proceedin
Ulmer, R. C. Corrosion Control - General
Boiler Deposit Control,http://www.eswp.com/water/proceedin
Applebaum, S. B. Ion Exchange http://www.eswp.com/water/proceedin
Applebaum, S. B. Ion Exchange http://www.eswp.com/water/proceedin
None
J. A. KELLY, M. L. PALMER, Nalco Chemical Company, Oak Brook, Illinois http://www.eswp.com/water/proceedin
None
ARTHUR W. FYNSK, E. I. du Pont de Nemours & Co., Inc., Wilmington, Delaware http://www.eswp.com/water/proceedin
INDION ISR None http://www.eswp.com/water/proceedin
RENU SARAF, Ion Exchange India Ltd., Mumbai, India (Iron Specific Resin) is an ion exchange resin based patented product
RICK SZILAGYI, WesTech Engineering, Rockton, IL None http://www.eswp.com/water/proceedin
Cation (or acid) Mississaugua, ON, Canada; http://www.eswp.com/water/proceedin
cation conductivity, cycle chemistry, combinedWater Proce
THOMAS JAMES, GE chemistry of
LUIS CARVALHO, PE,, GE Water & Process Technologies,conductivity is the main control parameter in the cyclecycle, &diethyl
None New Jersey
F. X. MCGARVEY, M. E. CHILDS, R. GONZALEZ, Sybron Chemicals, Inc., Birmingham, http://www.eswp.com/water/proceedin
None
JAMES T. MCNULTY, Rohm and Haas Company, Spring House, Pennsylvania http://www.eswp.com/water/proceedin
None New Jersey
F. X. MCGARVEY, M. E. CHILDS, R. GONZALEZ, Sybron Chemicals, Inc., Birmingham, http://www.eswp.com/water/proceedin
The paper Italy; TINA None
MASTERS ODUM, P.E. Crown Solutions,aVandalia, OHParis
landfill leachate in site north of
CRISTINA DEL PICCOLO, Led Italia srl., Zoppola, PN,presents the method used to treat http://www.eswp.com/water/proceedin
BRIAN AYLAIAN, Metcalf & Eddy/AECOM, Laurel, MD None http://www.eswp.com/water/proceedin
Kinney, J. E. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Packed PA Upflow Packed-Bed, counter current demineralizer, cycle tim
http://www.eswp.com/water/proceedin
PHILIP W. FATULA, Bayer Corporation, Pittsburgh, bed countercurrent systems significantly improve the costs of ion exchange
DR. SALLIE FISHER, Puricons, Inc., Malvern, PA None http://www.eswp.com/water/proceedin
Four Topics are discussed: Where is the water treatment business? Where‘s the s
None http://www.eswp.com/water/proceedin
RICHARD HECKMANN, Chairman of the Board, President and CEO, U.S. Filter Corporation, Palm Desert, California
Enron Chair and Chief None shareholder of Azuriz, our
REBECCA MARK, Vice Chair, Enron Corporation, is still the largestExecutive Officer, Azurix water company that started in 19
http://www.eswp.com/water/proceedin
Nalco Chemical Company, Naperville, IL http://www.eswp.com/water/proceedin
CHRISTIAN MAURIN, Chairman and CEO, The address aims to expand awareness concerning the current worldwide water sit
The Michael Baker Corp. offers up at least one professional services company‘s pe
none
DONALD FUSILLI, JR.,, Chairman and CEO, Michael Baker Corporation, Coraopolis, PA http://www.eswp.com/water/proceedin
Successful on-line monitoring WILLIAM J. HERBERT, SR., Johnson March System
Sample conditioning systems, on-line analyzers, monitoring,
http://www.eswp.com/water/proceedin
LORAINE A. HUCHLER, P.E., MarTech Systems, Inc., Lawrenceville, NJ; in steam generating systems requires conditioning a
None http://www.eswp.com/water/proceedin
WILLIAM F. MCCOY, JAMES E. RIDGE, EDWARD S. LASHEN, Rohm and Haas Company, Spring House, Pennsylvania
None http://www.eswp.com/water/proceedin
RONALD N. WHITE, BRIAN D. BURNS, THOMAS K. MALLMANN, Illinois Water Treatment, Inc., Rockford, Illinois
None
PETER S. MEYERS, L*A Water Treatment Corporation, City of Industry, California http://www.eswp.com/water/proceedin
None
N. J. RAY, M. BALL, A. COATES, Central Electricity Generating Board, Nottingham, England http://www.eswp.com/water/proceedin
SALLIE FISHER, LYNETTE DAY, Puricons, Inc., Malvern, Pennsylvania None http://www.eswp.com/water/proceedin
FRANCES M. CUTLER, Southern California Edison, Paramount, CaliforniaNone http://www.eswp.com/water/proceedin
Selmeczi, J. G. Gas Scrubbing http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DONALD A. SCHUELKE, Northern States Power Company, Welch, Minnesota, B. GEORGE KNIAZEWYCZ, MARK A. BROSS
WILLIAM E. KATZ, Ionics, Inc., Watertown, Massachusetts None http://www.eswp.com/water/proceedin
BRUCE W. VIGON, DAVID P. EVERS, Battelle Memorial Institute, None http://www.eswp.com/water/proceedin
Columbus, Ohio, WAYNE C. MICHELETTI, Electric Power R
Betz http://www.eswp.com/water/proceedin
A. C. MCDONALD, D. J. KOTWICA, S. B. PRUETT, B. L. TRACY,None Laboratories, Inc., The Woodlands, Texas
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
JAMES K. RICE, James K. Rice, Chartered, Olney, Maryland None http://www.eswp.com/water/proceedin
None
S. J. ELMIGER, N. J. MRAVICH, G. T: UPPERMAN, Babcock & Wilcox, Alliance, Ohio http://www.eswp.com/water/proceedin
SALLIE A. FISHER, Puricons, Inc., Berwyn, Pennsylvania None http://www.eswp.com/water/proceedin
None
S. J. ELMIGER, N. J. MRAVICH, G. T: UPPERMAN, Babcock & Wilcox, Alliance, Ohio http://www.eswp.com/water/proceedin
G. H. CANULLO-VUNK, Ph.D., J. C. STEELHAMMER, Ph.D., JIM None Laboratories, Memphis, Tennessee
LUKANICH, Buckman http://www.eswp.com/water/proceedin
T. K. HAACK, Albright & Wilson Americas, Inc., Richmond, Virginia None http://www.eswp.com/water/proceedin
Potter, E. C. http://www.eswp.com/water/proceedin
Corrosion Control - Steel
This paper covers the technologies
None http://www.eswp.com/water/proceedin
JOHN P. TOOHIL JR., USFilter Industrial Wastewater Systems Billerica, MA most commonly applied to the recycling of was
WAYNE C. MICHELETTI, Wayne C. Micheletti, Inc. Charlottesville, VA http://www.eswp.com/water/proceedin
Miller, D. Ion Exchange http://www.eswp.com/water/proceedin
Lundgren, H. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Ontario Power Generation (formerly
MICHAEL CARAVAGGIO, Ontario Power Generation, Courtright, ON, Canada Ontario Hydro) is a provincially owned Canadia
None http://www.eswp.com/water/proceedin
None
SALLIE A. FISHER, GERARD OTTEN, Puricons, Inc., Malvern, Pennsylvania http://www.eswp.com/water/proceedin
J. R. STAHLBUSH, R. M. STROM, The Dow Chemical Company, Midland, None http://www.eswp.com/water/proceedin
None
SALLIE A. FISHER, GERARD OTTEN, Puricons, Inc., Malvern, Pennsylvania http://www.eswp.com/water/proceedin
A leading industrial house in Limited, ofDischarge), facility producing multiple was
ZLD (Zero Liquid India has
http://www.eswp.com/water/proceedin
AJANTA SARKAR and SACHIN KUKADE, Aquatech Systems (Asia) Pvt.the south Pune, India aWaste water, Recycle, Scaling
JAMES MOEN, Roseville Electric, Roseville, CA None http://www.eswp.com/water/proceedin
Trace, R. J. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Panel Moderator: David Alley, Clearwater Systems Corp., Essex, CT None http://www.eswp.com/water/proceedin
The AWT document isNone a http://www.eswp.com/water/proceedin
WILLIAM PEARSON, II, Southeastern Laboratories, Goldsboro, NC comprehensive update of collective information and data a
HELEN CERRA, Chemtreat, Inc., Glen Allen, VA http://www.eswp.com/water/proceedin
Legionella, Legionellosis, Legionnaire‘s Disease, Biofilms,
MARTIN NOSOWITZ, ARKEMA Inc., King of Prussia, peroxide provides unique Puckoriusand dispersing properties as an CO C
& Associates, Inc., Evergreen, exce
Hydrogen PA, PAUL PUCKORIUS, oxidizing http://www.eswp.com/water/proceedin
CHARLES ASCOLESE, GE Water & Process Technologies, Trevose, PA http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
MARTIN NOSOWITZ, ARKEMA Inc., King of Prussia, PA, PAUL PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO
Legionella Pneumophila and related species of bacteria are known to be human
DAVID ALLEY and FRANK ROGERS, Clearwater Systems Corp., Legionella, Pulsed Power Water Treatment, Test Methodspa
Essex, CT http://www.eswp.com/water/proceedin
Power point presentation None Legionella detection, monitoring, and
GEORGE LICINA, Structural Integrity Associates, Inc., San Jose, CA on three options for http://www.eswp.com/water/proceedin
The initial response to Legionella, Legionnaires‘ Boonton, NJ
LINDA RUSZNAK, KEVIN PIDANE and JOANNE KUCHINSKI, Ashland Specialty Chemical,Disease, microbial treatment strate
http://www.eswp.com/water/proceedin
the detection of Legionella for an industrial cooling water sys
LINDA RUSZNAK & KEVIN PIDANE, Ashland Specialty Chemical, Boonton, NJ http://www.eswp.com/water/proceedin
ANDREW J. COOPER, ONDEO Nalco Company, Naperville, IL http://www.eswp.com/water/proceedin
Panel Discussion Moderator: Dileep Thatte, Calgon Corporation, Pittsburgh, PA http://www.eswp.com/water/proceedin
In this session, I review some
BRIAN G. SHELTON, MPH, PathCon Laboratories, Norcross, GA None of the significant achievements in the advancement o
http://www.eswp.com/water/proceedin
This report is an up-date of http://www.eswp.com/water/proceedin
PAUL PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO Nonethe presentation made at the International Water Confe
The management of the Legionella growth risk depends on the treatment types, the
Cooling tower, biocide,http://www.eswp.com/water/proceedin
Legionella, Veolia Water S&T North
DAVE CHRISTOPHERSEN, Crown Solutions- Veolia Water S&T, Vandalia, OH; KARIM ESSEMIANI,interfering flora (interferin
None http://www.eswp.com/water/proceedin
WILLIAM E. MOORE, Monsanto Chocolate Bayou, Alvin, Texas, PETER L. TREMONT, Monsanto Central Engineering, St. Lou
F. X. MCGARVEY, Sybron Chemicals Inc., Birmingham, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
RONALD A. BOZE, COLIN C. TYRIE, R. K. HUMMEL, L'eau Claire Systems, Inc., Kenner, Louisiana
Killona,
ANTHONY S. CANZONERI, Louisiana Power and Light Company,None Louisiana http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ICHIRO INAMI, Toshiba Corporation, Kawasaki, Japan, YOSHITAKE MORIKAWA, KATSUJI MAEDA, Toshiba Corporation, Yo
None
PHILIP J. D'ANGELO, Philadelphia Electric Company, Wayne, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ICHIRO INAMI, Toshiba Corporation, Kawasaki, Japan, YOSHITAKE MORIKAWA, KATSUJI MAEDA, Toshiba Corporation, Yo
None
FRIEDRICH B. MARTINOLA, GUENTER SIEGERS, Bayer AG, Leverkusen, West Germany http://www.eswp.com/water/proceedin
Hoak, R. D., Jewis, C. J.,Hodge, W. W. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None
FRED LIBERATORE, JEFF CAMPBELL, Desalination Systems, Inc., Escondido, California http://www.eswp.com/water/proceedin
None
FRED LIBERATORE, JEFF CAMPBELL, Desalination Systems, Inc., Escondido, California http://www.eswp.com/water/proceedin
None
WILLIAM J. CONLON, Camp, Dresser & McKee, Inc., Ontario, California http://www.eswp.com/water/proceedin
Sheen, R. T. http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
A. RANTELL, J. M. GRANT, Central Electricity Generating Board, Ratcliffe-on-Soar, Nottingham, United Kingdom
RUGGIERO, PAUL A.Zero liquid discharge, wastewater software, reverse osmosis
WAGNER, P.E., U.S. http://www.eswp.com/water/proceedin
Generating Company, Swedesboro,
CHRISTOPHER D. HEADLEY, JOSEPH E. U. S Generating Company has successfully commissioned a pulverized coal-firedN
SCOTT BEARDSLEY, The Dow Chemical Company, Minneapolis,None Minnesota http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES E. VAN WYK, Niro Inc., Columbia, Maryland, WILLIAM RUNYON, Crane-Cochrane Environmental Systems, King of Pr
Baytown, TX, WILLIAM membranes, low fouling polyamide membranes from one
Reverse osmosis, membranes, polyamide,
http://www.eswp.com/water/proceedin
PATRICK H. KINGHORN, Ecolochem, Inc., Sets of cellulose acetateE. HAAS, Ecolochem, Inc., Norfolk, VA cellulose acetate
Ecolochem, membrane system
Gas transfer membrane, deoxygenation, dissolved oxygen,
http://www.eswp.com/water/proceedin
PATRICK KINGHORN, WILLIAM E. HAAS, Gas transfer Inc., Houston, TX removes oxygen to less than 15 ppb. from ambienw
BRIAN D. MILLER, CELGARD LLC, Charlotte, NC http://www.eswp.com/water/proceedin
None Arizona
DONALD D. GOLDSTROHM, THOMAS W. ROBERTSON, Salt River Project, St. Johns, http://www.eswp.com/water/proceedin
DOUGLAS E. NOLL, Consulting Engineer, Gibsonia, PennsylvaniaNone http://www.eswp.com/water/proceedin
None Arizona
DONALD D. GOLDSTROHM, THOMAS W. ROBERTSON, Salt River Project, St. Johns, http://www.eswp.com/water/proceedin
SIGON, ENEL, Thermal and Nuclear Research Center, Mila
M. ROTTOLI, CISE, Innovative Technology, S.P.A., Milan, Italy, F. None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MICHAEL G. TRULEAR, EDWARD W. EKIS, Nalco Chemical Company, Naperville, Illinois, GEORGE ELLIOT, Northern Irelan
JOHN GAREY, Marine Biocontrol, Sandwich, Massachusetts None http://www.eswp.com/water/proceedin
We are reporting the difference found in the development of macrofouling and micr
None Mexico
ALFONSO RUIZ, OSCAR BENITEZ, Comision Federal de Electricidad, Cardel, Veracruz,http://www.eswp.com/water/proceedin
Martinola, F., Richter, A. http://www.eswp.com/water/proceedin
Cooling System Treatment, Ion Exchange,Wastewater Trea
Downing D., Hetherington, R. Ion Exchange http://www.eswp.com/water/proceedin
Miami,
GEORGE KVAJIC, MARJANA MILOSEVIC-KVAJIC, University Of None Miami, Florida http://www.eswp.com/water/proceedin
Marston, P. G. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None DEBORAH PARKER, Baylor Univers
KENNETH W. BUSCH, RALPH E. DARLING, MARIANNA BUSCH, JAMES L. MCATEE, http://www.eswp.com/water/proceedin
OLGA MARTYNOVA, Moscow Power Institute, Moscow, USSR None http://www.eswp.com/water/proceedin
A large ethylene ALTINO ALVES BENTO, Petroquimica Uniao, make-up. The pla
Cooling water, on-line cleaning, corrosion, microbiological gr
http://www.eswp.com/water/proceedin
RICARDO DE ARAUJO FERNANDES, BetzDearborn Brazil; plant uses contaminated water as cooling towerBrazil
JOHN RICHARDSON, ChemTreat, Inc., Ashland, VA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROY BOLTON, CEDRIC MARSON, NEI Thompson Kennicott, Ettingshall, Wolverhampton, West Midlands, United Kingdom, J
A City, FL, WILLIAM E. HAAS, Ecolochem, Inc., Norfolk, VA, JAIME nitrogen diss
Gas operating on a kidney loop, continuously maintains blan
http://www.eswp.com/water/proceedin
J. HELMRICH, Florid a Power & Light, Florid agas Transfer Membrane, transfer membrane, GTM, deoxygenation, STATON, Ec
None
QINAI BAO, Jinling Petrochemical Corporation, Nanjing, Jiangsu, China http://www.eswp.com/water/proceedin
PAUL PUCKORIUS, Puckorius & Associates, Evergreen, Colorado None http://www.eswp.com/water/proceedin
A large ammonia-urea Cooling water, contaminated makeup water, cooling water Br
plant RICARDO PRADO SANTOS, Ultrafertil, Aaucaroa, sy
some changes in its monitoring tools
PAULO S. S. SANTIAGO, Nalco Chemical Company, Sao Paulo, Brazil, was submitted tohttp://www.eswp.com/water/proceedin
RICHARD O. YOUMANS, Buckman Laboratories International, Inc., Memphis, TN http://www.eswp.com/water/proceedin
JOSEPH H. DUFF, Burns & Roe, Inc., Oradell, New Jersey None http://www.eswp.com/water/proceedin
J. A. LEVENDUSKY, Epicor, Inc. None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
HUGH H. HARPER, JR., DAVID L. DRUMMONDS, Southern Company Services, Inc., Birmingham, Alabama
None
GEORGE J. CRITS, Cochrane Environmental Systems, Crane Co., King of Prussia, Pennsylvaniahttp://www.eswp.com/water/proceedin
None
E. W. JACKSON, J. H. SMITH, Portals Water Treatment Ltd., Isleworth, Middlesex, England http://www.eswp.com/water/proceedin
LOUIS WIRTH, Jr., Dow Chemical U.S.A., Midland, Michigan None http://www.eswp.com/water/proceedin
JOHN SEKERA, Ecodyne, Graver Water Division, Union, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KEVIN J. SHIELDS, DAVID A. CLINE, Jr., Sheppard T. Powell Associates, Baltimore, Maryland, BARRY DOOLEY, Electric Po
ANTHONY SELBY, Puckorius & Associates, Inc., Evergreen, Colorado None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
KEVIN J. SHIELDS, DAVID A. CLINE, Jr., Sheppard T. Powell Associates, Baltimore, Maryland, BARRY DOOLEY, Electric Po
WILLIAM S. MILLER, Ecolochem, Inc., Norfolk, Virginia None http://www.eswp.com/water/proceedin
None
MILTON P. CROSSEN, Aquatech International Corp., Canonsburg, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GARY COKER, TOM WILLIAMSON, Entergy Operations, Inc., Port Gibson, Mississippi, KEITH SIMS, LI ZHANG, DAVID ELYA
None
PETER CARTWRIGHT, Cartwright Consulting Company, Minneapolis, Minnesota http://www.eswp.com/water/proceedin
PA None http://www.eswp.com/water/proceedin
SALLIE C. FISHER, Puricons, Inc., Malvern,Upgrading the performance of old make-up mixed bed is often just a matter of findi
Dunsmore, D. A. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
This report provides information on the successful application of a non-oxidizing bio
RICK COLCLASURE, AquaComp, Inc., St. Charles, MO http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
T. J. TVEDT, Jr., C. A. JONES, J. G. GRIERSON, The Dow Chemical Company, Freeport, Texas, L. JONES, The Dow Chemi
JOSEPH S. ROTI, Drew Industrial Division, Boonton, New Jersey None http://www.eswp.com/water/proceedin
A new marine biofouling control system usinghttp://www.eswp.com/water/proceedin
Intermittent ozonation, cooling water, seawater, biofouling, c
both intermittent ozonation and oxida
YASUHIRO TANIMURA, JUNJI HIROTSUJI, KAZUHIRO MIYA, Mitsubishi Electric Corporation, Amagasaki, Hyoga, Japan; NA
None
ARTHUR FREEDMAN, Arthur Freedman Associates Inc., E. Stroudsburg, PA http://www.eswp.com/water/proceedin
None
FRANCIS A. DIGIANO, Univ. of Massachusetts, Amherst, Massachusetts http://www.eswp.com/water/proceedin
BILLY H. KORNEGAY, Westvaco Corporation, Covington, VirginiaNone http://www.eswp.com/water/proceedin
The performance of membranes used in water treatment is affected by the quality o
JOHN CLARK, Chemtrac Systems, Inc., Norcross, GA None http://www.eswp.com/water/proceedin
Neumann, P. D. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Cooling Sy
Start-up and shutdownprotective oxides, exfoliation, oxygen scavenger, passivator,
of heat recovery
CHARLES KUHFELDT, Ashland Water Technologies, Drew Industrial, Boonton, NJ steam generators results in thermal stress
http://www.eswp.com/water/proceedin
HANS ZEHNDER, Polymetron AG, Switzerland None http://www.eswp.com/water/proceedin
JOHN HALE, Orbisphere Laboratories, Geneva, Switzerland None http://www.eswp.com/water/proceedin
Treatment Massachusetts water, cation important long-term preventative mainte
Boiler http://www.eswp.com/water/proceedin
DAVID M. GRAY, Thornton Associates, Inc., Waltham, of boiler water and steam is an conductivity, pH, steam purity
This Inc., New Orleans, LA
None http://www.eswp.com/water/proceedin
SHARIF DISI, Mechanical Equipment Company, paper presents 2 case studies of Mechanical Vapor Compression Seawater D
None
JOSEPH L. BEALS, Wallace & Tiernan Div., Pennwalt Corporation, Belleville, NJ http://www.eswp.com/water/proceedin
LOUIS SYBERT, Bechtel Corporation, San Francisco, California None http://www.eswp.com/water/proceedin
None NAKAMURA, Toshiba Corporation, Y
ICHIRO INAMI, HIROYUKI NAGAO, Toshiba Corporation, Kawasaki, Japan, MASAHIROhttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JASBIR S. GILL, CHERYL D. ANDERSON, RICHARD G. VARSANIK, Calgon CorporationPittsburgh, Pennsylvania
DAVID L. VENEZKY, Naval Research Laboratory, Washington, DC None http://www.eswp.com/water/proceedin
RICHARD W. LUTEY, VANJA M. KING, MARYANN CLEGHORN, None http://www.eswp.com/water/proceedin
Buckman Laboratories, Memphis, Tennessee
None
WILLIAM F. MCCOY, Great Lakes Chemical Corporation, West Lafayette, Indiana http://www.eswp.com/water/proceedin
A semiconductor Inc., Norfolk, VA water treatment system to provide po
ROBERT A. ESCOBEDO and JUDY PUCKETT, Ecolochem, firm contracted a temporaryhttp://www.eswp.com/water/proceedin
Semiconductor, Reverse Osmosis (RO), Gas Transfer Mem
PETER S. CARTWRIGHT, PE, Cartwright Consulting Co., Minneapolis, MN http://www.eswp.com/water/proceedin
Currently available San Diego, California membrane, elements
Reverse osmosis, http://www.eswp.com/water/proceedin
JOHN PERLMAN, DAVID FABER, Fluid Systems Corporation, reverse osmosis membranes and element are described. Gui
LEE COMBS, Osmonics, Minnetonka, Minnesota None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DR. MOHAMMAD ALBELDAWI, K. M. SIMMS, S. A. ZAIDI, Wastewater Technology Centre, Rockliffe Research Mgmt., Inc., B
This paper discusses the technical, microfiltration, operational issues Company, Tw
Membranes, economichttp://www.eswp.com/water/proceedin
Nuclear Management addressed in
GLEN SUNDSTROM, USFilter Memcor Products, Rockford, IL and DEAN WEYENBERG,and ultrafiltration, reverse osmosis, f
JANE KUCERA, Nalco Company, Naperville, IL http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
GLEN SUNDSTROM, USFilter Memcor Products, Rockford, IL and DEAN WEYENBERG, Nuclear Management Company, Tw
We all learn Nanofiltration, reverse http://www.eswp.com/water/proceedin
osmosis, share these lessons with ot
JOHN E. DAILY, Metcalf & Eddy, Inc., Tampa, Florida from our mistakes but are embarrassed to membrane scaling, membra
None
JANE KUCERA, HARI GUPTA, Wheelabrator Water Technologies, Inc., Naperville, Illinois http://www.eswp.com/water/proceedin
Membrane technologies combined with more http://www.eswp.com/water/proceedin
None
PETER S. CARTWRIGHT, PE, Cartwright Consulting Co., Minneapolis, MN traditional processes offer significant
WAYNE E. BERNAHL, W Bernahl Enterprises Ltd, Elmhurst, IL http://www.eswp.com/water/proceedin
Reverse osmosis membrane http://www.eswp.com/water/proceedin
JIM SUMMERFIELD, The Dow Chemical Company, Midland, MI none systems are subject to upsets from many types of fou
This paper presents recent advancements in http://www.eswp.com/water/proceedin
Membranes, microfiltration, ultrafiltration, backwash, air-scou
PETER CARTWRIGHT, P.E., Cartwright Consulting Company, Minneapolis, MN the MEMCOR® membrane filtration p
Mercury containing RUEDIGER PELDSZUS, during theAG
None Degussa combustion of coal, residua
JOE LALLY, BOB GEC, Degussa Corporation, Parsippany, NJ; flue gases are generated http://www.eswp.com/water/proceedin
Flue Gas growing concern for& Associates, On-going Field
Stover the Utility Industry Stillwater,
Mercury control and removal is aDesulfurization, Mercury Removal, Inc., in Flue Ga
MICHAEL PUDVAY, Degremont Technologies, Richmond, VA; ENOS L. STOVER, PhD.,http://www.eswp.com/water/proceedin
Johnson, E. G., Walker, A. O. http://www.eswp.com/water/proceedin
Corrosion Control - General
McElhaney, H. W. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Corrosion damage canMetallurgical Examination, - Drew Industrial Div., Boonton, N
lead to untimely production upsets and costly Copper Corro
Co. Erosion-Corrosion, heat exchang
STEPHEN M. MCINTYRE and DUNN JOSEPH HOFILENA, Ashland Specialty Chemical http://www.eswp.com/water/proceedin
Ion exchange has Eco-Tec Inc., Pickering, ON, Canada
PAUL PAJUNEN, P.ENG., AND MICHAEL SHEEDY, P.ENG., historically proven, in certain applications, to be an effective met
None http://www.eswp.com/water/proceedin
PHILIP FATULA, Sybron Chemicals Inc., a Lanxess Company, Pittsburgh, PA http://www.eswp.com/water/proceedin
McDermet, J. R. http://www.eswp.com/water/proceedin
Heitmann, H. G. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Filtration,Ion Exchange, Nucle
None http://www.eswp.com/water/proceedin
J. I. BENNETCH, Virginia Power, Richmond, Virginia, C. T. SZYMKE, R. L. CLARK, Calgon Corporation, Pittsburgh, Pennsylva
None
ROBERT E. TATNALL, MIC Associates, Inc., Chadds Ford, Pennsylvania http://www.eswp.com/water/proceedin
Two case histories in nuclear
MIC, once through SWS, mitigation, carbon steel, cause ana
http://www.eswp.com/water/proceedin
RICHARD W. LUTEY, Buckman Laboratories International, Memphis, TN power plants are discussed where the root root cause
the basis of this paper MIC, microbiologically influenced corrosion, cooling Pittsbur
is that anaerobic microbiologically influenced corrosion can n
http://www.eswp.com/water/proceedin
RODNEY DONLAN, RAYMOND J. SIMMEN, ALAN L. SMITH, CHRISTOPHER L. WIATR, Ph.D., Calgon Corporation,water, su
A Calgon Corporation,Anaerobic bacteria, pitting, corrosion, stainless steel
Pittsburgh, PA http://www.eswp.com/water/proceedin
DONALD L. GIBBON, RODNEY M. DONLAN,cave-like pit in the wall of a stainless steel condenser has a much smaller surface
None
JOHN W. LEE, SCOTT G. FREYMARK, Olin Water Services, Overland Park, Kansas http://www.eswp.com/water/proceedin
This report is Memphis, TN
Make-up water, microbiological problems, MIC, and environm
effect recent operational alternative m
RICHARD W. LUTEY, Ph.D., RWLutey & Associates Inc.,an overview discussion of what http://www.eswp.com/water/proceedin
Case histories from experience and the MIC, microbes, bacteria, pitting, hydrotest w
Stainless steels, published literature illustrate factors which
http://www.eswp.com/water/proceedin
GREG KOBRIN, Nickel Development Institute, Beaumont, TX, STEPHEN LAMB, Nickel Development Institute, Huntington, WV
RICHARD LUTEY SR., Buckman Laboratories, Memphis, TN None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DONALD L. GIBBON, RICHARD G. VARSANIK, GEORGE C. SIMON, Calgon Corporation, Pittsburgh, Pennsylvania
None http://www.eswp.com/water/proceedin
D. M. SOPOCY, N. M. KASS, R. J. CHIESA, Sargent & Lundy, Chicago, Illinois, W. C. MICHELETTI, Electric Power Research
ROBERT M. ROSAIN, CH2M Hill, Bellevue, Washington None http://www.eswp.com/water/proceedin
U.S. Filter Corporation,
Ceramic membrane, microfiltration, reverse osmosis, pretrea
known as Title 22 water in California
LINDA DELLA CORNA, JAMES L. FILSON,Sanitary water from sewage treatment plants,http://www.eswp.com/water/proceedin
This paper presents recent advancements in http://www.eswp.com/water/proceedin
None membrane Memcor The new Colora
GLEN SUNDSTROM, USFilter Memcor Products, Rockford, IL and RUSS SWERDFEGER, USFilter filtration. Products,process
JOHN POTTS, Kimley-Horn and Associates, Inc., West Palm Beach, FL http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
GLEN SUNDSTROM, USFilter Memcor Products, Rockford, IL and RUSS SWERDFEGER, USFilter Memcor Products, Colora
Eraring Australia Microfiltration, Reverse plant operated by Eraring Energy. Si
GARRY CRAIG, Eraring Energy, Dora Creek, NSW,Power Station is a 2640MW coal-fired Osmosis and Effluent.
http://www.eswp.com/water/proceedin
KUMAR SINHA, Bechtel Power Corp., Frederick, MD http://www.eswp.com/water/proceedin
This Inc, Burlington, Ontario, Canada, STEVE KROLL, ZENON Environmental Sys
Pre-filtration, case history information on a relatively new te
F. A. TONELLI, ZENON Environmental Systems,paper presents a summary andfiltration, http://www.eswp.com/water/proceedin
membrane technology, microfiltration,
GEORGE C. SOLYMOSI, Capital Controls Company, Inc., Colmar,None LOWTHER, Ontario Hydro, Ontario,
Pennsylvania, DAVIDhttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAN MORRIS, Morr Control, Inc., Muskogee, Oklahoma, JOANNE KUCHINSKI, Drew Industrial Division, Boonton, New Jerse
DENNIS SHEA, Monsanto Chemical Company, Alvin, Texas None http://www.eswp.com/water/proceedin
This and WILLIAM a case study on the Cary, NC
BILL MOORE, Calpine Corporation, Houston, TXpaper presents SULLIVAN, USFilter,microsand-ballasted clarifiers installed at t
recycled water
clarifier, cooling water, http://www.eswp.com/water/proceedin
Schwada, Joseph. C. http://www.eswp.com/water/proceedin
Inc., Manhattan, Kansas exchange, demineralization, organics,minimizes the cost
Ion system operation ultrafiltration, hum
MONTY MCCOY, Bliss Energy Consultants,Our new approach to optimized ion exchangehttp://www.eswp.com/water/proceedin
The Inc., Malvern, Pennsylvania
beds is based mixed bed,5mixed bed capacity, set of test pa
at gallons/ ft2/min. A condensate,
HERMAN HAMANN, SALLIE FISHER, Puricons,capacity of mixed Ion exchange, on testshttp://www.eswp.com/water/proceedin
None
FRANCES M. CUTLER, Southern California Edison, Paramount, California http://www.eswp.com/water/proceedin
HERMAN HAMANN, SALLIE FISHER, Puricons, Inc., Malvern, PennsylvaniaNone http://www.eswp.com/water/proceedin
Morrison, W. S. Ion Exchange http://www.eswp.com/water/proceedin
Brush, G. W., Applebaum, S. B.,Angele, G. J. Ion Exchange http://www.eswp.com/water/proceedin
Ion exchange resins are reasonably stable materials and depending on
NJ http://www.eswp.com/water/proceedin
PETER MEYERS, FRANK DESILVA ResinTech, Inc., West Berlin,Mixed Bed Resins, Storage, Deterioration, Linersthe ionic fo
Tests using Associates, Inc., oxidants, coolingoxidizing biocides for cooling tower m
Mixed Los Alamos, ofhttp://www.eswp.com/water/proceedin
PAUL PETERSON, Trident Techno
WESLEY L. BRADFORD, Ph.D., Los Alamos Technical mixed-oxidant solution insteadNM,tower maintenance, aerobic bacteria
EDWARD S. BEARDWOOD, Drew Industrial Division of Ashland Canada, Ajax, Ontario, Canada http://www.eswp.com/water/proceedin
Mercer, B. W., Ames, L. L. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
The Piney Point fertilizer plant Lime Treatment, Gyphas been one of the most Reve
Double in Palmetto, Florida, Stack, Phosphogypsum, public
http://www.eswp.com/water/proceedin
BILL PERPICH JR., USFilter, Tampa, FL; CHRIS SOULE, USFilter, Schaumburg, IL; SAM ZAMANI, P.E., Florida Department
COLLEEN M. KULICK, Parsons E & C, Reading, PA http://www.eswp.com/water/proceedin
Trace metals Corporation, Frederick, MD wood anddischarge,from wooden cooling
in the treatment of wood, will leach NPDES, Arsenic, C
MARK A. JANICK, LAWRENCE GASPER, Bechtel Powerare usedCooling tower, treated http://www.eswp.com/water/proceedin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO http://www.eswp.com/water/proceedin
J. LEIBOVITZ, S. G. SAWOCHKA, NWT Corporation, San Jose, CaliforniaNone http://www.eswp.com/water/proceedin
Moderator: Robert J. Cunningham None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ARTHUR FREEDMAN, Arthur J. Freedman & Associates, FRED IENNA, Texaco Puget Sound Plant., GAIL LOPEZ, Nalco Che
This presentation will provide DARIN design concepts, PAUL to GROSS, Liquid P
Packed Bed, Countercurrent, Retrofit, Demineralization, Mod
http://www.eswp.com/water/proceedin
DAVID T. DALLY, Sybron Chemicals, Inc., A Bayer Co., Birmingham, NJ, several CUNNINGHAM &related W.the modernization
DAN RICE, Dow Chemical Co., Midland, MI http://www.eswp.com/water/proceedin
RICHARD J. LIPINSKI, The Mogul Corporation, Chagrin Falls, Ohio oneN http://www.eswp.com/water/proceedin
DAVID E. SIMON, II, NUS Corporation, Pittsburgh, PA None http://www.eswp.com/water/proceedin
None
KENNETH F. SOEDER, JOSEPH S. ROTI, Drew Industrial Division, Boonton, New Jersey http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. FRED WILKES, Consultant, Titusville, Florida, FLAVIO BIANCHI, MESSIAS C. AMARAL, REGINA M.C. DIAS, Aquatec Quim
None Delmarva Power, Millsboro, Delaware
WILLIAM L. TRACE, Calgon Corporation, Pittsburgh, Pennsylvania, KEITH H. KEHRER, http://www.eswp.com/water/proceedin
None Milwaukee, Wisconsin
ROBERT MUEHLENKAMP, PAUL SCHUMACHER, Wisconsin Electric Power Company,http://www.eswp.com/water/proceedin
None
ROBERT RUMELFANGER, KEITH J. SALAMONY, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
ROLAND A. LEATHRUM, Thomas M. Laronge, Inc., Newark, Delaware None http://www.eswp.com/water/proceedin
None CLUZEL, Rosemount Analytical, Inc.
CARL C. SCHEERER, Central Illinois Public Service Company, Springfield, Illinois, JOHNhttp://www.eswp.com/water/proceedin
WILLIAM E. ALLMON, Babcock & Wilcox Company, Alliance, Ohio None http://www.eswp.com/water/proceedin
None CLUZEL, Rosemount Analytical, Inc.
CARL C. SCHEERER, Central Illinois Public Service Company, Springfield, Illinois, JOHNhttp://www.eswp.com/water/proceedin
WALTER ZABBAN, The Chester Engineers, Pittsburgh, Pennsylvania, None http://www.eswp.com/water/proceedin
JOHN M. RIDDLE, US Operating Services Corporation, Pittsburgh,None http://www.eswp.com/water/proceedin
Pennsylvania, THOMAS O. PASSELL, Electric Power Rese
None
WESLEY L. PEARL, S. G. SAWOCHKA, NWT Corporation, San Jose, California http://www.eswp.com/water/proceedin
The and GUIHE TAO,Organic reduction in a typical ultrapure water (A Division o
PHD Centre for reclaimed sewage, high purity water
http://www.eswp.com/water/proceedin
BALAKRISHNAN VISWANATH, KIRAN KEKRE,organic transformation andremoval,Advanced Water Technology,system was in
OTAKAR JONAS, RAVI MATHUR, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
STEPHEN J. SHULDER, Baltimore Gas & Electric, Baltimore, MarylandNone http://www.eswp.com/water/proceedin
OTAKAR JONES, RAVI MATHUR, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
Collins, L. F. http://www.eswp.com/water/proceedin
Corrosion Control - Aluminum, Corrosion Control - Copper A
Campbell, John T. http://www.eswp.com/water/proceedin
Lordi, D. T. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
New
SCOTT CROSIER, Hach Company, Fairport, NY systems are available to monitor multiple analytical parameters through a sing
None http://www.eswp.com/water/proceedin
COLLEEN LAYMAN, P.E., Bechtel Power Corporation, Frederick, MD http://www.eswp.com/water/proceedin
Nordell, E. http://www.eswp.com/water/proceedin
The paper describes pilot plantwater blowdown,performance and K. TAYLOR, Sas
Cooling testing, and the Reverse Osmosis, Nanofiltration, o
http://www.eswp.com/water/proceedin
PETER K. ERIKSSON, GE Osmonics, Vista, CA, IAN SCARTH, GE Betz, Regina, SK, Canada and WILLIAMtrouble shooting Z
WILLIAM MOORE, Calpine, Houston, TX http://www.eswp.com/water/proceedin
The Navajo Generating Station was among the first HPD, LLC,Plainfield, IL in the
boiler, chemical processing, coal-fired power stations
http://www.eswp.com/water/proceedin
ROBERT PETERSON and JERRY KOGER,, Salt River Project, Page, AZ; TIMOTHY RITTOF, concentrate reduction, cooling t
Michael Wisdom, P. E., ContourGlobal, Houston, TX None http://www.eswp.com/water/proceedin
Rice, C. W. http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
D. G. CUISIA, J. W. RUDOLPH, C. M. HWA, E. A. TEHLE, Jr., Dearborn Chemical (U.S.), Lake Zurich, Illinois
None http://www.eswp.com/water/proceedin
KURT D. HEINZ, Dearborn Division, W.R. Grace & Company, Lake Zurich, Illinois, J. A. GRAY, Dearborn Chemical Co. Ltd. (C
None
ARTHUR J. FREEDMAN, Thomas M. Laronge, Inc., East Stroudsburg, Pennsylvania http://www.eswp.com/water/proceedin
A none http://www.eswp.com/water/proceedin
RICK DUNN, Ionics Instruments, Boulder, CO newly developed on-line analyzer is being utilized in ultra pure water systems to c
We have evaluated biocides and point of entry efficacy
JANET E. STOUT, PhD, VA Medical Center, Pittsburgh, PA http://www.eswp.com/water/proceedin
Legionella, disinfection, (POE) treatment technologies for th
RICHARD D. MILLER, PhD, University of Louisville, Louisville, KY http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES CHEN, Belco Pollution Control, Parsippany, New Jersey, JAMES NICHOLS, Kansas City Power & Light Company, Lac
LOUIS F. WIRTH, Consultant, Midland, Michigan None http://www.eswp.com/water/proceedin
Calcium Chemicals, Tuscaloosa, AL water, complex constant, speciation, threshol
DANIEL PARKER VANDERPOOL, Laurel Functionalcarbonate scale inhibitor effectiveness is commonly assumed to parallel th
Scale, cooling http://www.eswp.com/water/proceedin
PATRICK GILL, Calgon Corporation, Pittsburgh, PA None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JUNJI FUKUDA, TAKAYUKI TASHIRO, TAKASHI KASHIWAGI, Mitsubishi Chemical Corp. Tokyo, Japan, MASASHI MIYAGI,
None
LINDA HLIVKA, Drew Industrial Division, Ashland Chemical Co., Boonton, New Jersey http://www.eswp.com/water/proceedin
DANIEL ROBINETTE, Puckorius & Associates, Evergreen, Colorado None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOHN J. PEARROW, South Carolina Electric & Gas Company, Columbia, South Carolina, THOMAS W. POSCHMANN, Pall P
AL REVERE, Pacific Gas & Electric, San Francisco, California None http://www.eswp.com/water/proceedin
W. E. BORNAK, Betz Laboratories, Inc., Trevose, Pennsylvania None http://www.eswp.com/water/proceedin
None
K. FIX, L. SCERBO, Drew Industrial Division, Ashland Chemical Inc., Boonton, New Jersey http://www.eswp.com/water/proceedin
Langberg, A. M. http://www.eswp.com/water/proceedin
Clarification and Contact Softening, Filtration,Ion Exchange
Abrams, I. M. Ion Exchange http://www.eswp.com/water/proceedin
This paper describes utilization http://www.eswp.com/water/proceedin
TED PRATO, CHRIS GALLAGHER, Ionics Incorporated, Watertown, MA of the electrodeionization, EDI, process on several
None
MARTIN S. FRANT, CHARLES S. BAER, Orion Research, Inc., Boston, Massachusetts http://www.eswp.com/water/proceedin
Wet Veolia Water Solutions & Technologies company, Moon Township, PA; WILLI
are used for flue gas http://www.eswp.com/water/proceedin
LAWRENCE GURNARI, N.A. Water Systems, a scrubber systemscrystallization, thermaldesulfurization (FGD) at power plants
evaporation, brine concentrators, slud
TAKESHI IWATSUKA, Japan Organo Company, Ltd., Tokyo, Japan one N http://www.eswp.com/water/proceedin
J. D. DARJI, Infilco Degremont Inc., Richmond, Virginia None http://www.eswp.com/water/proceedin
TAKESHI IWATSUKA, Japan Organo Company, Ltd., Tokyo, Japan one N http://www.eswp.com/water/proceedin
JOHN E. ORTH, Metal Samples Company, Munford, Alabama None http://www.eswp.com/water/proceedin
None
WILLIAM E. GARRETT, Jr., Alabama Power Company, Birmingham, Alabama http://www.eswp.com/water/proceedin
BURNETT SCHNEIDER, RICHARD A. RIDDLE, Aqua-Chem, Inc.,None Milwaukee, Wisconsin http://www.eswp.com/water/proceedin
This paper describes experiences at several power stations with condensate polish
STEPHEN W. NAJMY, The Dow Chemical Company, Midland, MI, http://www.eswp.com/water/proceedin
ELI SALEM, E. Salem & Associates, Inc., Deal, NJ http://www.eswp.com/water/proceedin
Kunin, R., Downing, D. G. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment
None
HENRY P. STOEBENAU, Rohm and Haas Company, Philadelphia, Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
RONALD L. KOLBASH, American Electric Power, Lancaster, Ohio, DONALD BUDEIT, Turbojett International, Canonsburg, Pe
DONALD H. NEWMAN, Schneider Engineers, Bridgeville, Pennsylvania None http://www.eswp.com/water/proceedin
Von Koeppen, A., Pesowicz, A. F.,Meta, B. A. Cooling System Treatmenthttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
HERMAN HAMANN, MARK BERTLER, Arrowhead Industrial Water, Inc., Lincolnshire, Illinois, RON MADDEN, Arrowhead Indu
G.E. GEIGER, Betz Water Management Group, Horsham, Pennsylvania None http://www.eswp.com/water/proceedin
None
HAROLD A. CHAGNARD, The Dow Chemical Company, Plaquemine, Louisiana http://www.eswp.com/water/proceedin
The most used oxygen scavengers have been analysed and a new product, amine
FEDERICA PERPIGLIA, Università degli Studi di Genova - D.I.M.S.E.T., Genova, Italy http://www.eswp.com/water/proceedin
Generation, Orlando, Economics, Deregulation, Cycling Power Generation, plan
FL and MICHAEL RZIHA, Siemens
http://www.eswp.com/water/proceedin
JAMES BELLOWS, PH.D.., Siemens PowerThe economics of deregulation have changed the operating scenarios for newErlan
None
DAN P. VANDERPOOL, SUSAN P. REY, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
Kahler, H. L., Brown, J. K. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
The Inc., of this report is makeup demineralizer systems, the so called ―water plan
WILLIAM BORNAK, Recirculation Technologies focusWarminster, anion exchange resin, http://www.eswp.com/water/proceedin
PA organic fouling, resin cleaning, econo
In November 2002, a new facility at the Liaohe Oilfield in Liaoning Province, dissolv
BEEK, Nijhuis Water http://www.eswp.com/water/proceedin
water, heavy oil, steam assist, China
CRAIG J. BROWN, Eco-Tec, Inc., Pickering, ADRIAAN VAN DERwastewater, produced Tech., Inc., Richmond Hill, JON H. XI
Wessing, W., Skerrett, J. C. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
I. M. ABRAMS, Diamond Shamrock Chemical Company, RedwoodNone Cal. City, http://www.eswp.com/water/proceedin
None
Dr. CARL CAIN, Jr., Tennessee Valley Authority, Chattanooga, Tennessee http://www.eswp.com/water/proceedin
I. M. ABRAMS, Diamond Shamrock Chemical Company, RedwoodNone Cal. City, http://www.eswp.com/water/proceedin
Helena MT Zero discharge, wastewater was installed at a osmosis, HE
http://www.eswp.com/water/proceedin
BOB KIMBALL, Hydrometrics, Incorporated,An innovative non-fouling reverse osmosis processtreatment, reverse metals smelt
RON KOCHIK, ONDEO Nalco Chemical Co., Naperville, IL http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BRUCE COULTER, WAYNE BATES, ROBERT MARAVICH, Illinois Water Treatment, Inc., Rockford, Illinois
and J. VERDES, Henkel KGaA, sustainability of inhibitor systems in open cooling
Cooling Water, Scale Germany
http://www.eswp.com/water/proceedin
MATTHIAS SCHWEINSBERG, W. HATER,The increased demand for more Dusseldorf, Inhibition, Biodegradability, Field Test w
M. J. ELLIS, R. KUNIN, Rohm and Haas Company, Philadelphia, PA None http://www.eswp.com/water/proceedin
None
STEPHEN B. GALE, Andco Environmental Process, Inc., Buffalo, New York http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PETER MICHAEL LANGE, FRIEDRICH B. MARTINOLA, HANS KARL SOEST, Bayer AG, Leverkusen, Germany
Boulder, Colorado
RICHARD HUTTE, RICHARD GODEC, KEVIN O‘NEILL, Sievers Instruments, Inc.,
http://www.eswp.com/water/proceedin
None
Cuisia, D. G. Boiler Deposit Control http://www.eswp.com/water/proceedin
SEH America Inc., Vancouver, WA; DEVESHfeasibility of Aquatech International Co
Reverse osmosis, the http://www.eswp.com/water/proceedin
SHARMA, treating Cooling Tower B
ALLEN R. BOYCE, MICHAEL FERRIGINO, A pilot study was conducted demonstrate zero-liquid discharge, silica, cooling tower
Nine Mile Point Unit None http://www.eswp.com/water/proceedin
R F. GREEN, Niagara Mohawk Power Corporation, Oswego, NYTwo, (NMP2), is a 1210 MWE boiling water reactor operated b
Gregg, J. C., Bowne, S. B. http://www.eswp.com/water/proceedin
Ion Exchange, Public Water Supply
None
S. R. TRESSIDER, Perolin-Bird Archer, Ltd., Cobourg, Ontario, Canada http://www.eswp.com/water/proceedin
Gilbert, M. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
Non-Chemical DevicesPA (NCD) have device, cooling water treatment
http://www.eswp.com/water/proceedin
TIMOTHY KEISTER, ProChemTech International, Inc., Brockway, non-chemical been marketed for control of scale, corrosion,
http://www.eswp.com/water/proceedin
EDWARD S. BEARDWOOD, Drew Industrial Division of Ashland Canada Corp., Ajax, Ontario, Canada
There are numerous systems
none http://www.eswp.com/water/proceedin
LORAINE A. HUCHLER, PE, MarTech Systems, Inc., Lawrenceville, NJ using combinations of electrical, magnetic and mech
SAMUEL B. DILCER, JR., Cyrus Rice Water Consultants, Pittsburgh, PA http://www.eswp.com/water/proceedin
YOUNG I. CHO, Drexel University, Philadelphia, PA http://www.eswp.com/water/proceedin
Alquist, F. N., Guy, A. M. Boiler Deposit Control http://www.eswp.com/water/proceedin
None
RITA SCHMIDT SUDMAN, Water Education Foundation, Sacramento, California http://www.eswp.com/water/proceedin
MARK S. SINGEL, Pennsylvania Lieutenant Governor None http://www.eswp.com/water/proceedin
None
JOHN A. S. MCGLENNON, ERM - New England Inc., Boston, Massachusetts http://www.eswp.com/water/proceedin
JACK BOGUT, 1320-WJAS, Pittsburgh, PA None http://www.eswp.com/water/proceedin
PETER J. CENSKY, Water Quality Association, (WQA), Lisle, IL None http://www.eswp.com/water/proceedin
None
JEFFREY HOFFMAN, USA. Department of Energy, National Testing Laboratories http://www.eswp.com/water/proceedin
Dr. WILLIAM H. JOYCE, CEO Nalco Company, Naperville, IL None http://www.eswp.com/water/proceedin
A new amphoteric ion exchange resin is introduced. The resin ITOU, ALAN SHARP
None http://www.eswp.com/water/proceedin
GO HONDA, TAKAYUKI TASHIRO, Mitsubishi Chemical Corporation, Kanagawa-ken, Japan; TSUYOSHI has both a quaterna
Kasei http://www.eswp.com/water/proceedin
HIROHISA KUBOTA, TSUYOSHI ITO, JUNJI FUKUDA, MitsubishiNone Corporation, Yokohama, Japan, JOHN UNGAR, Dian
KATSUHIKO YANO, Mitsubishi Chemical Corporation Yokohama Research In ho
Anion exchange resin, http://www.eswp.com/water/proceedin
heat stability chemical stability, leach
JUNYA WATANABE, HIROHISA KUBOTA, Novel ion exchange resins with heat and chemical stability, were synthesized.Cente
JAMES T. MCNULTY, Rohm & Haas Company, Philadelphia, Pennsylvania http://www.eswp.com/water/proceedin
Electrodeionization (EDI) is electrodeionization, UPW, IC, ion chromatography, trac
EDI, a well establishedhttp://www.eswp.com/water/proceedin
technique
JOHN RIVIELLO, Trovion Co., Santa Cruz, CA; ARCHAVA SIRIRAKS, Trovion Pte, Ltd, Singapore for the production of ultra
VADIM MALKOV, PhD., Hach Company, Loveland, CO None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
W. A. MITCHELL, L. M. KYE, G. A. SMALL, Grace Dearborn, Lake Zurich, Illinois, D. O. VEIL, Air Products and Chemicals, Inc
The kinetics and mechanism of dissolved oxygen PARTEZANA, Westinghouse Ele
http://www.eswp.com/water/proceedin
KARA PRENTICE, PHILIP BATTAGLIA, ART BYERS, , DEBORAH FARNSWORTH, JONNA reduction by hydrazine and hydro
The nuclear power industry Nalco Company, Pittsburgh, PA; GEORGE PEABODY
3D TRASAR, recirculating cooling, tagged polymer, Optimize
North American electricity demand w
ANDREW KERN, Nalco Company, Lenoir City, TN; PETER TEN EYCK,meets 20% of thehttp://www.eswp.com/water/proceedin
None Pittsburgh, PA; GEORGE PEABODY
ANDREW KERN, Nalco Company, Lenoir City, TN; PETER TEN EYCK, Nalco Company,http://www.eswp.com/water/proceedin
KUMAR SINHA, Bechtel Power Corporation, Frederick, MD None http://www.eswp.com/water/proceedin
At Chattanooga, TN, condensate TAYLOR, Ecolochem, Inc., Norfolk, make-up, m
Condensate polishing, http://www.eswp.com/water/proceedin
Deltaflow, ion exchange, VA
GREG BARTLEY, Tennessee Valley Authority,four fossil stations, ROBERT T. polisher throughput increased by 27-37 percent
JIM PINKOWSKI, ABB Alstom Power, Richmond, VA http://www.eswp.com/water/proceedin
Rice, J. K. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
YUSUF MUSSALLI, Stone & Webster Environmental Technology & Services, Boston, Massachusetts, JOHN PAISIE, Saudi Ar
Circular, oil / water separation, Stoke‘s Law, gravity since its
WesTech Engineering, been the standard UT; RICKoil / water separation separati
gravity SZILAGYI, WesTech Engine
TYSON GOLLAHER, PE and JIM WOODS,API Publication 421 has Inc, Salt Lake City, inhttp://www.eswp.com/water/proceedin
Kahier, H. L. Cooling System Treatment http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
S. P. ULBRICHT, M. D. MORETTI, The Babcock & Wilcox Company, Alliance, Ohio, R. BARRY DOOLEY, Electric Power Rese
None http://www.eswp.com/water/proceedin
GARY D. BURNS, RICHARD C. NOLAN , JOHN E. CRUTCHFIELD, NUS Operating Services Corporation, Pittsburgh, Pennsy
JUDITH A. RAWA, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
A new on-line analysis None
RICHARD H. TRIBBLE, ChemTreat, Inc., of a multi-compo
http://www.eswp.com/water/proceedin
JOHN RICHARDSON, RICHARD E. GEISLER, DALE P. STUART,platform is discussed which details the useAshland, VA, and
SAL ESPOSITO, GE Water And Process Technologies, Trevose, PA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES C. BELLOWS, KAREN L. WEAVER, Westinghouse Electric Corporation, Orlando, Florida, JAMES GALLATIN, Orlando
DALE M. SOPOCY, Sargent & Lundy Engineers, Chicago, Illinois None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES C. BELLOWS, KAREN L. WEAVER, Westinghouse Electric Corporation, Orlando, Florida, JAMES GALLATIN, Orlando
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
Metal oxide deposits can or transferheat in steam generators and alterMEKO, modi
Heat reduce efficiency, methyl ethyl Specialty the surface
http://www.eswp.com/water/proceedin
THOMAS H. PIKE, Western Farmers Electric Cooperative, Fort Towson, OK, EMERY LANGE, Ashlandketoxime, Chemical Co
S. RONNIE PATE, Southern Company, Atlanta, GA http://www.eswp.com/water/proceedin
This paper will many questions about http://www.eswp.com/water/proceedin
the water, process use of online IC
BEVERLY NEWTON, Dionex Corporation, Sunnyvale, CA answer ion chromatography, boiler advantages andmonitoring, on-lin
None
J. RICHARDSON, R. J. A. TIPPETT, P. GABRIS, Grace Dearborn, Lake Zurich, Illinois http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
R. J .A. TIPPETT, V. R. KUHN, Grace Dearborn, Lake Zurich, Illinois, J. RICHARDSON, Grace Dearborn, COTIA, BRAZIL, D.
ANNA DEAK-PHILLIPS, Duke Power Company‘ Charlotte, North Carolina, RICHARD HUTTE, Sievers Instruments, Inc., Bould
None http://www.eswp.com/water/proceedin
None
FRANCES M. CUTLER, Southern California Edison, Paramount, California http://www.eswp.com/water/proceedin
Carbohydrazide is more and morecarbohydrazide, instruments, monitor, feedwater
Chemistry, Zellwegerhttp://www.eswp.com/water/proceedin
Analytics, Atlanta, GA
PHILIPPE SERIZOT, Zellweger Analytics, Inc., Paris, France, VICKIE OLSON,widely used in place of hydrazine as an oxygen
DEBORAH BLOOM, Nalco Chemical Company, Naperville, IL http://www.eswp.com/water/proceedin
DAVID ROBERTS, Calgon Corporation, Pittsburgh, Pennsylvania, None http://www.eswp.com/water/proceedin
RICHARD HERROD, LEON TIETZ, Texas Instruments, Inc.
PAUL PUCKORIUS, Puckorius & Associates, Evergreen, Colorado None http://www.eswp.com/water/proceedin
Copper oxide deposits heat negatively impact http://www.eswp.com/water/proceedin
can transfer efficiency, methyl ethylFarmers high-pressure
the Western ketoxime (MEKO), high
DOUGLAS DEWITT-DICK, Ashland Specialty Chemical, Drew, Boonton, NJ and TOM PIKE, efficiencies of bothElectric Cooper
None
ALBERT A. DIGGENS, SUSAN LICHTENSTEIN, Orion Research Inc., Cambridge, Masshttp://www.eswp.com/water/proceedin
WALTER ZABBAN, The Chester Engineers None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
FABIO SIGON, ENEL-DSR-CRTN, Milano, Italy, GIOVANNI QUADRI, ENEL DCO/ULP, Piacenza, Italy, GIOVANNI SCALARI,
C. C. STAUFFER, Babcock & Wilcox Company, Alliance, Ohio None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
FABIO SIGON, ENEL-DSR-CRTN, Milano, Italy, GIOVANNI QUADRI, ENEL DCO/ULP, Piacenza, Italy, GIOVANNI SCALARI,
This paper Dupont Company, North Kingstown, issues Biocide, Biofilm,following W
Chlorine Dioxide, Anti-microbial, concerning the Cooling ar
MAREK NOWOSIELSKI, International Dioxcide, Inc., Adetails recent advances and address RI http://www.eswp.com/water/proceedin
LEONARD R. OLAVESSEN, Buckman Laboratories International, Inc., Memphis, TN http://www.eswp.com/water/proceedin
BLOOM, Nalco Chemical Company, Naperville, Illinois
D. G. GINGRICH, Alchem, Inc., Burlington, Ontario, Canada, D. M.None http://www.eswp.com/water/proceedin
None
DOUGLAS B. DEWITT-DICK, Drew Industrial Division, Boonton, New Jersey http://www.eswp.com/water/proceedin
BLOOM, Nalco Chemical Company, Naperville, Illinois
D. G. GINGRICH, Alchem, Inc., Burlington, Ontario, Canada, D. M.None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
THOMAS A. DAVIS, TERRANCE LATERRA, Graver Water Division of The Graver Company, Union, New Jersey
None http://www.eswp.com/water/proceedin
CHRISTOPHER MOSS, Capital Controls Limited, Sittingbourne, Kent, United Kingdom, GERALD CONNELL, Capital Controls
None
WAYNE C. MICHELETTI, Wayne C. Micheletti, Inc., Charlottesville, Virginia http://www.eswp.com/water/proceedin
R. C. SCHWARZ, Betz Industrial, Trevose, Pennsylvania None http://www.eswp.com/water/proceedin
None M. TROY, Westinghouse Electric Co
J. W. DAVENPORT, D. A. TRUE, New England Power Company, A. S. CALDERWOOD,http://www.eswp.com/water/proceedin
None
WILLIAM R. GREENAWAY, Cyrus Wm. Rice Division, NUS Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
None M. TROY, Westinghouse Electric Co
J. W. DAVENPORT, D. A. TRUE, New England Power Company, A. S. CALDERWOOD,http://www.eswp.com/water/proceedin
None
GARY G. ENGSTROM, VINCENT KUHN, Dearborn Chemical Company, Lake Zurich, Illinois http://www.eswp.com/water/proceedin
N
J. FRED WILKES, Consulting Chemical Engineer, Titusville, Florida one http://www.eswp.com/water/proceedin
None
J. JACOB, B. D. PERLSON, C. M. HWA, Dearborn Chemical, (U.S.), Lake Zurich, Illinois http://www.eswp.com/water/proceedin
Frazer, H. W. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Condensate Polishing,Ion Exc
A midwest paper mill installed a new fresh water treatment Purolite Company, Roc
http://www.eswp.com/water/proceedin
MIKE AYRES, MIKE NELSON, Appleton Papers Inc., West Carrollton, OH, TERRANCE HELLER, The plant, FWTP, that would
Light http://www.eswp.com/water/proceedin
WILLIAM JOCHER, KIM REYNOLDS, MILTON REJCEK, HoustonNone & Power, Wadsworth, Texas, MICHAEL J. O'BRIEN, G
BILLY FELLERS, Texas Utilities Electric, Glen Rose, Texas None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. DAVID WILLERSON, Georgia Power Company, Atlanta, Georgia, PETER E. DOWN, Mitco Water Laboratories, Inc., Winter
None
SHARON S. WHIPPLE, The Dow Chemical Company, Larkin Laboratory, Midland, Michigan http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
WALTER G. FLINT, Kewaunee Nuclear Station, Kewaunee, Wisconsin, ROBERT J. MCINTOSH, Anatel Instrument Corporatio
C. W. WAGES, C. W. SMITH, Georgia Power Company, Atlanta Georgia None http://www.eswp.com/water/proceedin
None
ELI SALEM, Graver Water Division, Ecodyne Corporation, Union, New Jersey http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAVID B. MALKMUS, South Carolina Electric & Gas Company, Jenkinsville, South Carolina, JAMES C. CHEN, Petrolite Equip
RICK LESAN, Hydranautics, San Diego, California None http://www.eswp.com/water/proceedin
Existing FGD FGD the United treatment, Chemical Conditioning, Sludge
http://www.eswp.com/water/proceedin
MICHAEL PUDVAY, Infilco Degremont, Richmond, VA installations inwastewater States have been addressing the treatment
Aker, L. P., Connelley, E. J. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Ion Exchange
None
IVAN VERA, CADAFE, National Electric Company of Venezuela, Carabobo, Venezuela http://www.eswp.com/water/proceedin
ROBERT M. QUINN, RQ Associates, P.0. Box 1205 Teaneck, N. J. 07666 None http://www.eswp.com/water/proceedin
RICHARD B. FUDGE, Eastman Kodak Company, Windsor, Colorado None http://www.eswp.com/water/proceedin
None
GEORGE J. CRITS, Cochrane Environmental Systems, Crane Company, King of Prussia, Pennsylvania http://www.eswp.com/water/proceedin
Embshoff, A. C. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
PETER S. MEYERS, ResinTech Inc., Cherry Hill, New Jersey None http://www.eswp.com/water/proceedin
F. X. MCGARVEY, Sybron Chemicals Inc., Birmingham, New Jersey None http://www.eswp.com/water/proceedin
Kingsbury, A. W., Phillips, E. L.,Kneale, J. S. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Filtration
GARY http://www.eswp.com/water/proceedin
CASIMIR A. KROL, Peoples Gas Light and Coke Co., Ellwood, IL.,None D. JONES, RON PICHT, Illinois Water Treatment Co
A. F. ASCHOFF, Sargent & Lundy Engineers, Chicago, Illinois None http://www.eswp.com/water/proceedin
GARY http://www.eswp.com/water/proceedin
CASIMIR A. KROL, Peoples Gas Light and Coke Co., Ellwood, IL.,None D. JONES, RON PICHT, Illinois Water Treatment Co
Levendusky, J. A., Dallmann, C. H.,Olejar, L. Ion Exchange http://www.eswp.com/water/proceedin
None
TEX R. HUGHES, RONALD D. WINDON, Monongahela Power Company, Haywood, West Virginia http://www.eswp.com/water/proceedin
D. M. MCKEE, The Permutit Company, Silver Spring, Maryland None http://www.eswp.com/water/proceedin
CHESTER S. PARKS, Ecodyne/Graver Water Division, Union, NJ None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MICHAEL GOTTLIEB, ResinTech, Inc., Cherry Hill, New Jersey, KEN FLEGLE, Energy Systems, Omaha, Nebraska, JIM CHA
Newman, J., Morley, J. B. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PHILIP W. RENOUF, The Permutit Company of Australia Pty., Ltd., Sydney, N.S.W, Australia, J. H. SMITH, Portals Water Trea
R. HETHERINGTON, Epicor, Incorporated None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CARLTON GRIMM, Montana Power Co., Butte, Montana, JAMES RIOS, Bechtel Power Corp., San Francisco, CA
R. E. MILLARD, Southern California Edison None http://www.eswp.com/water/proceedin
Apfel, G. Kingsbury, A. W. Ion Exchange http://www.eswp.com/water/proceedin
Olejar, L., Willsey, W. B. Ion Exchange http://www.eswp.com/water/proceedin
Heitmann, H. G. http://www.eswp.com/water/proceedin
Filtration, Nuclear Power Water Technology
Laurence, P. S. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
MITCHELL HOLLIER, Gulf States Utilities Co., St. Gabriel, LA None http://www.eswp.com/water/proceedin
L. W. LAMB, Dallas Power & Light Company, Dallas, Texas None http://www.eswp.com/water/proceedin
None
MICHAEL O'BRIEN, TERRENCE LATERRA, Ecodyne/Graver Water Division, Union, New Jersey http://www.eswp.com/water/proceedin
None
THOMAS M. LARONGE, Thomas M. Laronge, Inc., P.O. Box 4448 Vancouver, Washington http://www.eswp.com/water/proceedin
None
MICHAEL G. CASHIN, Central Illinois Public Service Co., Springfield, Illinois http://www.eswp.com/water/proceedin
OTAKAR JONAS, Jonas, Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
J. J. WOLFF, Dia-Prosim, Vitry-Sur-Seine, France, I. M. ABRAMS,None http://www.eswp.com/water/proceedin
Diamond Shamrock Chemical Company, Redwood City, Ca
DAVID G. DANIELS, M&M Engineering, Austin, TX heat recovery steam generator, in Thermal Power Systems
The ASME Research Committee on Water and Steam HRSG, combined cycle, cyc
http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
T. J. TVEDT, JR., The Dow Chemical Company, Freeport, Texas, ROBERT T HOLLOWAY, Nalco Canada, Inc., Burlington, O
Gilwood, M. E. http://www.eswp.com/water/proceedin
Calise, V. J. Ion Exchange http://www.eswp.com/water/proceedin
Sinek, J. R., Ganaris, N. Distillation http://www.eswp.com/water/proceedin
This report provides field experience with operating conditions that introduce conta
ROBERT HOLLOWAY, Holloway Associates, Etobicoke, Ontario, Canada none http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
NORIYUKI SASAKI, TAKAO BABU, SHINICHI YAMAGUCHI, MATSUJI MAEDA, SACHIO DOL, Toshiba Corporation, Yokoha
DAVID C. AUERSWALD, Southern California Edison, Paramount, None California http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
J. H. ANDERSON, H. R. HERRIGEL, P. J. JOHANSEN, Resources Conservation Company, Renton, West Virginia
Control of Affiliate of Ashland Chemical Company, Ajax, Ontario, condensate drain
pretreatment, satellite feeding, subcooling, Canada
http://www.eswp.com/water/proceedin
EDWARD BEARDWOOD, Drew Chemical Limited, ancarbon dioxide and oxygen induced corrosion can you be achieved chem
JAMES W. SMITH, Shell Oil Products, Houston, TX None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
EDWARD BEARDWOOD, Drew Chemical Limited, an Affiliate of Ashland Chemical Company, Ajax, Ontario, Canada
Eastlake power stationIntegrated BERNIE MACK, Ionics, Inc.,Watertown, MA
draws process water system, hollow An integrated membra
http://www.eswp.com/water/proceedin
JOHN A. ZAVRL, TIMOTHY J. ZAK, First Energy Corporation, Eastlake, OH, membrane from Lake Erie. fiber ultrafiltration, collo
None
A. W. SIMON, M. E. TERRIL, B. A. BURKE, U.S. Steel Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
ROBERT HELWICK, The Chester Engineers, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
J. B. LAWLAR, Allied Chemical Corporation, Morristown, NJ None http://www.eswp.com/water/proceedin
WAYNE L. SMITH, Betz Laboratories, Inc., Trevose, PennsylvaniaNone http://www.eswp.com/water/proceedin
DON DUNCAN, Town Creek Sewage Treatment Plant, The City ofNone http://www.eswp.com/water/proceedin
Salisbury, North Carolina
None
ANDREW J. KICINSKI, Penn Environmental Consultants, Inc., Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
PHILLIP J. D‘ANGELO, Jordan Technologies, Glen Mills, PA and J. STUART BROWN, Liquid Six, Inc., York, ME
http://www.eswp.com/water/proceedin
high temperature, powdered resin
BRUCE A. LARKIN, Black & Veatch Corporation, Kansas City, MO http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PRABHAT KUMAR SINHA, LAWRENCE J. GASPER, Bechtel Corporation, Gaithersburg, Maryland, GREGORY C. WILSON, B
None
MARK MANZIONE, Brown & Caldwell Consulting Engineers, Walnut Creek, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PRABHAT KUMAR SINHA, LAWRENCE J. GASPER, Bechtel Corporation, Gaithersburg, Maryland, GREGORY C. WILSON, B
None Texas
ROY MCBRAYER, P.E., JAMES GRIFFITH, P.E., Eco Waste Technologies, Inc., Austin, http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
W.E. ALLMON, The Babcock & Wilcox Company, Research & Development Division, Alliance, Ohio
Kaye, M. J., Bourgeois, H. S. Ion Exchange http://www.eswp.com/water/proceedin
Pettyjohn, A. R. Ion Exchange http://www.eswp.com/water/proceedin
Designing control Inc.,NaOCl, Sodium Hypochlorite, Chemical feed, commercial gra
The Woodlands, TX NaOCl, particularly in Disinfection
ANTON CALLERY, ITT Advanced Water Treatment/Portacel, and application systems forhttp://www.eswp.com/water/proceedin
RAYMOND POST, P.E., GE Water & Process Technologies, Trevose, PA http://www.eswp.com/water/proceedin
GERARD OTTEN, SALLIE FISHER, Puricons, Inc., Malvern, PennsylvaniaNone http://www.eswp.com/water/proceedin
Madison, of None http://www.eswp.com/water/proceedin
M. H. HU, Westinghouse Electric Company,DepositionPA particulate and/or dissolved non-volatile chemicals on two walls resul
None
SATISH N. CHILEKAR, Ion Exchange (India) Ltd., Bombay, Maharashtra, India http://www.eswp.com/water/proceedin
Common chemical Korea Electric Power Research institute, Taejon, Korea
Scale, programs inhibitor, fouling monitor, cooling water tes
been developed from bench scale
JEON-SOO MOON, KWANG-KYU PARK, DO-YEONG WEON,treatment corrosion, have http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BILLY D. FELLERS, TU Electric, Glen Rose, Texas, KERMIT FORSHAGE, Buckman Laboratories, Denton, Texas
None
P. VULLIEZ-SERMET, Rohm & Haas European Laboratories, Valbonne, France http://www.eswp.com/water/proceedin
The role of Inc., Scotch Plains, NJ treatment,http://www.eswp.com/water/proceedin
Wastewater computer-process design, process m
DEMETRI P. PETRIDES, J. CALANDRANIS, Intelligen,process simulation in designing, evaluating, and optimizing the perform
None
JOHN SCHUBERT, Modular Environmental Technologies, Inc., Pittsburgh, PA http://www.eswp.com/water/proceedin
This paper discusses the water chemistry
PETER J. MILLETT, CHRIS WOOD, Electric Power Research Institute, Palo Alto, CA options that have been developed and im
None http://www.eswp.com/water/proceedin
LEONARD J. LEFEVRE, Dow Chemical U.S.A., Midland, MichiganNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PRABHAT KUMAR SINHA, ALEXANDER V. SUPERFIN, RONALD P. BOYD, Bechtel Corporation, Gaithersburg, Maryland
None http://www.eswp.com/water/proceedin
LEE A. DURHAM, Argo Scientific Inc., San Marcos, CA; MARK BOARDMAN, Argo Scientific Ltd., Heriot-Watt University, Edinb
None
Moderator: Sam Dilcer, Cyrus Rice Water Consultants, Bradford Woods, Pennsylvania http://www.eswp.com/water/proceedin
None
Moderator; Sam Dilcer, Cyrus Rice Water Consultants, Bradford Woods, Pennsylvania http://www.eswp.com/water/proceedin
ResinTech, Inc., West None perchlorate, arsenic, uranium, etc. are commercially
Berlin,
PETER MEYERS and FRANCIS DESILVA, Long life, single-use resins forNJ http://www.eswp.com/water/proceedin
RICHARD F. JACCARINO, Neptune Microfloc Company, Corvallis, OregonNone http://www.eswp.com/water/proceedin
DONALD BRENNEMAN, NUS Corporation, Pennsylvania None http://www.eswp.com/water/proceedin
With the introduction of the newest generation of Energy Saving RO membranes co
RICHARD N. FRANKS, Hydranautics, Oceanside, CA http://www.eswp.com/water/proceedin
Energy saving, low pressure, reverse osmosis, design optim
GLENN VICEVIC, Zenon Environmental Systems, Oakville, Ontario, Canada http://www.eswp.com/water/proceedin
DAVID C. AUERSWALD, Southern California Edison, Paramount, None California http://www.eswp.com/water/proceedin
GARY C. GANZI, U.S. Filter, Lowell, Massachusetts None http://www.eswp.com/water/proceedin
DAVID C. AUERSWALD, Southern California Edison, Paramount, None California http://www.eswp.com/water/proceedin
CARLETON P. BOWEN, ICARUS Corporation, Rockville, MD None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
B. DOOLEY, Electric Power Research Institute, Palo Alto, California, J. MATHEWS, Duke Power, Charlotte, North Carolina, A.
None http://www.eswp.com/water/proceedin
W. ARTHUR BYERS, W. M. HICKAM, S. L. ANDERSON, Westinghouse Research & Development Center, Pittsburgh, Pennsy
SHARON W. AKIN, Zimmite Corporation, Cleveland, Ohio None http://www.eswp.com/water/proceedin
Rice, J. K., Simon, D. E. Ion Exchange http://www.eswp.com/water/proceedin
None
KURT HOCHMULLER, BASF AG, Ludwigshafen/Rhein, Federal Republic of Germany http://www.eswp.com/water/proceedin
Robert Kunin-Consultant, Yardly, Pennsylvania None http://www.eswp.com/water/proceedin
Rice, J. K. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Ion Excha
Applebaum, S. B., Crits, G. J. Ion Exchange http://www.eswp.com/water/proceedin
Power plants use ammonia (or amines) MD http://www.eswp.com/water/proceedin
JULIUS ISAAC, PE and KUMAR SINHA, PE, Bechtel Power Corporation, Frederick,for pH control of the condensate/feedwater
ammonia, amines, hydrazine, morpholine, cyclohexylamine,
The paper focuses on specific components of Natural Organic Matter (NOM) whos
NOM http://www.eswp.com/water/proceedin
STEFAN HUBER, PH.D., DOC-LABOR Dr. Huber, Karlsruhe, Germany Natural Organic Matter Total Organic Carbon Polysacc
Comeaux, R. V., Tyler, C. P. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Biological
An outsourced Water Treatment Pickering, Ontario, Canada and MICHAEL DEJAK
None http://www.eswp.com/water/proceedin
RUSSELL HOURIGAN, GABRIEL NICOLAIDES, Ontario Power Generation, Plant featuring down flow micro media filters, reve
Outsourcing of non-core services utilities such wastewater treatment, cost savin
Outsourcing, http://www.eswp.com/water/proceedin
RICHARD BARTKOWSKI, U.S. Filter Operating Services, Inc., Pittsburgh, PAin water supply,as co-generation projects and ind
―Water, water Desalination, evaporation, multistage the world, a growing p
MICHAEL PRESTON, Black & Veatch, Overland Park, KSeverywhere, but nothing to drink." Throughout flash evaporation, mul
http://www.eswp.com/water/proceedin
de demonstrated that the electrogeneration of DEREK reagent is an efficient app
ALBERTO ALVAREZ-GALLEGOS, Instituto It is Investigaciones Electricas, Morelos Mexico, Fenton‘s PLETCHER, University of
http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SHANE FILER, Honeywell Analytical, Fort Washington, PA; GARRY CRAIG, Eraring Power Station, New South Wales, Austral
None http://www.eswp.com/water/proceedin
BARRY DOOLEY, EPRI, Palo Alto, California, B. LARKIN, L. WEBB, Black & Veatch, Kansas City, Missouri, F. POCOCK, Con
None http://www.eswp.com/water/proceedin
BARRY DOOLEY, EPRI, Palo Alto, California, B. LARKIN, L. WEBB, Black & Veatch, Kansas City, Missouri, F. POCOCK, Con
JAMES A. MATTHEWS, Duke Power Company, Charlotte, North Carolina None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GEORGE J. VERIB, Ohio Edison/CMAC, Stow, Ohio, J. E. NEIDHARDT, Ohio Edison, Stratton, Ohio, W. E. ALLMON, Babcoc
BOB PALMER, Detroit Edison, Detroit, Michigan None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
BRUCE L. LIBUTTI, ROBERT KUNIN (Consultant), Graver Chemical Division of the Graver Company, Union, New Jersey, BIL
& Gere from this research showed that ozonation can adversely affect Ph.D., P.E.,
Ozone, coagulation, natural organic matter, totalthe removal
CHARLES R. O'MELIA, organic car
WILLIAM C. BECKER, Ph.D., P.E., O'Brien Results Engineers, Inc., Landover, Maryland ,http://www.eswp.com/water/proceedin
LEROY RUGG, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Rand, N. P. Biological Control http://www.eswp.com/water/proceedin
The operational experience FL
ozone, cooling water, cooling successful use of ozone as a s
of the tower
DANIEL J. TIERNEY, Space Gateway Support, Kennedy Space Center, and performancehttp://www.eswp.com/water/proceedin
RICHARD M. AHLGREN, Ahlgren Associates LLC, Waukesha, WI http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ARTHUR J. FREEDMAN, Thomas M. Laronge, Inc., East Stroudsburg, Pennsylvania, THOMAS M. LARONGE, Thomas M. La
WALTER ZABBAN, Consultant, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
[Published New incomplete]
CARL NEBEL, PCI Ozone Corporation, West Caldwell,paperJersey None http://www.eswp.com/water/proceedin
G. F. CONNELL, Capital Controls Company, Inc., Colmar, Pennsylvania None http://www.eswp.com/water/proceedin
CARL HAZEN, Infilco Degremont, Inc., Hyannis, Mass None http://www.eswp.com/water/proceedin
A. RONY JOEL, SHAUN S. PIERSON, Capital Controls Company,None Colmar, Pennsylvaniahttp://www.eswp.com/water/proceedin
Runyon, C. V. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
An (Canada) Inc., Elora, Ontario, Canada Downflow, inert resin, backwash tank,
Packed-Bed, Upflow, http://www.eswp.com/water/proceedin
GUY J. MOMMAERTS, Ion Exchange Services objective discussion of the various parameters involved in Packed-Bed Systems
None http://www.eswp.com/water/proceedin
THOMAS A. SHAW, SARIANNE RITTENHOUSE, Arizona Public Service Company, Phoenix, Arizona, GEORGE PEABODY, C
WAYNE RICHARDSON, Fluor Daniel Engineering, Irvine, California one N http://www.eswp.com/water/proceedin
Moderator:Richard Jacobsen, Bechtel BWXT Idaho, Idaho Falls, ID http://www.eswp.com/water/proceedin
Panel Moderator: JAMES ROBINSON, GE Betz, Trevose, PA None http://www.eswp.com/water/proceedin
Panel Moderator: RiICHARD T. JACOBSEN, Bechtel BWXT Idaho, LLC, Idaho Falls, ID http://www.eswp.com/water/proceedin
Boulder, CO
Allan Harvey, Ph.D., National Institute of Standards & Technology, None http://www.eswp.com/water/proceedin
Panel Moderator: DEBORAH BLOOM, Nalco Company, Naperville, IL None http://www.eswp.com/water/proceedin
Panel Moderator: MIKE ROOTHAM, Mike Rootham & Associates http://www.eswp.com/water/proceedin
Donworth, R. B. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Deaeration
Panel Moderator: JAMES ROBINSON, BetzDearborn, Horsham, PA, http://www.eswp.com/water/proceedin
Panel Moderator: DEBORAH BLOOM, Nalco Company, Naperville, IL None http://www.eswp.com/water/proceedin
The ASME Angleton and None Panelists: HAROLD CHAGNARD, Dow Chem
http://www.eswp.com/water/proceedin
Panel Moderator; Torry Tvedt, Puckorius & Associates, ResearchTX. Technology Committee or Water and Steam in Thermal
Panel Moderator: ROBERT HOLLOWAY, Holloway Associates, Etobicoke, Ontario, Canada http://www.eswp.com/water/proceedin
Panel Moderator - MARK WILSON, BetzDearborn, Horsham, PA http://www.eswp.com/water/proceedin
Wilson, H., Smith, B Ion Exchange http://www.eswp.com/water/proceedin
YAW C. YANG, J. M. DICKSON, McMaster University, Ontario, Canada None http://www.eswp.com/water/proceedin
JOHN E. CADOT, FilmTec Corporation, Minneapolis, Minnesota None http://www.eswp.com/water/proceedin
None
WOLFGANG H. HOELL, Karlsruhe Nuclear Research Center, federal Republic of Germany http://www.eswp.com/water/proceedin
FRIEDRICH MARTINOLA, Bayer. AG, West Germany None http://www.eswp.com/water/proceedin
A 2 nanometer alumina fiber is
None http://www.eswp.com/water/proceedin
FRED TEPPER and LEONID KALEDIN, Argonide Corporation, Sanford, FLcombined with a microglass fiber to produce a nonw
It has been observed None analyzers provide exactly the same re
JIM SUMMERFIELD, The Dow Chemical Company, Midland, MI that not all particle size http://www.eswp.com/water/proceedin
None
L. S. GOLDEN, Purolite International Ltd., Pontyclun, S. Wales, United Kingdom http://www.eswp.com/water/proceedin
Phosphate use in cooling
Indices, scale, phosphate, calcium phosphate, cooling water
http://www.eswp.com/water/proceedin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO systems is extensive and requires knowledge of when de
ROBERT FERGUSON, French Creek Software, Kimberton, PA http://www.eswp.com/water/proceedin
Silica and magnesium Indices,scale prediction and guidelines forcooling water
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., Evergreen, CO http://www.eswp.com/water/proceedin
silicate scale, silica, magnesium silicate, control in cooling
The maximum ppb chlorine measurement; µg/L chlorine determination;amp
http://www.eswp.com/water/proceedin
RICHARD W. PRESLEY, Hach Company, Loveland, Co contamination limit (MCL) for chlorine in cooling water discharges is
None http://www.eswp.com/water/proceedin
DAVID C. AUERSWALD, FRANCES M. CUTLER, SHAWN S. SIMMONS, Southern California Edison Company, Paramount, C
Dr. ROBERT KUNIN, Consultant, Yardley, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DAVID C. AUERSWALD, FRANCES M. CUTLER, SHAWN S. SIMMONS, Southern California Edison Company, Paramount, C
None
PETER S. CARTWRIGHT, Cartwright Consulting Co., Minneapolis, Minnesota http://www.eswp.com/water/proceedin
The theory of single-phase flow accelerated corrosion, FAC, is reviewed and illustra
Erosion corrosion, flowPlaquemine, LA
assisted corrosion, flow accelerated
TONY TVEDT, Puckorius & Associates, HAROLD CHAGNARD, The Dow Chemical Co., http://www.eswp.com/water/proceedin
Partridge, E. P. http://www.eswp.com/water/proceedin
Water Resource Management
Morgan, L. S. http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PHILIP W. RENOUF, Waterscience International, Pty. Ltd., Sydney, New South Wales, Australia, GORDON DEANS, Electricity
BRUCE TRIPP, Pacific Gas & Electric, Avila Beach, California None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
PHILIP W. RENOUF, Waterscience International, Pty. Ltd., Sydney, New South Wales, Australia, GORDON DEANS, Electricity
None
PATRICK SULLIVAN, ALAN YEOMAN, Ciba-Geigy Corporation, Ardsley, New York http://www.eswp.com/water/proceedin
A University of Florida, Gainesville, Diffusion Driven, Numerical Optimization. wa
Desalination, FL has recently been reported where
JAMES KLAUSNER, YI LI, and RENWEI MEI,diffusion driven desalination (DDD) processhttp://www.eswp.com/water/proceedin
Achieving optimum ion exchange demineralizer requires understanding of the d
http://www.eswp.com/water/proceedin
TERRENCE HELLER, The Purolite Company, Bala Cynwyd, PAperformance of aresins, resin aging, throughput, leakage, regen
Over the past ten years research at the University of Montana in collaboration withM
Ion VARADHARAJANhttp://www.eswp.com/water/proceedin
Materials, Nanoporous Composite
EDWARD ROSENBERG, PH.D., CAROLYN HART, MARK HUGHES,Exchange, ChelatorKAILASAM, JESSE ALLEN, JESSIC
http://www.eswp.com/water/proceedin
MICHAEL PALEOLOGOU, NACEUR JEMAA, Pulp And Paper Research Institute OfCanada, Pointe Clair, QE, Canada
There are a wide Heat recovery steam generator, water chemistry, corrosion, v
operation today. In addition they can
ANTON BANWEG,, Nalco Chemical Company, Naperville, IL variety of HRSG designs in http://www.eswp.com/water/proceedin
None
DOUGLAS N. RODGERS, HENRY H. ELLIOTT, General Electric Company, San Jose, California http://www.eswp.com/water/proceedin
None Infilco Degremont, Incorporated, Rich
SID WILSON, Champlin Petroleum Company,Corpus Christi, Texas, JOSEPH ZUBACK, http://www.eswp.com/water/proceedin
MICHAEL D. MAYNE, Dow Chemical U.S.A., Freeport, Texas None http://www.eswp.com/water/proceedin
None
J.S. GILL, M.A. YORKE, S.L. HOLLINGSHAD, Calgon Corporation, Pittsburgh, Pennsylvania http://www.eswp.com/water/proceedin
JAMES L. RABER, 3M Company, St. Paul, Minnesota None http://www.eswp.com/water/proceedin
The performance of California, SALLIE FISHER, HERMAN HAMANN, Puricons, In
Mixed bed, PWR condensate polishing, leaks of varying ma
http://www.eswp.com/water/proceedin
DIANA KEELING, Pacific Gas & Electric Company, Avila Beach, PWR condensate polishers faced with saltcondenser leak, ope
JOHN KRISTENSEN, New York Power Authority, Buchanan, New None York http://www.eswp.com/water/proceedin
A new gel type cation exchange resin with 14% crosslinkage has been developed f
Leachables, high crosslinkage, gel type cation exchange res
http://www.eswp.com/water/proceedin
TAKESHI IZUMI, TOSHI TAKAI, AKIR A MATSUMOTO, TAKAO INO, MASAHIRO HAGIWARA, Ebara Corporation, Fujisauas
We have evaluated high cross-linkage cation http://www.eswp.com/water/proceedin
Leachables, high crosslinkage, gel type for useexchange res
HAGIWARA, EBARA in condensa
TAKESHI IZUMI, TATSUYA DEGUCHI, AKIRA MATSUMOTO, TAKAO INO, MASAHIROexchange resins cationCorporation, T
SALLIE FISHER, Puricons, Inc., Malvern, PA None http://www.eswp.com/water/proceedin
With ever increasing demand for Technology http://www.eswp.com/water/proceedin
Research industrial and potable water LTD, Singapore
Singapore PTE it has become absolu
C.H. KRISHNAMURTHI RAO and T. JAYACHANDER, Membrane Organic removal, reclaimed sewage, ultrafiltratio
M.N. RAO, Aquatech International Corporation, Canonsburg, PA http://www.eswp.com/water/proceedin
Singapore PTE LTD, Singapore
C.H. KRISHNAMURTHI RAO and T. JAYACHANDER, Membrane Research Technology http://www.eswp.com/water/proceedin
Effective and reliable treatment systems HENSMAN,water treatment, mercury, sel
Flue gas desulfurization, FGD Frontier Geosciences, Seattl
http://www.eswp.com/water/proceedin
DEREK EGGERT, JOHN RODGERS, JR., Clemson University, Clemson, SC; CARLare needed to mitigate the risks of contam
DIANE MARTINI, Sargent & Lundy, LLC, Chicago, IL None http://www.eswp.com/water/proceedin
MICHAEL C. GOTTLIEB, ResinTech, Inc., Cherry Hill, New JerseyNone http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CHRIS MISTRY, JERRY GILILLAND, ANDY KOUTALIDES, Hewlett Packard, CID, Cupertino, California, ROSALIE MANDARO
Previous work has degassed cation conductivity, cycle chemistry, calculated pH
http://www.eswp.com/water/proceedin
DAVID M. GRAY, Mettler-Toledo Thornton, Inc., Bedford, MA focused on major improvements in the accuracy of conductivity
A study on a pilot plant China
accomplishing phased municipal sewage/sludge stabilizatio
http://www.eswp.com/water/proceedin
GODEFROID BUKURU, JIAN YANG, Tongji University, Shanghai, Municipal sewage, microorganisms, sludge, earthworms, ph
LEE A. LUNDBERG, Veolia Water, Moon Township, PA http://www.eswp.com/water/proceedin
The measurement of STEVE SHULDER, Baltimore Gas and Electric, Baltimore, T
pH, vital to a number of analysis
http://www.eswp.com/water/proceedin
SHANE FILER, Honeywell, Fort Washington, PA; MARK JANICK,pH ismeasurement, waterapplications within a power plant. M
None
A. C. MCDONALD, B. L. TRACY, Betz Laboratories, Inc., The Woodlands, Texas http://www.eswp.com/water/proceedin
A. BANWEG, Babcock & Wilcox Company, Alliance, Ohio None http://www.eswp.com/water/proceedin
None
A. C. MCDONALD, B. L. TRACY, Betz Laboratories, Inc., The Woodlands, Texas http://www.eswp.com/water/proceedin
Canada, L. G. S. GRAY, B. WIWCHA
PETER R. TREMAINE, Memorial University of Newfoundland, St. John‘s, Newfoundland, http://www.eswp.com/water/proceedin
None
Canada, L. G. S. GRAY, B. WIWCHA
PETER R. TREMAINE, Memorial University of Newfoundland, St. John‘s, Newfoundland, http://www.eswp.com/water/proceedin
None
Many people FL Boiler Chemistry, Equilibrium, Hydrolysis
http://www.eswp.com/water/proceedin
JAMES BELLOWS, PhD, Siemens Energy, Inc., Orlando,believe that sodium phosphate is considerably safer than sodium hyd
None http://www.eswp.com/water/proceedin
R. B. DOOLEY, EPRI, Palo Alto, California, L. D. PAUL, B & W Research and Development Division, Alliance, Ohio
JAN STODOLA, Ontario Hydro, Toronto, Ontario, Canada None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
B. DOOLEY, Electric Power Research Institute, Palo Alto, California, S. PATERSON, Aptech Engineering Services, Sunnyvale,
None
GEORGE J. VERIB, ALAN L. WADDINGHAM, Ohio Edison Company, Stow, Ohio http://www.eswp.com/water/proceedin
Tash, J. A. Chemical Cleaning http://www.eswp.com/water/proceedin
Pilgrim Station has switched from an ion exchange based technology to Inc., Wate
JOHN MOYLAN, LARRY LOOMIS, Boston Edison Company, Plymouth, Massachusetts, HENRY VALCOUR, Ionics a membran
None http://www.eswp.com/water/proceedin
DALE E. CAMPION, MPW Industrial Services, Newark, Ohio None http://www.eswp.com/water/proceedin
Ltd. Secunda, South Africa, pilot BRAND, Sasol Synthetic Fuels, Secunda, scale b
Stripped gas liquor, subsequent application on plant South
http://www.eswp.com/water/proceedin
W. D. SAUNDERS, Sasol Technology (Pty) Extensive research work on C. P.scale andreaction water, oily sewer water, biosyst
BENNETT P. BOFFARDI, Ph.D., Boffardi and Associates, Bethel Park, PA http://www.eswp.com/water/proceedin
BENNETT P. BOFFARDI, Boffardi and Associates, Bethel Park, PA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CRAIG ZEIEN, CH2M-Hill Company, Bellevue, Washington, WILLIAM SANDERSON, Tower Systems, Inc., Tacoma, Washing
None
WINSTON CHOW, Electric Power Research Institute, Palo Alto, California http://www.eswp.com/water/proceedin
Sturla, P. Ion Exchange http://www.eswp.com/water/proceedin
None
KEN CHEN, ROBERT D. MOSS, KEN L. OGLE, Tennessee Valley Authority, Chattanooga, Tennessee http://www.eswp.com/water/proceedin
BLAIR B. EMORY, UNC Nuclear Industries, Inc., Richland, Washington None http://www.eswp.com/water/proceedin
Bresler, S. A., Husseini, F.,Rinne, W., Kreusch, E. http://www.eswp.com/water/proceedin
Ion Exchange, Public Water Supply
R. J. H. COWLES, Syncrude Canada Ltd., Edmonton, Alberta, Canada None http://www.eswp.com/water/proceedin
L. CIPLIJAUSKAS, B. J. FUHR, J. K. LIU, Syncrude Canada, Ltd., None http://www.eswp.com/water/proceedin
Edmonton, Alberta, Canada
None http://www.eswp.com/water/proceedin
E. V. MAUGHAN, Krohne Messtechnik GmbH & Co. KG, Duisburg, Germany, G. GERICKE, Eskom Technology Research and
This paper http://www.eswp.com/water/proceedin
ROBERT BRADLEY, Hydrometrics, Inc., Houston, TX describes the design, development, pilot testing and scale-up of a new p
BRIAN POWERS, The Dow Chemical Company, Kingwood, TX http://www.eswp.com/water/proceedin
UF systems were set up at the seashore at the location of SWRO plant. This paper
Ultra filtration; SWRO; http://www.eswp.com/water/proceedin
Pretreatment; SDI; Seawater; Desalin
JINGDONG ZHANG, SUNMING GAO, YANWEI LIU , CHANGZHENG LI, CUNSONG YE, HUIMING ZEN, FANG ZHANG, Wu
Schlesinger, H. A., Burns, V. T. Chemical Cleaning http://www.eswp.com/water/proceedin
Gasparini, R. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
pre-operational considerable experience in erection and the
Siemens Power Generation (SPG) hascleaning, chemical cleaning,steam cleaning,
http://www.eswp.com/water/proceedin
DAVID M. SMYTH, MICHAEL RZIHA and LIAM MCLOUGHLIN, Siemens Power Generation, Erlangen, Germany; and JAMES
Mobile systems provide a cost-effective solution to meet deminera
http://www.eswp.com/water/proceedin
R.T. TAYLOR, JR., Ecolochem, Inc., Norfolk, VA water treatmentmobile demineralization, combustion turbines, demineralized
RONALD MADDEN, Res-Kem Corp., Aston, PA http://www.eswp.com/water/proceedin
RALPH F. EHERTS, Baltimore Gas & Electric Company, Lusby, Maryland None http://www.eswp.com/water/proceedin
RALPH H. EHERTS, Baltimore Gas & Electric, Lusby, Maryland None http://www.eswp.com/water/proceedin
RICHARD HETHERINGTON, EPICOR, Inc., Linden, New Jersey None http://www.eswp.com/water/proceedin
Rice, O. http://www.eswp.com/water/proceedin
Cooling System Treatment, Corrosion Control - General,Pub
JAMES L. DUNN, Resources Conservation Company, Bellevue, WashingtonNone http://www.eswp.com/water/proceedin
MICHAEL C. SKRIBA, Westinghouse Electric, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
Sturla, P. Deaeration,Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
Proesch, E. E. Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
Cole, S. A., Baker, R. J. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment,Wastewater T
None http://www.eswp.com/water/proceedin
KATSUHIKO MOMOZAKI, MAYUMI KIRA, YASUSHI MURANO, MASARU OKAMOTO, FUMIO KAWAMURA, Kurita Water Ind
JASBIR S. GILL, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
AMY M. BOLLINGER, Union Carbide Corp., Bound Brook, New Jersey, None http://www.eswp.com/water/proceedin
STANLEY P. WALKER, Allied Colloids, Inc., Suffolk, Virginia None http://www.eswp.com/water/proceedin
ALLEN E. FELTZIN, Hercules, Incorporated, Wilmington, Delaware None http://www.eswp.com/water/proceedin
None
Dr. RODERICK A. CAMPBELL, Philip A. Hunt Chemical Corporation, Lincoln, Rhode Island http://www.eswp.com/water/proceedin
Kirkconnell, R. W. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
GEORGE M. THORPE, Hercules Inc., Wilmington, Delaware None http://www.eswp.com/water/proceedin
Sexsmith, D. R., Silverstein, R. M.,Savinelli, E. A. Cooling System Treatmenthttp://www.eswp.com/water/proceedin
Polymers with a noncollapsible, Adsorbents,http://www.eswp.com/water/proceedin
Amberlite® XAD Resins, BET Surfac
ROBERT ALBRIGHT, PhD, Albright Consulting, Southampton, PA Polymericpermanent pore system are called macroreticular t
BILL ZAVORA, PE, Calgon Carbon Corporation, Santa Fe Springs, CA None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
HOWARD L. SIMPSON, Water Treatment Consultant, Cupertino, California, CHARLES A. SAUER, Duolite International, Inc., R
None http://www.eswp.com/water/proceedin
BRUCE L. LIBUTTI, KURT BOZENMAYER, Graver Chemical, Division of the Graver Company, Union, New Jersey
None http://www.eswp.com/water/proceedin
BRUCE L. LIBUTTI, ROBERT D. FORMAN, ROBERT KUNIN, Graver Chemical Company, Union, New Jersey
Olejar, L. Filtration,Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
Miskimen, I. A. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Resource Management
Royce http://www.eswp.com/water/proceedin
MICHAEL A. SADLER, ROY BOLTON, Thompson Kennicott, RollsNone Nuclear Engineering Limited, West Midlands, Englan
North
JOHN C. PETERSON, Wright Chemical Corporation, Greensboro, None Carolina http://www.eswp.com/water/proceedin
None
DAN M. THOMPSON, Culligan Industrial Water Treatment Division, Chattanooga, Tennessee http://www.eswp.com/water/proceedin
Hach, C. C. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation
None
ROBERT J. FERGUSON, M. J. SMAS, Apollo Technologies, Whippany, New Jersey http://www.eswp.com/water/proceedin
None
E. F. KLEN, Northern Indiana Public Service Company, Hammond, Indiana http://www.eswp.com/water/proceedin
KENNETH R. WEISS, THOMAS R. GUENTHER, Black & Veatch, None http://www.eswp.com/water/proceedin
Overland Park, Kansas, CLIDE M. FORTE, PHILIP D. LANC
None http://www.eswp.com/water/proceedin
J. FRED WILKES, Consulting Chemical Engineer, Titusville, Florida, RENATO ARAUJO DA SILVA, Aquatec Quimica S.A., Sa
None Disc America Co., Tuscaloosa, Alaba
YOUNG H. LEE, Culligan International Co., Northbrook, Illinois, ROBERT MORRIS, JVC http://www.eswp.com/water/proceedin
LARRY SIMMONS, Energy Impact Associates, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
This Naperville, IL Steam, steam condensate, corrosion measurement, over th
http://www.eswp.com/water/proceedin
DANIEL M. CICERO, Nalco Chemical Company, paper will survey the practical corrosion measurement tools developedcorrosio
STEVE SHULDER, Baltimore Gas & Electric, Baltimore, MD http://www.eswp.com/water/proceedin
Commercial HVAC systems Associates, Inc., East potential sources
none http://www.eswp.com/water/proceedin
IRVIN J. COTTON and ARTHUR J. FREEDMAN, PhD, Arthur Freedmanhave been identified as Stroudsburg, PA of Legionella
Selected notes and procedures
None http://www.eswp.com/water/proceedin
GEORGE CRITS, WILLIAM RUNYAN, Idreco USA, Inc., W. Chester, PA in condensate purification are presented to help en
GERALD ALEXANDER, Siemens Water Technologies, La Canada, CA None http://www.eswp.com/water/proceedin
Victoria, Australia Legislation of the statehttp://www.eswp.com/water/proceedin
of Victoria, Australia, Risk includes
PETER ROBERTS, Consultant, Melbourne, The unique Legionella Legionella, Victoria, Legislation, Registration,which Managem
Yorkgitis, E. A. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Hall, R. E. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
Division of Ashland Canada Corp., Ajax, Ontario, on Water generator in Thermal
combined cycle, heat recovery steam
http://www.eswp.com/water/proceedin
EDWARD S. BEARDWOOD, Drew Canada The ASME Research and Technology Committee Canada and Steam(HRSG), cle
This proprietary computer model and its use to assist in the form
GARY REGGIANI, Betz Dearborn, Horsham, PA paper evaluates aCondensate, computerhttp://www.eswp.com/water/proceedin
model, amine selection
None http://www.eswp.com/water/proceedin
J. FRED WILKES, Aquatec Quimica S.A., TitusvilLe, Florida, FLAVIO BIANCHI, MESSIAS C. AMARAL, Aquetec Quimica S.A.
None
GREG BACHMAN, JULIE STERLING, DAVE MOYER, U.S. Filter/IWT, Rockford, Illinois http://www.eswp.com/water/proceedin
RICHARD HETHERINGTON, Epicor, Inc., Linden, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. C. SKRIBA, W. M. ALVINO, Westinghouse Research & Development Center, Pittsburgh, Pennsylvania
J. R. STAHLBUSH, R. M. STROM, R. G. BYERS, J. B. HENRY, N.None Chemical Company, Midland, Michig
E. SKELLY, The Dowhttp://www.eswp.com/water/proceedin
SALLIE A. FISHER, Puricons, Inc., Malvern, Pennsylvania None http://www.eswp.com/water/proceedin
An on-line fouling monitor was employed to obtain over five million hours of data on
Portland, TX; EDWARD S. BEARDWOOD, Ashland Water
http://www.eswp.com/water/proceedin
DOUGLAS DEWITT-DICK, Ashland Specialty Chemical Company,Wilson Plot; fouling factor; Hydrothermal Stress Coefficient;
DAVID SCHLOTTENMIER, Bridger Scientific, Sagamore Beach, MA http://www.eswp.com/water/proceedin
http://www.eswp.com/water/proceedin
DOUGLAS DEWITT-DICK, Ashland Specialty Chemical Company, Portland, TX; EDWARD S. BEARDWOOD, Ashland Water
BILLY D. FELLERS, TU Electric, Glen Rose, Texas, DR. JOSEPH None http://www.eswp.com/water/proceedin
RAGOSTA, Graver Chemical Company, Glasgow, Delaware
None
WILLIAM H. CARLIN, Jr., Rohm and Haas Company, Philadelphia, Pennsylvania http://www.eswp.com/water/proceedin
Vinso, J. D., Slowey, B. C. http://www.eswp.com/water/proceedin
Chemical Cleaning, Nuclear Power Water Technology
Engle, J. P., Johnson, R. M. Chemical Cleaning http://www.eswp.com/water/proceedin
This report outlines previous experiences with heat CEDA, steam generator,
http://www.eswp.com/water/proceedin
SEAN MACDONALD,CEDA Reactor, Ltd., Sherwood Park, Alberta, Canada, BRAD BUECKER,recoveryInc., Lawrence, KSHRS
Hoppe, I. C., Parmley, J. G. Chemical Cleaning http://www.eswp.com/water/proceedin
As a major boiler manufacturer, Babcock andhttp://www.eswp.com/water/proceedin
solvents, JOHN M. JEVEC, McDermott Technology, Inc., Al
Wilcox Company has provided acid,
KENNETH E. HANSEN, Babcock and Wilcox Company, Barberton, OH and alkaline, boilout, pre-operational, hydrochloricassis
None
A. W. FYNSK, R. T. HARRIS, E.I. du Pont de Nemours & Company, Wilmington, Delaware http://www.eswp.com/water/proceedin
None
CARL E. WISE, Powell Division, The Dow Chemical Company, Jacksonville, Florida http://www.eswp.com/water/proceedin
None
A. W. FYNSK, R. T. HARRIS, E.I. du Pont de Nemours & Company, Wilmington, Delaware http://www.eswp.com/water/proceedin
none none http://www.eswp.com/water/proceedin
SEAN MACDONALD, CEDA Reactor, Ltd. Sherwood Park, Alberta, Canada and BRAD BUECKER, Consultant,Lawrence, KS
Duncan, F. R., Fyock, D. H.,Baldwin, L. V., Hopkins, R. D. Chemical Cleaning http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOHN A. TASSIN, Central Louisiana Electric Company, Pineville, Louisiana, W. E. STEVENS, Halliburton Services, Baton Rou
The function Baltimore, Maryland chemical services, cooling water systems, for
Specification, http://www.eswp.com/water/proceedin
WILLIAM E. CHESNEY, Sheppard T. Powell Associates, and structure of the Chemical Services Procurement Specification for
Saunders, D. J. http://www.eswp.com/water/proceedin
McKinney, D. S. http://www.eswp.com/water/proceedin
Moore, C. S. http://www.eswp.com/water/proceedin
Bloodgood, Don E. http://www.eswp.com/water/proceedin
Betz, L. D. http://www.eswp.com/water/proceedin
Davis, Raymond http://www.eswp.com/water/proceedin
Cardwell, P. H. http://www.eswp.com/water/proceedin
LaMotte, W. R. http://www.eswp.com/water/proceedin
Dick, I. B. http://www.eswp.com/water/proceedin
Herndon, L. K. http://www.eswp.com/water/proceedin
Hodges, W. W. http://www.eswp.com/water/proceedin
Young, C. H. http://www.eswp.com/water/proceedin
Beohner, H. L. http://www.eswp.com/water/proceedin
Horlacher, G. A. http://www.eswp.com/water/proceedin
McKeown, M. C. http://www.eswp.com/water/proceedin
Embshoff, A. C. http://www.eswp.com/water/proceedin
Ulmer, R. C., Neat, F.U. http://www.eswp.com/water/proceedin
Adams, R. C. http://www.eswp.com/water/proceedin
Daugherty, T. H. http://www.eswp.com/water/proceedin
Webb, W. L. http://www.eswp.com/water/proceedin
Knowlton, P. H. http://www.eswp.com/water/proceedin
Adkins, Selden K. http://www.eswp.com/water/proceedin
Goetz, P. C. http://www.eswp.com/water/proceedin
Sussman, S. http://www.eswp.com/water/proceedin
Anderson, J. W. http://www.eswp.com/water/proceedin
Sussman, S. http://www.eswp.com/water/proceedin
Wilkes, J. F. http://www.eswp.com/water/proceedin
Mueller, H. M. http://www.eswp.com/water/proceedin
Kahler, F. H. http://www.eswp.com/water/proceedin
Dobson, J. G. http://www.eswp.com/water/proceedin
Wirth, L. R., Rinn, H. W.,Brines, M. E. http://www.eswp.com/water/proceedin
Scott, R. K. http://www.eswp.com/water/proceedin
Corey, Richard C. http://www.eswp.com/water/proceedin
Campobasso, J. J. http://www.eswp.com/water/proceedin
Adams, R. C. http://www.eswp.com/water/proceedin
Powell, S. T. http://www.eswp.com/water/proceedin
Young, C. H. http://www.eswp.com/water/proceedin
Morgan, L. S. http://www.eswp.com/water/proceedin
DeLong, R. F. http://www.eswp.com/water/proceedin
PHILIP J. discusses chemical cleaning of the Corporation
None http://www.eswp.com/water/proceedin
SAM HARVEY, Tennessee Valley Authority,This paper BATTAGLIA, Westinghouse ElectricTVA Sequoyah Unit one steam gene
None
C. WAYNE URION, Delmarva Power & Light Company, Wilmington, Delaware http://www.eswp.com/water/proceedin
Bowman, G. A. Filtration http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GEORGE G. KONOPKA, JOSEPH A. BATTAGLIA, JOSEPH W. KORMUTH, Westinghouse Electric Corporation, Pittsburgh, P
The Point Lisas seawater desalination facility http://www.eswp.com/water/proceedin
Seawater, Pretreatment, Reverse is the first seawater of Tri
in Trinidad Osmosis, Company Contr
KENNETH IRWIN, PH.D., GE Water & Process Technologies, Trevose, PA and IAN RAMROOP, Desalination Biofoulingrevers
MARK JANICK, Bechtel Power Corporation, Frederick, MD http://www.eswp.com/water/proceedin
Puckorius, P. R. http://www.eswp.com/water/proceedin
Cooling System Treatment, Corrosion Control - Steel
This paper explores
SIMON GARE, Ecolochem International, Inc., Peterborough, UK methods of pre-treatment for reverse osmosis systems and the
http://www.eswp.com/water/proceedin
KUMAR SINHA, Bechtel Power Corporation, Frederick, MD173 http://www.eswp.com/water/proceedin
Darby, W. A., Kivell, W. A. http://www.eswp.com/water/proceedin
Clarification and Contact Softening, Filtration
None
S. K. CHATTERJEE, V. N. SAHAKARI, Zuari Agro Chemicals Limited, Zuarinagar, Goa, India http://www.eswp.com/water/proceedin
WILLIAM L. TRACE, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
This paper discusses None
MILSTED, Bechtel Limited, m3/h (44,000 gpm), surface sea
http://www.eswp.com/water/proceedin
ALLAN L. FARBER, Bechtel Limited, Frederick, MD; ANDREW R.the design of a large, 10,000London, UK; NARESH VERMA,
JAMES D. MAVIS, CH2M HILL, Bellevue, WA None http://www.eswp.com/water/proceedin
ARTHUR C. EPSTEIN, The Permutit Co., Paramus, New Jersey None http://www.eswp.com/water/proceedin
None
ROBERT BAKISH, Fairleigh Dickinson University, Teaneck, New Jersey http://www.eswp.com/water/proceedin
This paper investigates EMERY LANGE, Drew Industrial Division, Ashland Chemi
utilities polymer, portable water, drip
TOM PIKE, Western Farmers Electric Cooperative, Ft. Towson, OK,the various problems cationic may encounter while trying to
Turbidity, clarification, http://www.eswp.com/water/proceedin
A. F. ASCHOFF, Sargent & Lundy, Arlington Heights, IL None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
A. W. OBERHOFER, L. M. MAY, Nalco Chemical Company, Naperville, Illinois, L. R. GESS, Nalco Chemical Company, Oak B
RICHARD HETHERINGTON, Epicor, Incorporated, Linden, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SHAN S. SUNDARAM, Ambi-Design, Inc., Rockford, Illinois, S. ARRINDALE, S. DE LANOI, KAREL P. VAN HAREN, Refineria
The pricing of sea water
Reverse osmosis, mechanical vapor compression, desalinat
http://www.eswp.com/water/proceedin
Dr. IRVING MOCH, JR, I. Moch & Associates, Inc., Wilmington, DE desalination systems by reverse osmosis (RO) and mecha
Fletcher, W. D. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology
W. A. KEILBAUGH, T. J. CENTI, C. ELLEN GONTER, C. W. Rice None http://www.eswp.com/water/proceedin
Division, NUS, Corporation, Pittsburgh, PA
None
SALLIE FISHER, GERARD OTTEN, Puricons, Inc., Berwyn, Pennsylvania http://www.eswp.com/water/proceedin
None
DONALD J. SEIGH, Pennsylvania Electric Company, Johnstown, Pennsylvania http://www.eswp.com/water/proceedin
Smith, V. C. http://www.eswp.com/water/proceedin
Corrosion Control - General, Ion Exchange,Reverse Osmos
Tarman, J. E., Richards, J. H. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
None
BRIAN J. HOFFMAN, Rohm and Haas Company, Springhouse, Pennsylvania http://www.eswp.com/water/proceedin
Trace concentrations Advanced oxidation processes, hydrogen for sterilization of
http://www.eswp.com/water/proceedin
DIRK-MICHAEL PFENNING, Bayer AG, Leverkusen, Germany and ppm levels of hydrogen peroxide used peroxide, oxygen r
SALLIE FISHER, Puricons, Inc., Malvern, PA None http://www.eswp.com/water/proceedin
New patented methods to monitorNalco Chemical Company, Naperville, Illinois
Corrosion and control treatment chemicals in cooling water
http://www.eswp.com/water/proceedin
J.E. HOOTS, Nalco Chemical Company, Naperville, Illinois, S.J. ARMITAGE,inhibitor, fluorescence, online monitoring, online c
None http://www.eswp.com/water/proceedin
S. J. ELMIGER, J. M. KIBLER, E. D. YOCHHEIM, Babcock & Wilcox, Alliance, Ohio, W. MILLS, Toledo Edison, Toledo, Ohio
Elliott, W. R. Chemical Cleaning http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
CHERYL O. MALHIET, Cajun Electric Power Cooperative, Baton Rouge, Louisiana, HENRY BYDALEK, Ebasco Services, Inc.,
None
ROGER A. GUTTSCHALL, Belco Pollution Control Corporation, Parsippany, New Jersey http://www.eswp.com/water/proceedin
This report explains Electrodeionization, EDI, CEDI, RO/EDI, RO/CEDI, ultrapure
http://www.eswp.com/water/proceedin
JONATHAN WOOD, JOSEPH GIFFORD, USFilter, Lowell, MA some of the differences between continuous electrodeionizatio
This Naperville, IL none http://www.eswp.com/water/proceedin
JASBIR S. GILL, PhD, ONDEO Nalco Company, paper presents a new rust cleaning method, which is safe to handle and can b
Zero liquid discharge (ZLD) concentration, crystallization, reverse osmosis, wastew
Corporation, Overland becoming commonplace in the powe
Park, KS
CHARLES H. FRITZ and MICHAEL C. PRESTON, Black & VeatchBrine plant designs arehttp://www.eswp.com/water/proceedin
WAYNE C. MICHELETTI, Wayne C. Micheletti, Inc., Charlottesville, VA http://www.eswp.com/water/proceedin
CHARLES H. FRITZ and MICHAEL C. PRESTON, Black & Veatch Corporation, Overland Park, KS http://www.eswp.com/water/proceedin
Process selection Steam Assisted Gravity Drainage, (SAGD), Mechanical of a
http://www.eswp.com/water/proceedin
JOHN BENETTI, Jacobs Canada Inc., Calgary, AB, Canada of WTP systems is of paramount importance to the success Vapo
Services (Canada) Inc., Elmira, ON, Canada; utilized to capture
have SAC, Regeneration, Waste MYSZCZYSZYN, Canadi
http://www.eswp.com/water/proceedin
GUY MOMMAERTS, P. Eng., Ion ExchangeConductivity AnalyzersWAC, been successfullyMELONIE Reclaim low conductivity w
None http://www.eswp.com/water/proceedin
SCOTT MUSSBACHER, Vista Projects, LTD, Calgary, AB, Canada; CAROLINE WILSON MUSSBACHER, P.Eng., EnCana Co
None http://www.eswp.com/water/proceedin
LINDA BROWN, Exxon, Baytown, Texas, JACK SAMKOFF, Ecodyne/Graver Water Division, Union, New Jersey
Abrams, I. M., Poll, R. F. Ion Exchange http://www.eswp.com/water/proceedin
Lazarchik, D. A. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Resource Management
Hall, R. E. http://www.eswp.com/water/proceedin
Union,
JOHN LONGO, Graver Chemical Division of the Graver Company,None New Jersey http://www.eswp.com/water/proceedin
LIGAYA S. HARTJEN, Graver Water Division, Union, New Jersey, None http://www.eswp.com/water/proceedin
WILLIAM M. CAIN, Carolina Power & Light Company, South
Hodge, W. W. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Adams, R. C. Ion Exchange http://www.eswp.com/water/proceedin
Haight, A. G. http://www.eswp.com/water/proceedin
Filtration, Ion Exchange,Reverse Osmosis
Driscoll, E. D. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment
None http://www.eswp.com/water/proceedin
JOHN F. GAREY, Bridger Scientific, Sandwich, Massachusetts, DEBORAH WIEBE, Marine Biocontrol Corp., Sandwich, Massa
None
JANE E. ANTOINE, GARY C. COKER, STEVEN D. LEE, System Energy, Port Gibson, Mississippi http://www.eswp.com/water/proceedin
TORRY J. TVEDT, Dow Chemical Company, Freeport, Texas None http://www.eswp.com/water/proceedin
None
JANE E. ANTOINE, GARY C. COKER, STEVEN D. LEE, System Energy, Port Gibson, Mississippi http://www.eswp.com/water/proceedin
This technical paper presents
K. BLANKENSHIP, PE, Duquesne Light Company, Pittsburg
http://www.eswp.com/water/proceedin
LOU KOENIG, Zinkan Enterprises, Twinsburg, OH and CHARLES none information about the Warwick Project and data abou
Cleaning Evergreen, CO heat exchangers steel, corrosion, film formation, it is ne
initial is not often utilized today when coolin
PAUL R. PUCKORIUS, Puckorius & Associates, Inc., and passivation of passivation, mild http://www.eswp.com/water/proceedin
R. E. KETTEN, Hercules, Incorporated, Marshallton, Delaware None http://www.eswp.com/water/proceedin
Ion
Calise, V. J., Lindsay, F. K.,Kahler, F. H., Rhinehart, J. R.,Lewis, W. J.Exchange http://www.eswp.com/water/proceedin
Reinach, Switzerland,Ion exchange, packed Purolite, Canada
GUY MOMMAERTS, http://www.eswp.com/water/proceedin
bed, counter-current, ultrapure water
NICOLAI ARION, Arionex Water Treatment,A new CCR packed bed, up flow service ion exchange system, utilizies at least, on
Purolite A–555, a new type of strong base anion exchange resin,has a combination
JOHN FARRAR, JOE SMITH, Dewplan Ltd., High Wycombe, UK Countercurrent, packed bed, ion exchangehttp://www.eswp.com/water/proceedin
CHARLES FRITZ, Black & Veatch, Kansas City, MO None http://www.eswp.com/water/proceedin
Whirl, S. F., Purcell, T. E. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Boiler Cor
Reverse http://www.eswp.com/water/proceedin
SHARON G. BERK, Tennessee Technological University, Cookeville, TN osmosis, boiler cycles, retrofit
Infrastructure is nearly 30 years old and constructed of low q
Sadr City‘s water distribution system Reconstruction Program, Phase ll (IIRP2), Bag
VIRAJ DE SILVA, PH.D., P.E., DEE and WALID HATOUM, P.E., PARSONS, Tampa, FL http://www.eswp.com/water/proceedin
CT; PAUL PUCKORIUS, Puckorius Water Treatment, Arvada, Power Water Treat
Index (PSI) has been applied to Pulsed CO
http://www.eswp.com/water/proceedin
DAVID ALLEY, Clearwater Systems, Essex,The Puckorius ScalingNon Chemical& Associates Inc., both makeup and circulatin
LORRAINE HUCHLER, PE, CMC, MarTech Systems Inc., Lawrenceville, NJ None http://www.eswp.com/water/proceedin
Jackson, D. T. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
PA http://www.eswp.com/water/proceedin
C. RAVI, Aquatech International, Pittsburgh,Effluent from the Jurong Industrial Wastewater Treatment plant in Singapore is trea
Cleaning biofouling from reverse osmosis (RO) membranes Laurel, NJ
CRAIG BRODEN, Dow Water Solutions, Edina, MN; CLIFFORD GILBERT, Dow Water Solutions, Mountis an important part of
None http://www.eswp.com/water/proceedin
TRACY BARKER, AVANtech, Inc., Oak Ridge, TN None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
GARY J. CORPORA, GEORGE G. KONOPKA, Westinghouse Electric Corporation, Monroeville, Pennsylvania, ROBERT T. W
JOHN KRISTENSEN, New York Power, Buchanan, New York None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
P. J. BATTAGLIA, M. W. ROOTHAM, M. J. WOOTTEN, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania
None
JOHN A. MUNDIS, Electric Power Research Institute, Palo Alto, California http://www.eswp.com/water/proceedin
Palo
C. S. WELTY, Jr., S. J. GREEN, Electric Power Research Institute,None Alto, California http://www.eswp.com/water/proceedin
None
WILLIAM THORNTON, Virginia Electric and Power Company, Richmond, Virginia http://www.eswp.com/water/proceedin
A new Quad polymer technology VA acid free high LSI cooling system op
JOHN RICHARDSON, MICHAEL G. TRULEAR, Chem Treat, Inc., Richmonddesigned forhttp://www.eswp.com/water/proceedin
THOMAS W. WOLFE, Puckorius & Associates, Baton Rouge, LA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JAMES K. RICE, Consulting Engineer, Olney, Maryland, RAY F. MADDALONE, Energy Technology Division, TRW, Inc., Redon
Nephew, H. F. Chemical Cleaning http://www.eswp.com/water/proceedin
Farmer, H. C., Burgess, V. B. http://www.eswp.com/water/proceedin
Ion Exchange, Public Water Supply
None http://www.eswp.com/water/proceedin
RICHARD W. GILPIN, ADELE M. KAPLAN, EDWIN F. GOLDSTEIN, Arc Water Treatment Company, Philadelphia, Pennsylva
JAMES C. FEELEY, Pathogen Control Associates, Tucker, Georgia one N http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
RICHARD W. GILPIN, ADELE M. KAPLAN, EDWIN F. GOLDSTEIN, Arc Water Treatment Company, Philadelphia, Pennsylva
None http://www.eswp.com/water/proceedin
N. P. JACOB, E. MORGAN, J. M. STORTON, J. F. KRAMER, Babcock & Wilcox, Lynchburg, Virginia, J. P. KANGLEY, Millston
Joos, C. E. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
RICHARD A. CLARK, Buckman Laboratories, Memphis, Tennessee None http://www.eswp.com/water/proceedin
The structure and fundamental of Power fuelhttp://www.eswp.com/water/proceedin
None cell Nanjing, China, YANG for rapid
YANG XIAO QIN, Consultant Center of Environment Protection Technologysystem of Industry,type microbial electrode MAO YU
E. L. HENN, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
MICHAEL F. COUGHLIN, GARY CAPLAN, Bird Archer, Inc., Cobourg, Canada http://www.eswp.com/water/proceedin
DNA microbiological testing
PUCKORIUS, water system samples Inc., Evergreen, CO
http://www.eswp.com/water/proceedin
GEORGE ASPREY, Microbiological Labs, Streetsboro, OH; PAUL None of coolingPuckorius & Associates,has been extremely b
None http://www.eswp.com/water/proceedin
ROBERT J. FERGUSON, ChemLink, Malvern, Pennsylvania, OMAR CODINA, WAYNE RULE, TU Electric Company, Dallas, T
Cardwell, P. H. Chemical Cleaning http://www.eswp.com/water/proceedin
DAVID SISKIND, Ecodyne Corporation, Union, New Jersey None http://www.eswp.com/water/proceedin
Martin, R. B. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Biological
Kunin, R. Ion Exchange http://www.eswp.com/water/proceedin
Speller, F. N. http://www.eswp.com/water/proceedin
Corrosion Control - General
None http://www.eswp.com/water/proceedin
WILLIAM M. HANN, S. TABB ROBERTSON, JUDY H. BARDSLEY, Rohm and Haas Company, Philadelphia, Pennsylvania
Gilwood, M. E., Calise, V. J. Ion Exchange http://www.eswp.com/water/proceedin
FRED FLOR, ROBERT KUNIN, Rohm And Haas Company, Philadelphia, PA None http://www.eswp.com/water/proceedin
JOSEPH M. RAGOSTA, Graver Chemical, Union, New Jersey None http://www.eswp.com/water/proceedin
RONALD G. BYERS, The Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
MICHAEL J. O'BRIEN, The Graver Company, Union, New Jersey None http://www.eswp.com/water/proceedin
None
CARL C. SCHEERER, Central Illinois Public Service Company, Springfield, Illinois http://www.eswp.com/water/proceedin
Abrams, I. M., Breslin, R. P. Ion Exchange http://www.eswp.com/water/proceedin
Reclaimed Water or Recycled Water, Municipal GE makeup Process Technologies
Cooling GARY GEIGER, Wastewater, Reclaimed the excep
http://www.eswp.com/water/proceedin
TIMOTHY EGGERT, GE Water & Process Technologies, Seal Beach, CA;Water as a source of Water & is no longer Water, Re
KASHI BANERJEE Ph.D., P.E., DEE, N.A. Water Systems, Veolia None Water http://www.eswp.com/water/proceedin
Preparations for Coal to Liquids, CTL, Water Reclamation, (hereafter the Com
at Sasol Synfuels‘ Cooling Tower Blo
HAROLD GRANT, Sasol Technology, Secunda, South Africanew clean fuel specificationshttp://www.eswp.com/water/proceedin
Hesler, J. C., Farnsworth, N. B.,Puckorius, P. R. http://www.eswp.com/water/proceedin
Cooling System Treatment, Ion Exchange,Wastewater Trea
Hesler, J. C. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
JOHN F. LONGO, Ecodyne, Graver Water Division, Union, New Jersey None http://www.eswp.com/water/proceedin
MARK BELL, Portland General Electric Company, Rainier, OregonNone http://www.eswp.com/water/proceedin
General Motors De Operation Facilities, Detroit, MI, ROBERTO CAMP, ARNULFO
Brine recovery, reverse osmosis, hardness, silica, softening,
http://www.eswp.com/water/proceedin
LAWRENCE V. KRZESOWSKI, General Motors North America Mexico, GMM, Ramos Arzipe Complex, RAC, obtained all raw
In 1997 MI; A. BERLANGA, D. VALLE, GM http://www.eswp.com/water/proceedin
Ramos Arzipe reverse started a second stage treatment fo
de Mexico; RAMOS silica, softening,
LAWRENCE KRZESWSKI, General Motors, Detroit,GM de MexicoBrine recovery, complexosmosis, hardness,ARIZPE, Coahuil
None CAPPELLO, ChemTreat, Inc., Omaha
BRIAN C. MULINIX, Goodyear Tire & Rubber Company, Lincoln, Nebraska, RONALD A. http://www.eswp.com/water/proceedin
GREG FUHR, Diversey Group, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
A global team developed a plan to improve upon current industryM. GOTTSCHALK
Corrosion, fouling, crystallization, KEVIN of ownership, he
http://www.eswp.com/water/proceedin
EDWARD S. BEARDWOOD, Drew Industrial division, Ashland Canada, Inc., Ajax, Ontario, Canada,total coststandards in cooli
None http://www.eswp.com/water/proceedin
ROBERT DVORIN, SAIC, Paramus, New Jersey, JOHN KRISTENSEN, New York, Power Authority, Buchanan, New York, JOH
None
ROBERT H. LANGER, VERNON W. JONES, Northeast Utilities, Hartford, Connecticut http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ROBERT DVORIN, SAIC, Paramus, New Jersey, JOHN KRISTENSEN, New York, Power Authority, Buchanan, New York, JOH
NM None http://www.eswp.com/water/proceedin
STAN LUECK, RODI Systems Corp, Aztec, Reducing RO Operating Costs with Automated Monitoring TechnologyReverse osm
IL Fouling, advances to reduce the rate of fouling water, waste
http://www.eswp.com/water/proceedin
WAYNE T. BATES, Hydranautics, Rockton, This paper discusses technical reverse osmosis, membranes, surface due to organ
PETER K. ERIKSSON, Osmonics /Desal, Vista, CA None http://www.eswp.com/water/proceedin
Advances in semiconductor manufacturing have led to UPW, optimization Mfg., S
& Center for Environmentally Benign Semiconductor
http://www.eswp.com/water/proceedin
RON CHIARELLO, PH.D., JUSTIN FOSTER, Etalon TechnologiesSemiconductor, ultrapure water, increased demands on ultra
None http://www.eswp.com/water/proceedin
BENJAMIN NONAKA, DALE LIAO, Department of Water and Power, City of Los Angeles, Long Beach, California
None http://www.eswp.com/water/proceedin
S. GREGORY DE SILVA, Westinghouse Electric Corporation, Pittsburgh, Pennsylvania, ALEXANDER J. SIBER, Mobay Chem
None
ANDREW J. HARHAY, Rochester Gas and Electric Corporation Ontario, New York http://www.eswp.com/water/proceedin
Matejka, Z., Kadlec, V. Ion Exchange http://www.eswp.com/water/proceedin
PECO Energy‘s development J. SCHEXNAILDER, Ionics, Incorporated Arlington,
WANDA R. HARRISON, PECO Energy Company, Sanatoga, PA, SANDYand use of an innovative analytical procedure at the L
None http://www.eswp.com/water/proceedin
KUMAR SINHA, Bechtel Corporation, Gaithersburg, MD None http://www.eswp.com/water/proceedin
Whitlow, F. P. http://www.eswp.com/water/proceedin
Water Resource Management
Iraq following the USAID, refurbishing, IIRP, pretreatment,
JULIUS ISAAC, PE, KATHRYN HYAM, PE, Reconstruction work inIraq, infrastructure,2003 Gulf War presented some unique ch
http://www.eswp.com/water/proceedin
and KUMAR SINHA, PE, Bechtel Power Corporation and Bechtel Systems and Infr
None Dow Chemical Company, Lake Jacks
C. J. ROMERO, Champlin Refining Company, Corpus Christi, Texas, S. D. COKER, The http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MITCHELL J. LEE, RONALD D. KERBY, Mobil Exploration & Producing U.S. Inc., Bakersfield, California, GUY J. MOMMAERT
None
M. A. SADLER, H. R. BOLTON, NEI Thompson Ltd., Kennicott, Wolverhampton, Englandhttp://www.eswp.com/water/proceedin
None
CARL C. SCHEERER Central Illinois Public Service Co., Springfield, Illinois http://www.eswp.com/water/proceedin
None
M. A. SADLER, H. R. BOLTON, NEI Thompson Ltd., Kennicott, Wolverhampton, Englandhttp://www.eswp.com/water/proceedin
Under ordinary None http://www.eswp.com/water/proceedin
DANIEL CICERO, Nalco Chemical Company, Naperville, ILcircumstances only facility managers and engineering staffs concer
CAROL JONES LEDWIG, The Dow Chemical Co., Freeport, TX None http://www.eswp.com/water/proceedin
BELCHES, ED BRENNAN, Virginia Power Company, Surry,
WILLIAM S. MILLER, Ecolochem, Inc., Norfolk, Virginia, BASIL L. None http://www.eswp.com/water/proceedin
None
CHARLES M. CUMMINGS, Fluid Systems Corporation, San Diego, California http://www.eswp.com/water/proceedin
BELCHES, ED BRENNAN, Virginia Power Company, Surry
WiILLIAM S. MILLER,, Ecolochem, Inc., Norfolk, Virginia, BASIL L.None http://www.eswp.com/water/proceedin
Goldberg, A. E. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
None http://www.eswp.com/water/proceedin
THOMAS F. KLUMPP, The Dow Chemical Company, Midland, Michigan, SAMUEL S. TAWNEY, D. ERIC STRANG, EDI Engin
None
G. KENT PETERSON, Illinois Water Treatment Company, Rockford, Illinois http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
THOMAS F. KLUMPP, The Dow Chemical Company, Midland, Michigan, SAMUEL S. TAWNEY, D. ERIC STRANG, EDI Engin
Griffin, A. E. Miscellaneous http://www.eswp.com/water/proceedin
Ammonia can H. J. BETTENWORTH, Preussen Elektra AG, Hanover, from solut
Ammonia removal, Clinoptilolite, adsorption, Nitrification, the
http://www.eswp.com/water/proceedin
HANS D. PFLUG, MARTIN B. HEIN, ANDREAS HENKEL,be effectively removed by Clinoptilolite, for natural zeolite,Germany
CHARLES D. BLUMENSCHEIN, ROBERT HELWICK, the ChesterNone http://www.eswp.com/water/proceedin
Engineers, Pittsburgh, Pennsylvania
Andres, R. F. Chemical Cleaning
Boiler Deposit Control,http://www.eswp.com/water/proceedin
None
S. T. ARRINGTON, G. W. BRADLEY, Halliburton Services, Duncan, Oklahoma http://www.eswp.com/water/proceedin
None
KENNETH F. LAYTON, Utah Power and Light Company, Salt Lake City, Utah http://www.eswp.com/water/proceedin
None
S. T. ARRINGTON, G. W. BRADLEY, Halliburton Services, Duncan, Oklahoma http://www.eswp.com/water/proceedin
Abrams, I. M., Breslin, R. P. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Ion Exchange,Nuclear Power W
None http://www.eswp.com/water/proceedin
YUJI HARAGUCHI, ISAMU SUGIYAMA, MASAHIKO KOGURE, Nomura Micro Science Co. Ltd., Atsugi City, Kanagawa, Japa
JACK B. PRATT, H-O-H Systems, Inc., Katy, Texas None http://www.eswp.com/water/proceedin
None
V. A. IADAVAIA, E. J. CONNELLEY, Havens and Emerson, Inc., Saddle Brook, New Jersey http://www.eswp.com/water/proceedin
IRVING B. REMSEN, Consultant, Asbury Park, New Jersey None http://www.eswp.com/water/proceedin
Through Ecos Inc., Calgary,
development, Canada, has MACKINNON, for a Syncrud
http://www.eswp.com/water/proceedin
JAMES MARR, PETER MOHAMMED, Bromley Marr research and None Alberta, a processMIKEbeen developedPh.D.,fine tails
JOSEPH ZUBACK, U.S. Filter, Los Angeles, California None http://www.eswp.com/water/proceedin
Bell, G. R. Filtration http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ABU NURMOHAMED, Partec Lavalin, Inc., Calgary, Alberta, Canada, ROGER COWLES, Syncrude Canada Ltd., Edmonton, A
MICHAEL J. O'BRIEN, The Graver Company, Union, New Jersey None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
ABU NURMOHAMED, Partec Lavalin, Inc., Calgary, Alberta, Canada, ROGER COWLES, Syncrude Canada Ltd., Edmonton, A
None STROH, Sargent & Lundy, Chicago I
S. L. WISER, Virginia Electric and Power Company, Richmond, Virginia, Y. H. LEE, C. R.http://www.eswp.com/water/proceedin
None
SUE A. HOBART, Electric Power Research Institute, Palo Alto, California http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
JOSEPH F. GIANNELLI, Graver Water and Graver Chemical Divisions of the Graver Company, Union, New Jersey
Laboratory-scale experiments were The Hong Kong Polytechnic University, Hong K
Leachate management; Non-biodegradable compounds; So
http://www.eswp.com/water/proceedin
TONNI AGUSTIONO KURNIAWAN, GILBERT YS CHAN, and WAI-HUNG LO, conduced to study the combination performanc
WILLIAM MILLER, GE Mobile Water, Inc., Norfolk, VA http://www.eswp.com/water/proceedin
A major Reverse osmosis, filtration, storm water runoff, which conta
http://www.eswp.com/water/proceedin
STEPHEN P. ELLIS, Ecolochem, Inc., Norfolk, VA utility found it necessary to empty a 31,000 gallon runoff pond selenium
KASHI BANERJEE, USFilter/Chester Engineers, Moon Township, PA http://www.eswp.com/water/proceedin
STEPHEN P. ELLIS, Ecolochem, Inc., Norfolk, VA http://www.eswp.com/water/proceedin
Dick, I. B. http://www.eswp.com/water/proceedin
Betz, L. D. http://www.eswp.com/water/proceedin
Crook, E. H., Polio, F. X. http://www.eswp.com/water/proceedin
Filtration, Wastewater Treatment
None http://www.eswp.com/water/proceedin
MARK A. MANZIONE, DOUGLAS T. MERRILL, Brown and Caldwell, Pleasant Hill, California, MARY E. MCLEARN, WINSTON
None
DAVID E. SIMON, II, Cyrus Rice Consulting Group, Pittsburgh Pennsylvania http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
MARK A. MANZIONE, DOUGLAS T. MERRILL, Brown and Caldwell, Pleasant Hill, California, MARY E. MCLEARN, WINSTON
TX Electrodeionization, SWEDI, cross-flow, current density, SW
expanding their management system
AVIJIT DEY, PH.D., Omexell, Inc., Houston,Power and semiconductor manufacturers arehttp://www.eswp.com/water/proceedin
DAVE TESSIER, PH.D., GE Water & Process Technologies, Guelph, Ontario, Canada http://www.eswp.com/water/proceedin
Electrodeionization (EDI) extends Incorporated, Watertown, MA
None http://www.eswp.com/water/proceedin
BRIAN P. HERNON, HILDA ZANAPALIDOU, TED PRATO, LI ZHANG, Ionics,the inherent benefits of membranes processes to
ORNL, Oak Ridge National Laboratory
http://www.eswp.com/water/proceedin
JOHN M. BEGOVICH, CLIFTON H. BROWN, JOHN F. VILLIERS-FISHER, Oak Ridge National Laboratory, Oak Ridge, Tenne
JAMES MAVIS, CH2M Hill, Bellevue, Washington http://www.eswp.com/water/proceedin
ORNL, Oak Ridge National Laboratory
The renovation or replacement of existing makeup water Associates, LLC, at pow
ROBERT D. BARTHOLOMEW, DAVID A. CLINE, JR., and GARY makeup water treatment, T. Powelltreatment systemsBaltimo
http://www.eswp.com/water/proceedin
H. ROBERTS, Sheppard demineralization, deionization, ren
None http://www.eswp.com/water/proceedin
EARL W. JOHANSEN, Neptune Microfloc, Corvallis, Oregon, SAMUEL PAREDES ZARATE, Federal de Electricadad, Mexicali
Willa, J. L. Cooling System Treatmenthttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
RANDY R. JONES, Georgia Power Company, Bayley, Georgia, GEORGE C. FLYNN, Graver Water Union, New Jersey
The guidelines for obtaining a sampling, isokinetic, sample conditioning
Steam representative http://www.eswp.com/water/proceedin
JAMES E. GROOSE, MYRON G. FELDMAN, Sentry Equipment Corp., Oconomowoc, WIsteam or water sample are discussed
MARK A. JANICK, Baltimore Gas & Electric Company, Baltimore MD http://www.eswp.com/water/proceedin
Beach, http://www.eswp.com/water/proceedin
DIANA KEELING, BRUCE TRIPP, Pacific Gas & Electric Co., AvilaNone California, SALLIE FISHER, Puricons, Inc., Malvern
PHILIP W. RENOUF, Waterscience International Pty. Ltd, Sydney,None Australia http://www.eswp.com/water/proceedin
Beach, http://www.eswp.com/water/proceedin
DIANA KEELING, BRUCE TRIPP, Pacific Gas & Electric Co., AvilaNone California, SALLIE FISHER, Puricons, Inc., Malvern
SAGD, EOR, WAC DEPNER, P.Eng., EnCana Foster Cree
This progress report ON, Canada; KEVIN– Weak Acid Cation Resin, SAC- Strong
http://www.eswp.com/water/proceedin
CLAUDE GAUTHIER, P.Eng., The Purolite Company, Burlington,discusses the many challenges and operating experience (OP
Sisson, A. B., Scott, J. S.,Selby, K. A. Power Water Technology
Ion Exchange, Nuclearhttp://www.eswp.com/water/proceedin
Binger, W. W. http://www.eswp.com/water/proceedin
Corrosion Control - Aluminum
K. ANTHONY SELBY, Water Technology Consultants™, Inc., Evergreen, CO a serious http://www.eswp.com/water/proceedin
contamination, impact on industrial boiler systems. C
Feedwater contamination can have feedwater, condensate, process contaminan
None http://www.eswp.com/water/proceedin
PHILIP K. HAZEN, Texas Municipal Power Company, Carlos, Texas, GLENDA ARD, McCormack Corporation, Dallas, Texas
BOB PALMER, MIKE BENNETT, Detroit Edison, Detroit, MichiganNone http://www.eswp.com/water/proceedin
None
ISHAI OLIKER, FRANK SILAGHY, Burns & Roe Company, Oradell, New Jersey http://www.eswp.com/water/proceedin
MICHAEL E. ROGERS, Syncrude Canada, Ltd., Alberta, Canada None http://www.eswp.com/water/proceedin
J. D. MCWILLIAM, Betz Inc., Kanata, Ontario, Canada None http://www.eswp.com/water/proceedin
None
RICHARD J. STRITTMATTER, MARY KAY KAUFMAN, Nalco Chemical Company, Naperville, Illinois http://www.eswp.com/water/proceedin
In 1999, a none http://www.eswp.com/water/proceedin
ROBERT P. HELWICK, USFilter, Moon Township, PA facility was started up to treat 12 MGD of the municipal wastewater, prov
Barker, J. E., Pettit, G. A. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
Baldwin, L. V., Gall, G. P.,Landers, R. D. Reverse Osmosis http://www.eswp.com/water/proceedin
& Technology Inc., Reading, PA, treatment http://www.eswp.com/water/proceedin
Reverse osmosis, boiler cycles, Procter & Gamble Co., osm
ARIETA, retrofit
STEPHEN Y. MARR, Parsons InfrastructureThe 1966 vintage boiler feedwaterFRANK B. system was upgraded to reverse Meh
RANDY C. TURNER, Southern Company, Atlanta, GA http://www.eswp.com/water/proceedin
Kremen, S. S., Myers, J. Reverse Osmosis http://www.eswp.com/water/proceedin
DAVID H. PAUL, David H. Paul, Inc., Farmington, New Mexico None http://www.eswp.com/water/proceedin
GREG BARTLEY, Tennessee Valley Authority, Chattanooga, Tennessee None http://www.eswp.com/water/proceedin
ROBERT M. QUINN, RQ Associates Inc., Teaneck, New Jersey None http://www.eswp.com/water/proceedin
This http://www.eswp.com/water/proceedin
JANE KUCERA, Nalco Company, Naperville, IL paper focuses on three aspects of operation that are necessary to understand
KENNETH J. KOZELSKI, E.I. DuPont de Nemours, Camden, SC http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
HERMAN C. HAMANN, Ph.D., Arrowhead Industrial Water, Brecksville, Ohio, WILLIAM G. BUYOK, Chevron U.S.A. Products C
None
FRANCES M. CUTLER, Southern California Edison, Paramount, California http://www.eswp.com/water/proceedin
Inc., Peterborough, UK, content in their feedwater, a single-pass RO system Phili
http://www.eswp.com/water/proceedin
SIMON G. GARE, Ecolochem International, To reduce the high silicaMATTHEW J. WHITE, Ecolochem International, Inc.,with i
In this San Diego, CA Reverse osmosis, chemistry, membrane, fouling mechanism
the operational characteristics of RO
ROBERT Y. NING, Ph.D., King Lee Technologies, paper, we survey the factors that affecthttp://www.eswp.com/water/proceedin
RANDALL J. MAJERLE, Argo Scientific, San Marcos, CA None http://www.eswp.com/water/proceedin
ROBERT QUINN, The Permutit Company, Paramus, New Jersey None http://www.eswp.com/water/proceedin
JOHN W. SIEGMUND, Sheppard T. Powell Associates, Baltimore,None Maryland http://www.eswp.com/water/proceedin
The
JANE KUCERA, Nalco Company, Naperville, IL use of reverse osmosis (RO) has grown tremendously over the last 10 years, a
http://www.eswp.com/water/proceedin
reverse osmosis, troubleshooting, data normalization, profilin
MICHAEL PRESTON, Black & Veatch Corporation, Overland Park, KS http://www.eswp.com/water/proceedin
JANE KUCERA, Nalco Company, Naperville, IL http://www.eswp.com/water/proceedin
None
ROBERT S. REIMERS, ANN C. ANDERSON, LUANN WHITE, Tulane University, New Orleans, Louisianahttp://www.eswp.com/water/proceedin
N
J. FRED WILKES, Consulting Chemical Engineer, Titusville, Florida one http://www.eswp.com/water/proceedin
The None http://www.eswp.com/water/proceedin
MICHEL DUBOURG, Framatome, Paris, France aim of this paper is to review the possible solutions for the removal of post-acc
None
JOSEPH H. DUFF, Water Technology Services, Inc., Liberty Corner, New Jersey http://www.eswp.com/water/proceedin
J. STODOLA, Ontario Hydro, Toronto, Canada None http://www.eswp.com/water/proceedin
None
DOUGLAS OLIVER, East Kentucky Power Cooperative, Inc., Winchester, Kentucky http://www.eswp.com/water/proceedin
Treatment of closed &None
Association Of Water http://www.eswp.com/water/proceedin
Technolgies (AWT) Technical use of
JAY FARMERIE, Cyrus Rice Water Consultants, Pittsburgh, PA, loops, since the enactment of regulations restricting theComm
Invertebrate macrofouling infestations can enhance metal corrosion rates in marine
Bacteria, corrosion, invertebrates, macrofouling, MIC, mirob
http://www.eswp.com/water/proceedin
ROBERT F. MCMAHON, The University of Texas at Arlington, Arlington, Texas, RICHARD W. LUTEY, Buckman Laboratories,
THOMAS M. LARONGE, Thomas M. Laronge, Inc., Vancouver, Washington None http://www.eswp.com/water/proceedin
The risk associated with waterborne pathogenic microorganisms is of significant co
None http://www.eswp.com/water/proceedin
ANDREW COOPER, HOWARD BARNES, NOEL CHRISTOPHER, THOMAS LINDLEY, ERIC MYERS, Nalco Company Wate
ARTHUR J. FREEDMAN, PH.D., Arthur Freedman Associates, Inc., East Stroudsburg, PA http://www.eswp.com/water/proceedin
Managing SINHA, Bechtel Power Corporation,interfaces MD
water treatment system Risk, and Management, EPC, LST
http://www.eswp.com/water/proceedin
SUSAN BAINES, KATHI KIRSCHENHEITER, KUMARpower plant Power, Water Treatment,Frederick,for a LSTK Contract is cri
None Illinois
CHRISTOPHER SOULE, ROBERT BRADLEY, Arrowhead Industrial Water, Lincolnshire,http://www.eswp.com/water/proceedin
Thomas, A. H. http://www.eswp.com/water/proceedin
Biological Control, Corrosion Control - Steel
Deal, R. L., Hassebroek, D. J.,Slicker, J. L. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Boiler Deposit Control
None
G. A. CRUCIL, J. R. MACDONALD, E. B. SMYK, Nalco Chemical Company, Naperville, Illinois http://www.eswp.com/water/proceedin
THOMAS M. LARONGE, Thomas M. Laronge Inc., Vancouver, Washington None http://www.eswp.com/water/proceedin
Correct water pretreatment plays a fundamental role for keeping the efficiency of an
SERGIO GHERARDI, Culligan Italiana S.p.A., Bologna, Italy http://www.eswp.com/water/proceedin
Fouling, scaling, loss in performance, cleaning, feed pressur
ROBERT ALLISON, Ionics, Watertown, MA None http://www.eswp.com/water/proceedin
Ultrafiltration, with ZENON‘s ZeeWeed® immersed hollow
GLENN P. VICEVIC and SUSAN GUIBERT,A demonstration of RO PretreatmentHollowCanada,RICKY BRYANT,Pretreatment f
http://www.eswp.com/water/proceedin
ZENON Environmental, Oakville, Ontario, Fiber, Reverse Osmosis Southern Co
CA, RANDY MAJERLE, Argo RO systems need to process feed water from memb
Reverse osmosis, RO,http://www.eswp.com/water/proceedin
WAYNE BATES, Hydranautics, Oceanside, The majority of brackish waterScientific, San Marcos, CAbrackish water, surface water, surfac
MARK THOMPSON, Malcolm Pirnie Incorporated, Newport News, None VA http://www.eswp.com/water/proceedin
PAUL L. PARISE, Aquagenics, Inc., Londonderry, New HampshireNone http://www.eswp.com/water/proceedin
None
THOMAS RINKER, Environmental Elements Corporation, Baltimore, Maryland http://www.eswp.com/water/proceedin
RICHARD P. MOFFA, Battelle-Columbus Laboratories, Columbus,None 43201 Ohio http://www.eswp.com/water/proceedin
Calise, V. J., Homer, W. A. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Cooling System Treatment,Co
Removal of old Company Drew Divisions, Boonton, first step in established in an e
None http://www.eswp.com/water/proceedin
BRUCE L. LIBUTTI, JOSEPH MIHELIC, Ashland Chemical corrosion products is sometimes theNJ, RICHARD J. MAGNOTTA,
Thielke, H. J. Chemical Cleaning http://www.eswp.com/water/proceedin
In order Corporation, Oconomowoc, Wisconsin water and steam samples in a po
Representative sampling,http://www.eswp.com/water/proceedin
PAUL CAIN, MYRON FELDMAN, Sentry Equipment to achieve accurate chemical analysis ofpressure reduction, temperature c
This None http://www.eswp.com/water/proceedin
DOUGLAS TOAL, Aerotech P&K, Cherry Hill, NJreport covers where to sample in potable and on-potable water systems and th
This paper summarizesand done on a document which will provide Freeport, and
work http://www.eswp.com/water/proceedin
IRVIN J. COTTON, Arthur Freedman Associates, Stroudsburg, PANoneROGER LIGHT, The Dow Chemical Co., guidelinesTX
None http://www.eswp.com/water/proceedin
JOHN W. MOFFETT, Kentucky Utility Co., Ghent, Kentucky, J. E. ZOSKI, Betz Laboratories, Inc., Trevose, PA
This LATKER, KASHI None BANERJEE, Sand-Ballasted high a Veolia Water Solutions
http://www.eswp.com/water/proceedin
CHARLES BLUMENSCHEIN, P.E., DEE, ERICApaper will focus on the use of aN.A. Water Systems, rate settling technology, k
CHRIS HOWELL, Crown Solution, Inc., Vandalia, OH http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
EMERY LANGE, Jr., San Miguel Electric Cooperative, Incorporated, Jourdanton, Texas, PAUL GROSS, Datum Company, Hou
None
GEORGE CRITS, Cochrane Environmental Systems, King of Prussia, Pennsylvania http://www.eswp.com/water/proceedin
F. B. MARTINOLA, P. THOMAS, Bayer A.G., Leverkusen, West Germany None http://www.eswp.com/water/proceedin
None
RANDHIR C. CHOPRA, Chemical Separations Corporation, Oak Ridge, Tennessee http://www.eswp.com/water/proceedin
None M. HENRY, NUS Corporation, Sherm
WILLIAM O. JACOBSON, San Diego Gas & Electric Company, San Diego, California, P. http://www.eswp.com/water/proceedin
ROLAND QUONG, Lawrence Livermore Laboratory, Livermore California None http://www.eswp.com/water/proceedin
None
JEFFREY R. TOWNSEND, KARL W. HERMAN, Drew Chemical Corporation, Boonton, New Jersey http://www.eswp.com/water/proceedin
Rankin, B. H. http://www.eswp.com/water/proceedin
Corrosion Control - General, Distillation
None
DR. D. HAWTHORN, min-DEP Research, Ruddington, Nottingham, United Kingdom http://www.eswp.com/water/proceedin
ROBERT J. FERGUSON, French Creek Software, Kimberton, Pennsylvania None http://www.eswp.com/water/proceedin
None
DR. D. HAWTHORN, min-DEP Research, Ruddington, Nottingham, United Kingdom http://www.eswp.com/water/proceedin
Abrams, I. M. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment
Services Co., Battleground, WA reverse osmosis, ultrafiltration, multimedia, mec
Prefiltration, http://www.eswp.com/water/proceedin
THOMAS E. HAMILTON, Power Products &New developments in the manufacturing technology all stainless steel woven wire s
None http://www.eswp.com/water/proceedin
PATRICIA ZUNIGA, Amoco Chemical Company, Alvin, Texas, KENNETH MILLER, Amoco Oil Company, Texas City, Texas, M
None
THOMAS C. BRESKE, E.I. du Pont de Nemours & Co., Inc., Newark, Delaware http://www.eswp.com/water/proceedin
This Missimer International, Inc., Fort Myers, for development ofosmosis,water com
Water supply, seawaterFL systems, reverse the raw cost sup
THOMAS M. MISSIMER, ROBERT R. WRIGHT,paper covers the most economic meanshttp://www.eswp.com/water/proceedin
Panel Discussion Moderator: Dave Morris, Chester Engineers, Pittsburgh, PA http://www.eswp.com/water/proceedin
Gas http://www.eswp.com/water/proceedin
EDWARD L. DUBOST, CONSTANTINE T. POLIDOROFF, Pacific Noneand Electric Company, San Francisco, California, MICH
KURT F. FRANK, FilmTec Corporation, San Diego, California None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
LARRY GURNARI, ROBERT O'CONNELL, Graver Water, Union, New Jersey, VINOD SHARMA, ROBERT GRAHAM, Ogden
ANDREW MCCLURE, NUS Corporation, Aiken, South Carolina None http://www.eswp.com/water/proceedin
Fletcher, W. D., Picone, L. F. http://www.eswp.com/water/proceedin
Nuclear Power Water Technology
Eshrich, C. H., Baker, M. D. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Condensate Polishing,Filtration
M. I. MORRIS, J. L. KASTEN, T. M. GILLIAM, Waste ManagementNone http://www.eswp.com/water/proceedin
Technology Center, Oak Ridge National Laboratory, Oak R
Last year we presented a paper on thjs subject, using a static test in the laboratory
Gas EDUARDO KURLBAUM, dynamic Laboratorios Ltda.
http://www.eswp.com/water/proceedin
REINALDO SAITO, LUIZ WANDERLEY, BRATFISCH PACE, CARLOSscrubbing, scale inhibition, Buckmantest, oxygen furnac
Lane, M. http://www.eswp.com/water/proceedin
Clarification and Contact Softening
Caruso, L. http://www.eswp.com/water/proceedin
Corrosion Control - General
The Burbank, CA and Zero Liquid Discharge,http://www.eswp.com/water/proceedin
DEVESH MITTAL, AquatechHigh Efficiency Reversefaced b
and International that were Osmos
CHRIS LEWIS, Burbank Water & Power, City of paper discusses the permitting, operationZLD, logistic issues Corporation, Cano
KUMAR SINHA, Bechtel, Frederick, MD http://www.eswp.com/water/proceedin
Selective ion exchange resins are used to remove trace contaminant from a variety
None http://www.eswp.com/water/proceedin
STEFAN NEUMANN, PH.D, Lanxess Deutschland GmbH, Leverkusen, Germany; PHIL FATULA Lanxess / Sybron Birmingham
FRANCIS BOODOO, The Purolite Company, Bala Cynwyd, PA None http://www.eswp.com/water/proceedin
None
F. X. MCGARVEY, D. TAMAKI, Sybron Chemicals, Inc., Birmingham, New Jersey http://www.eswp.com/water/proceedin
Chamberlain, D. G. Ion Exchange http://www.eswp.com/water/proceedin
Arsenate, chromate, and phosphate in water and wastewater have significant envir
Arsenate, http://www.eswp.com/water/proceedin
ARUP K. SENGUPTA, DONGYE ZHAO, Lehigh University, Bethlehem, PA chromate, phosphate, ion exchange, ligand excha
None http://www.eswp.com/water/proceedin
S. A. DIAS, Ontario Hydro Research Division, Toronto, Ontario, Canada, BABU R. NOTT, Electric Power Research Institute, Pa
Inc., Avon Lake, OH Wastewater, flue gas desulphurization, FGD, coal the waste
http://www.eswp.com/water/proceedin
TERRY SCHEURMAN, Applied Specialties, The paper will review a treatment study for reducing the Selenium level inpower pla
MAREK MIERZEJEWSKI, USFilter, a Siemens Business, Glen Allen, VA http://www.eswp.com/water/proceedin
The removal of suspended solids is necessary to protect membrane systems and
MARCUS N. ALLHANDS, PhD, PE, Amiad Filtration Systems, Oxnard, CA pre-treatment, membranes, ozone, ultraviolet light,p
filtration, http://www.eswp.com/water/proceedin
STEVEN JONS, PH.D., TOM HAYNES, andA process for quickly assessing the integrity of spiral wound elements has been ex
None http://www.eswp.com/water/proceedin
JAMES NATHAN, FilmTec Corporation, a subsidiary of The Dow Chemical Comp
STUART MCCLELLAN, Successfully Applied Membranes, Inc., Palm Beach Gardens, FLhttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DANIEL L. CAMPBELL, ROBERT JOYCE, JOHN STILLIAN, STEVE CARSON, Dionex Corporation, Sunnyvale, California
None
FRANCES M. CUTLER, Southern California Edison Company, Paramount, California http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DANIEL L. CAMPBELL, ROBERT JOYCE, JOHN STILLIAN, STEVE CARSON, Dionex Corporation, Sunnyvale, California
Kominek, E. G. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Olejar, L. L., Salem, E. Ion Exchange
Condensate Polishing,http://www.eswp.com/water/proceedin
None E. W. EKIS, Nalco Chemical Compan
J. E. ANTOINE, G. O. SMITH, System Energy Resources, Inc., Port Gibson, Mississippi, http://www.eswp.com/water/proceedin
PETER L. TREMONT, Peter L. Tremont & Associates, Houston, Texas None http://www.eswp.com/water/proceedin
None E. W. EKIS, Nalco Chemical Compan
J. E. ANTOINE, G. O. SMITH, System Energy Resources, Inc., Port Gibson, Mississippi, http://www.eswp.com/water/proceedin
Organic contaminationCooling water, organic http://www.eswp.com/water/proceedin
from heat exchangers contamination, fouling, leakages, mo
resulted Brazil
CLAUDIO L.V. DA COSTA, Deten, Brazil, PAULO S.S. SANTIAGO, ARMANDO GENTILE, Nalco, in a strong biofouling build-u
Levy, D. http://www.eswp.com/water/proceedin
Wastewater Treatment, Water Reuse
Gray, H. J., McGuigan, C. V.,Rowland, H. W. http://www.eswp.com/water/proceedin
Cooling System Treatment, Water Reuse
None Beach Utilities, Vero Beach, Florida
NORMAN D. FAHRER, ChemTreat, Inc., Ashland, Virginia, SHULER W. MASSEY, Vero http://www.eswp.com/water/proceedin
G. W. SCHWEITZER, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
HERBERT R. TUNNELL, Environmental Elements Corporation, Baltimore, Maryland http://www.eswp.com/water/proceedin
PERRY R. BISH, Dravo Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None
HERBERT R. TUNNELL, Environmental Elements Corporation, Baltimore, Maryland http://www.eswp.com/water/proceedin
Shallow shell, ion exchange functionality in the outer, core
Ion exchange resins can be manufactured with the resins, deionization, inert more ra
WILLIAM FRIES, The Purolite Company, Bala Cynwyd, PA http://www.eswp.com/water/proceedin
HAROLD ARONOVITCH, Hungerford & Terry, Inc., Clayton, NJ http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
DOUG JACKSON, BRYCE HEARTWELL, TransAlta Energy Corporation, Mississauga, Ontario, Canada, MICHAEL DEJAK, C
DR. JOSEPH RAGOSTA, Graver Chemical Company, Glasgow, Delaware None http://www.eswp.com/water/proceedin
This paper will describe shortbed ion exhange processes, developed by Paprican a
None http://www.eswp.com/water/proceedin
MICHAEL PALEOLOGOU, NACEUR JEMAA, and RICHARD BERRY, Pulp and Paper Research Institute of Canada, Pointe C
DAN RICE and DR. DARYL GISCH, The Dow Chemical Company, Midland, MI http://www.eswp.com/water/proceedin
Dick, I. B. Chemical Cleaning http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
SUE A. HOBART, Electric Power Research Institute, Palo Alto, California, W. ART BYERS, JAMES RICHARDS, HECTOR SIL
None
YOSHII TAKAHASHI, Dohrman Division, Xertex, Santa Clara, California http://www.eswp.com/water/proceedin
Dow Water Solutions,Reverse osmosis, Feed channel spacer, Membrane fouling,
SCOTT BEARDSLEY, CRAIG GRANLUND,This paper will evaluateEdina, MN http://www.eswp.com/water/proceedin
the performance of two different 400 square foot 8-inch rev
MICHAEL PRESTON, Black & Veatch Corporation, Overland Park, KS None http://www.eswp.com/water/proceedin
None
Panel Discussion Moderator: Deborah Bloom, Nalco Company, Naperville, IL http://www.eswp.com/water/proceedin
None
P. C. D. GEORGE SAMUEL, Madras Refineries Limited, Madras, TamilL Nadu, India http://www.eswp.com/water/proceedin
None
GEORGE J. CRITS, Cochrane Environmental Systems, King of Prussia, Pennsylvania http://www.eswp.com/water/proceedin
Owens, F. R. http://www.eswp.com/water/proceedin
Ion Exchange, Steam Purity
A brief Corp., of the history of silica deposition/fouling and generators, be provide
EDWARD (TED) BEARDWOOD, Ashland Canada review Ajax, ON, Canada Acid, deposition, steamits control willsteam turb
Silica, Silicic http://www.eswp.com/water/proceedin
A series MIRANDA, Universitymaterials, silica gel, polymericutilize water soluble p
chelator of Montana, Missoula, MT, and CAROLYN HART a
developed that amines, metal select
EDWARD ROSENBERG, DAN NIELSEN, and PAULof silica based composites has beenhttp://www.eswp.com/water/proceedin
MICHAEL GOTTLIEB, ResinTech, West Berlin, NJ http://www.eswp.com/water/proceedin
Calise, V. J., Lane, M. http://www.eswp.com/water/proceedin
Alm, A. V. http://www.eswp.com/water/proceedin
Gilwood, M. E., Calmon, C.,Greer, A. H. Ion Exchange http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
TIMOTHY W. TROFE, MILTON L. OWEN, Radian Corporation, Austin, Texas, WAYNE C. MICHELETTI, Electric Power Rese
Schweitzer, G. W. Cooling System Treatment http://www.eswp.com/water/proceedin
EARL L. HENN, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
M. NOE, P. BESLU, G. FREJAVILLE, Commissariat a L'Energie Atomique, St. Paul lez Durance, France
Biofouling is one of theNone http://www.eswp.com/water/proceedin
JASBIR GILL, PH.D., AMIT GUPTA, Nalco Company, Naperville, ILleading causes of thermal and hydrodynamic degradation o
ARTHUR FREEDMAN, PH.D., Arthur Freedman Associates, Inc., East Stroudsburg, PA http://www.eswp.com/water/proceedin
This paper discusses the results of range-scale experiments conducted ARCO We
Consultants, San Francisco, CA, G. F. DORAN, at warm te
removal, boron removal, magnesium,
JOSEPH DRAGO, D. A. FRUTH, L. Y. C. LEONG, Kennedy/JenksProduced water, silica http://www.eswp.com/water/proceedin
MARY KERR, Sargent & Lundy, Chicago, IL None http://www.eswp.com/water/proceedin
Gas Tran Systems, Cleveland, single-stage http://www.eswp.com/water/proceedin
GLENN HARBOLD and JONATHAN PARK,A novel mechanical approach toOH vacuum deaeration Dissolved oxyge
Deaeration, Degasification, Decarbonation,has been develop
Ulsan thermal power station units Power Research Institute, TaeJon, Korea
Oxygenated treatment,http://www.eswp.com/water/proceedin
all Electric Power Corp., KEPCO,
KWANG-KYU PARK, DO-YEONG WEON, JEON-SOO MOON, Korea Electric4, 5, 6 of Koreavolatile treatment, scale, depositw
Ion exchange resins have been cleaned on-site using mobile equipment for sixteen
PA http://www.eswp.com/water/proceedin
WILLIAM BORNAK, Recirculation Technologies, Inc., Warminster,ion exchange, resin cleaning, membrane cleaning, resin foul
WAYNE BERNAHL, W. Bernahl Enterprises Ltd., Elmhurst, IL http://www.eswp.com/water/proceedin
In 1992, the TransAlta None Corporation installed a water demineralization system
Energy http://www.eswp.com/water/proceedin
JAQUES BERNIER, TransAlta Energy Corporation Ottawa, Ontario, Canada; JAMES HODD, BRADLEY SMITH, TOD WILSON
PHILIP W. FATULA, Bayer Corporation, Pittsburgh, PA http://www.eswp.com/water/proceedin
Holmes, J. A. http://www.eswp.com/water/proceedin
Biological Control, Cooling System Treatment
SALLIE FISHER, GERARD OTTEN, Puricons, Inc., Berwyn, Pennsylvania None http://www.eswp.com/water/proceedin
Barnhill, K. G. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None Webster, Boston, Massachusetts, J. H
H. A. SCHLESINGER, Gibbs and Hill, New York, New York, P. D. BURGESS, Stone and http://www.eswp.com/water/proceedin
D. T. REED, R. NASS, Nalco Chemical Company, Oakbrook, Illinois None http://www.eswp.com/water/proceedin
None
HERMAN KERST, Dearborn Chemical (U.S.) CHEMED Corp., Des Plaines, Illinois http://www.eswp.com/water/proceedin
Detailed Drew Industrial and data was collected Jersey
Chlorine, hypochlorite, http://www.eswp.com/water/proceedin
chlorine dioxide, corrosion, process c
SCOTT A. MARCKINI, Ashland Chemical Company, corrosion group Division, Boonton, New a Southeastern United States Che
Sodium hydroxide can Energy, Corrosion, Steam Properties
be a major Orlando, FL http://www.eswp.com/water/proceedin
JAMES BELLOWS, PhD and SUDHIR RAJAGOPALAN, Siemens Caustic, Inc,corrodent of steam turbines. The thermodynamic
None Westinghouse Research Laboratorie
G. ECONOMY, A. J. PANSON, CHIA-TSUN LIU, J. N. ESPOSITO, W. T. LINDSAY, JR., http://www.eswp.com/water/proceedin
D. E. NOLL, Calgon Corporation, Pittsburgh, Pennsylvania None http://www.eswp.com/water/proceedin
None Westinghouse Research Laboratorie
G. ECONOMY, A. J. PANSON, CHIA-TSUN LIU, J. N. ESPOSITO, W. T. LINDSAY, JR., http://www.eswp.com/water/proceedin
Himsley, A. http://www.eswp.com/water/proceedin
Ion Exchange, Wastewater Treatment
Review of means Elora, Ontario,total dissolved resin TDS, strong acid cation res
Softening, Canada http://www.eswp.com/water/proceedin
GUY J. MOMMAERTS, Ion Exchange Services (Canada) Inc.,to use WAC, weak acid cation solids,for softening, either in H-form
Solar distillation is one of the
Chennai, India for the application of solar thermal en
M. UMAMAHESWARAN, Anna University, College of Engineering, None promising fields http://www.eswp.com/water/proceedin
This paper will discussCooling, Water, Solid, Sustainable,Naperville, IL
new solid programs for scale and PSO
http://www.eswp.com/water/proceedin
STEVEN BILEK, Barbara Moriarty, NATHANIEL GREENE and ROBERT WALICKI, Nalco Company, corrosion control in place
JAMES DROMGOOLE, Fortbend Services, Inc., Stafford, TX None http://www.eswp.com/water/proceedin
Pressure vessel and flow experiments have been used to Newfoundland, phases
None http://www.eswp.com/water/proceedin
PETER TREMAINE, SEAN QUINLAN, J. BRIDSON, Memorial University of Newfoundland, St. John's identify the solidCanada,
None
FRANCES M. CUTLER, Southern California Edison, Paramount, California http://www.eswp.com/water/proceedin
Straub, F. G. Steam Purity http://www.eswp.com/water/proceedin
Fertilizers Co., Alexandria, Egypt exchangers suffered from microorganism Pre-
of the cation
FATMA BADAWY, HANY GOMAA, Abu Qir The lower tray nozzles Demineralization unit, Microorganisms growth, strainer, grow
http://www.eswp.com/water/proceedin
ALBERT PREUSS, Aldex Chemical Co. Ltd, Granby, QC, Canada None http://www.eswp.com/water/proceedin
Badak NGL, Bontang,None Kalimantan, boilers experienced several failures of roo
East
FELIX TAMPUBOLON and MUHAIMIN, PT.After over 26 years of operation, the MHI Indonesia http://www.eswp.com/water/proceedin
ANTON BANWEG, Nalco Company, Naperville, IL http://www.eswp.com/water/proceedin
Lindsay, F. K. Ion Exchange http://www.eswp.com/water/proceedin
Kemmer, F. N., Thompson, J. Ion Exchange http://www.eswp.com/water/proceedin
Thompson, R. B. Ion Exchange http://www.eswp.com/water/proceedin
Alling, S. F. h
Filtration, Ion Exchange ttp://www.eswp.com/water/proceedin
Bardarik, D. G., Alden, J. C. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
Thompson, J., McGarvey, F. X. http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
QIN JIN ZAO, HE HUI CHEN, Thermal Power Engineering Research Institute, Peking, Peoples Republic of China
PAUL COHEN, Consultant, Pittsburgh None http://www.eswp.com/water/proceedin
Sources TOC, be man-made or natural organic matter, leachables,
http://www.eswp.com/water/proceedin
PETER S. MEYERS, ResinTech, Inc., Cherry Hill, NJof TOC in water canorganics, high exchange, carboxylic acid, NOM, prese
DANIEL RICE, Dow Chemical Company, Midland, MI None http://www.eswp.com/water/proceedin
Sauer, R. L., Shea, T. G. Miscellaneous http://www.eswp.com/water/proceedin
McCann, C. J. Cooling System Treatmenthttp://www.eswp.com/water/proceedin
Frazer, H. W. Ion Exchange http://www.eswp.com/water/proceedin
Data TESSIER, E-Cellthe current required inhttp://www.eswp.com/water/proceedin
Corporation, Guelph, Ontario,the effective removal of CO2
EDI for Canada
JOHN H. BARBER, CANDIDA OLIVEIRA, DAVIDare presented on Electrodeionization, EDI, carbon dioxide
None
SALLIE A. FISHER, GERARD OTTEN, Puricons, Inc., Berwyn, Pennsylvania http://www.eswp.com/water/proceedin
None
KENNETH H. FREDERICK, GPU Nuclear Corporation, Reading, Pennsylvania http://www.eswp.com/water/proceedin
GRAY, Thornton, Inc., Waltham, summary http://www.eswp.com/water/proceedin
Cation conductivity, specific conductivity, temperature of a te
ANTHONY BEVILACQUA, Ph.D., DAVID M.Presented here is the background,MA of development and evaluation compe
Heiskell, T. W. http://www.eswp.com/water/proceedin
Analysis, Control and Monitoring Instrumentation, Steam Pu
None http://www.eswp.com/water/proceedin
CARROLL W. STEELE, Jr., Amoco Chemical Company, Wando, South Carolina, MICHAEL A. WINTERS, Amoco Corp., Nape
None
MARK F. HAYWARD, WILLIAM T. CHOATE, Abcor, Inc., Wilmington, Massachusetts http://www.eswp.com/water/proceedin
The NJ
PETER MEYERS, ResinTech, Inc., West Berlin, packed bed demineralizers at the IMC Sterlington facility in Bartow Fl. have be
http://www.eswp.com/water/proceedin
Packed Bed Demineralizers, Upflow Service, Systems
JIM SHIVERS, Ion Exchange LLC, Glendora, CA None http://www.eswp.com/water/proceedin
Chelants and polymers are IL
Boiler, steam antiscalants for boilers. However, any organic
http://www.eswp.com/water/proceedin
MARTIN R. GODFREY, ONDEO Nalco Chemical Company, Naperville,effective generator, dissolved oxygen, internal treatmen
K. ANTHONY SELBY, Water Technology Consultants, Inc., Evergreen, CO http://www.eswp.com/water/proceedin
None
FREDERICK J. TEETER, I. U. Conversion Systems, Inc., Plymouth Meeting, PA http://www.eswp.com/water/proceedin
R. G. KNIGHT, Michael Baker, Jr., Inc., Beaver, Pa None http://www.eswp.com/water/proceedin
SALLIE FISHER, GERARD OTTEN, Puricons, Inc., Berwyn, Pennsylvania None http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
EDGAR EIHACHI WATANABE, NELSON GASTALDO, Aquatec Quimica S. A., Sao Paulo, Brasil, JAMES TANIS, Aquatec Qu
None
JESSE S. BEECHER, Consultant, Drew Industrial Division, Ashland Chemical Co., http://www.eswp.com/water/proceedin
Armentano, J. A., Murphy, V. P. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control
A large upflow MUIR, Ecodyne Limited,Burlington, Ontario demineralizer, cycle Ph
bed‖ demineralizationhttp://www.eswp.com/water/proceedin
system was
PHILIP FATULA, Bayer Corporation, Pittsburgh, PA; FRED―packedUpflow packed bed, counter-currentcommissioned at the tim
Dow Chemical Canada Inc. discharge, zero operating a water petro-chemical comp
Zero has built and is blowdown, large re-use, water Saskat
http://www.eswp.com/water/proceedin
T.J. TVEDT, Jr., The Dow Chemical Company, Freeport, Texas, ROBERT STEWART, Dow Chemical Canada Inc., Ft. manage
CRAIG W. MYERS, Nalco Chemical Company, Naperville, Illinois None http://www.eswp.com/water/proceedin
LANNY WEIMER, WILLIAM HEINS, GE Water & Process Technologies, Bellevue, WA http://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
H. A. (HANK) MANN, Stanley Consultants, Inc., Muscatine, Iowa, JIM VOLK, Niagara Mohawk Power Corporation, Albany, New
Gross, P. W., Longo, J. F. http://www.eswp.com/water/proceedin
Boiler Corrosion and Control, Condensate Polishing,Ion Exc
Bechtel International Systems Inc., (Bechtel) OSAMA ABD reconstruction/ refurbis
GOMES GANAPATHI, PH.D., CHMM, LUKE SANTEE, JASSIM AJEEL, ALI GHAREEB, completed theAL KADIR, IMAD Refurb
Infrastructure, Reconstruction, HADI
USAID, Southern Iraq, http://www.eswp.com/water/proceedin
None
GARY GALIDA, Pennsylvania Department of Environmental Resources, Harrisburg Pennsylvania http://www.eswp.com/water/proceedin
STEPHEN J. ELMIGER, M. J. BELL, Babcock & Wilcox Company,None http://www.eswp.com/water/proceedin
Alliance, Ohio, C. S. WELTY, Electric Power Research Insti
L. F. WIRTH, Consultant, Midland, MI 48640 None http://www.eswp.com/water/proceedin
WILLIAM E. KATZ, Ionics, Incorporated, Watertown, Massachusetts None http://www.eswp.com/water/proceedin
DR. ROBERT KUNIN, Consultant, Yardley, Pennsylvania None http://www.eswp.com/water/proceedin
Blundon, M. h
Wastewater Treatment ttp://www.eswp.com/water/proceedin
None http://www.eswp.com/water/proceedin
R. W. PATTERSON, JAN STODOLA, D. SIDEY, D. MCNABB, Ontario Hydro, Toronto, Ontario, Canada, A. BANWEG, L. PAU
None
R. B. POND, Jr., Baltimore Gas & Electric Company, Baltimore, Maryland http://www.eswp.com/water/proceedin
LOUIS F. WIRTH, Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
None
MIKE MADDAGIRI, JAMES RIOS, Bechtel Power Corp., San Francisco, California http://www.eswp.com/water/proceedin
LOUIS F. WIRTH, Dow Chemical Company, Midland, Michigan None http://www.eswp.com/water/proceedin
The properties of water Orlando, FLconverge at the critical trisodium phosphate, co
and steam http://www.eswp.com/water/proceedin
JAMES C. BELLOWS, Siemens Westinghouse Power