Presentation on Carbon Footprinting and Carbon Credits - PDF

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					     Carbon F t i ti
     C b Footprinting &
     Offsetting for Existing
              g            g

Katherine Wagenschutz
April 11
A il 11, 2008

Drivers and Consequences of Climate
Motivations for Reducing Emissions
Calculating Carbon Emissions
Carbon Footprinting and LEED EB
Managing Emissions
Reporting Organizations
    Drivers of change

United Nations
 “…anthropogenic warming has had a
 discernable influence on many physical
 and biological systems…”

 Greenhouse gas emissions contribute to
 warmer temperatures, fewer cold days,
               p                        y
 increasing f             f
             frequency of warm spells and
 heat waves, expansion of drought,
 intensification of tropical storms rising
 sea levels…
                     Intergovernmental Panel on Climate Change (2007)
Source: Koblinsky 2006 ICLEI
Climate is Changing
Global Implications

New demands on the performance of
built environments
New considerations for the design and
operation of buildings and communities
 p                  g
New risks and liabilities for developers,
owners, and operators
  Motivations for Action

Public policy
Legal action
Public opinion
Standard of care
Potential regulation
  Global Warming Solutions
  A t (AB32)
Economy-wide cap on greenhouse gas
Enforceable emission reduction goals,
starting with 25% by 2020
       g            y
Bottom line: California has articulated a
state wide
state-wide goal for addressing climate
     Public Opinion

Sample of recent polling results (April 2007)
  Fox: 82% believe global warming exists
  Washington Post: 86% think global warming
  is a serious problem
  Gallup: 61% believe the Earth’s temperature
  has increased due to human activities
  CAP: 60% want immediate action
  CBS/NYT: 75% willing to pay more for
  renewable electricity
  Yale: 62% support more laws to enforce
  energy efficiency
       GHG Protocol

World Resource
Institute (WRI)
World Business Council
 o Susta ab e
for Sustainable
Emissions Inventory

 d    f
Identify sources
Set boundaries
Collect data and emission
Calculate emissions
Roll-up and report emissions
Take action

Repeat and track over time
  Carbon Footprint

Management support
Create a team
  Carbon Footprint

Organizational Boundary
Operational Boundary
Organizational Boundary
    Operational Boundary

Categorize emission causing activities
•   Building operations
•   Transportation
•   Construction
•   Indirect:
     •   Commuting
     •   Water
     •   Solid waste
     •          l
Emissions Calculated
    Direct Emissions

Scope 1
•   Combustion of fuel in boilers or furnaces
•   Generation of electricity or steam
•   Travel in company owned vehicles
            Indirect Emissions

Scope 2
•   Generation of purchased
     •   Electricity
     •   Steam
     •   Heat
    Indirect Emissions

Scope 3
•   Business travel/commuting in non-company
    owned vehicle
•   Production or manufacture of materials
•   Outsourced activities
•   Waste and recycling
      Emissions Calculated

Scope 1
  •   Direct emissions

Scope 2
  •   Indirect emissions/electricity

Scope 3
  •   Indirect emissions
    WRI Operational Boundary

Scope 1
Scope 2
•   Electricity
Scope 3
•   Air travel
•   Paper
•   Employee commuting
  Carbon Footprint

Direct Emissions
Indirect Emissions
Helpful Tools
    Tracking Emissions

Natural Gas & Electricity Use
•   Utility bills
•   Meter readings
Onsite Fuel Use
•   Track purchases
Company Vehicle
•   Track mileage
         Calculating Tenant Space

   area of
   space             total building       approximate
                 X     usage of       =   kWh used by
                      electricity            your
total building                            organization
       Calculating Tenant Space


10,000 f
10 000 sf    X   3,000,000
                 3 000 000 kWh   =   100 000 kWh
300,000 sf
    Scope 3 Emissions

Air Travel
•   Flight leg miles
•   Distance to work
•   Transportation used
•   Pounds purchased
  Carbon Footprint

Direct Emissions
Indirect Emissions

Activity       Emissions         CO2
           X               =
 data           factor         emissions
  Helpful Tools

GHG Protocol
Calculation Tools
                            Calculating Scope 1

Direct CO2 Emissions from Fuel Use in Facilities

        Color Key:              Standard label                Note: Grey colored cells are protected to prevent formulas being inadvertently
                                User entry cells              deleted. To unprotect the worksheet, select Protection from the Tools menu
                             Automatic calculation            followed b U
                                                              f ll             t t Sheet. No            d is
                                                                     d by Unprotect Sh t N password i required. i d

* Please ensure that emission factor units in column D are consistent with activity data units in column B.

                 Year: 2006
                                                   A               B*             C                 D*               E                F
           Source                          Quantity of fuel                 CO2 emission                      CO2 emissions CO2 emissions in
                            Fuel type                             Unit                        kg CO2 / unit
         description                         consumed                          factor                             in kg       metric tons
            PG&E           Natural Gas         59132.00         therms          5.31               5.31          314,036.8         314.04
                           Diesel Fuel          100.00            gals          10.15             10.15           1,015.3           1.02
        Company Car         Gasolene            333.00            gals           8.87                             2,955.1           2.96
                                                                                                                    0.0             0.00
                                                                                                                    0.0             0.00
                                                                                                                    00              0.00
                                                                                                                                    0 00

                                                                                            Step 4: Sum CO2 emissions:             318.01

Note: You can find emissions factors on the EFs_Fuels page.
                Calculating Scope 1

Natural gas emission f t
N t   l       i i factors

U.S. Energy Information Administration (EIA) Data
                            lbs CO2 / 1,000     kg CO2 / 100 cubic
       Fuel type                                                   kg CO2 / therm
                               cubic feet           feet (CCF)
       Methane                   116.38                 5.28               5.13
       Flare Gas                 133.76                 6.07               5.89
 Natural Gas (Pipeline)          120.59                 5.47               5.31
                 lbs       1,000       feet             U.S. EIA
Source: Data in "lbs CO2 / 1 000 cubic feet" units from U S EIA. Voluntary Reporting
of Greenhouse Gases Program, Emission Coefficients,
                       Calculating Scope 2
  di           i i     from Purchased Electricity
Indirect CO2 Emissions f        h   d l     i i

             Color Key                       User entry cells                 Note: Grey colored cells are protected to prevent formulas
                                          Automatic calculation               being inadvertently deleted. To unprotect the worksheet,
                                                                              select Protection from the Tools menu followed by Unprotect
                                                                              Sh t
* Please ensure that emission factor units in column B are consistant with activity data units in column A.

                          Year: 2006
                                            A*                     B*                      C
                                      Activity Data:
           Facility / source        Electricity, Heat,       CO2 emission     Indirect CO2 emissions in
             description              and/or Steam              factor               metric tons
                                                                                 C = A * B / 1,000,000

                                           kWh             grams CO2 / kWh          metric tons CO2
          Facility / source 1                                                            0.00
          Facility / source 2           4807900.00              364.94                 1,754.60
          Facility / source 9                                                            0.00
         F ilit / source 10
         Facility                                                                        0.00
                                                                                         0 00

                   Step 4: Sum CO2 emissions (in metric tons):                         1,754.60
NERC Region and eGRID Subregion Average Emission Factors: 1996-2000*

                      Calculating Scope 2
Use the map below to find your eGRID (or "powerpool") Subregion, then refer to the emissions factors below.
If you are unsure of your powerpool, use the EPA Power Profiler at:

                        eGRID         1996            1997            1998            1999
NERC Region/eGRID       Subregion lbs   grams   lbs     grams   lbs     grams   lbs     gram
Subregion               Acronym CO2/kWh CO2/kWh CO2/kWh CO2/kWh CO2/kWh CO2/kWh CO2/kWh CO2
ASCC                    ASCC            1.269     575.4     1.266      574.1       n/a       n/a       n/a
 ASCC Alaska Grid       AKGD              n/a       n/a       n/a        n/a     1.501     680.8     1.286
 ASCC Miscellaneous     AKMS              n/a       n/a       n/a        n/a     1.083     491.0     1.079
ECAR                    ECAR            2.001     907.8     1.973      895.0       n/a       n/a       n/a
 ECAR Michigan          ECMI              n/a       n/a       n/a        n/a     1.710     775.7     1.651
 ECAR Ohio Valley       ECOV              n/a       n/a       n/a        n/a     2.074     940.9     2.043
                       Calculating Scope 3

Air Travel - Calculation of Distance-Based Activity Data

      Color Key:           User entry cells   Note: Grey colored cells are protected to prevent formulas being inadvertently
                        Automatic Calculation deleted. To unprotect the worksheet, select Protection from the Tools menu followed
                                                     by Unprotect Sheet. No password is required.

                 Year: 2006
                                          Step 1.1                        Step 1.2                       Step 1.3
                                     A                     B                  C                 D           E            F
                                                                       Short? (0=Yes)         Short                     Long
                                                      Flight Leg                                          Medium
         Staff                Flight Leg Miles                        Medium? (1=Yes)        Flights                   Flights
                                                      Kilometers                                       Flights (kms)
                                                                       Long? (2=Yes)         (kms)                     (kms)
       Amy Smith                    200                  322                  0                322          0             0
        John Doe                    700                  1127                 1                 0          1127           0
       Sara Jones                  1500                  2414                 2                 0           0           2414
                                                           0                  0                 0            0            0
                                                           0                  0                 0            0            0
                                                           0                  0                 0            0            0

                                                                          Total kms           322         1,127        2,414
Calculating Scope 3
Calculating Scope 3
 2006 Carbon Emissions by Type

Vehicle Gas
                     Natural G and
                     N t    l Gas d

  Carbon Footprint

Reduction Opportunities
Absolute or Intensity
Decide on Target Level
        LEED EB Synergies

Operations &
    Sustainable Building
    Operations & Maintenance
    O     ti     M i t
Reduce Energy
Reduce Water
Use Recycled Content
Green Cleaning
Recycle Waste
Maximizing Resources
  LEED EB v2008

Released for public comment
Final released Greenbuild 2007
Moving away from design towards
    LEED EB Synergies

Alternative Transportation
•   Occupant Survey
Water Consumption
    LEED EB Synergies

EnergyStar Prerequisite
•   Natural Gas
•   Electricity
•   Other energy consumption
  LEED EB Synergies

Released September 14th h

 pp       g      p     g
Applies regional power grid
Select power generation plant
  Carbon Footprint
  LEED EB S      i

Reduce loads
Onsite generation
Green Power
    Reduce Loads

Energy Efficiency Best Management
Practices - Planning, Documenting and
Opportunity Assessment
•   Develop building operating plan
•   List of low and no-cost measures
•   Identify capital improvements
  Energy End Use

 Where is energy used?
Pumps &
 Fans       DHW          Lighting
  18%        1%            18%

    Capital Improvements

Start with building operating plan
•   Temperature set points
•   Operating hours
•   Lighting schedule
•   Lighting levels
•      g      g     gy
    Target high energy use items
    Existing Building Cx

Investigation & Analysis
•   Energy use breakdown
•   Operating problems impacting energy use
•   List capital improvements
•   Implement low or no cost improvements
Continuous Commissioning
•   2 year plan and implementation
            Energy Savings Potential

    Enhanced Monitoring

           Bldg Tune-Up

            Allocate costs

                Meter only

                             0     10   20   30    40   50
       ,                    p
Ab Ream, FEMP – Oct. 2003 report   % savings expected
   On site
   On-site Generation
Generate low or no GHG power on-site
LEED EB Synergy
  Renewable Energy Credits

RECs $4-$7 MWh
         y gy
LEED EB Synergy
      Off site
      Off-site Mitigation
Invest in energy efficiency in
existing local buildings
3 potential benefits:
•   Cost-effective mitigation (lots of low
    hanging fruit)
•   Easy to show results (real data)
•   Keeps investment local
  Organization Participation

Employee incentive for alternative
Regularly report emissions reduction
Departmental contests
Invest in employee energy upgrades
  Carbon Footprint

Report complete inventory
  Guiding Principles

  Report Emissions

Emissions reported in metric tons/tons
of CO2e
Chose base year and performance over
Description of emission reduction
Description of offset projects
California Climate Action
R i t
   •   CARROT
       Climate Action Registry Reporting
         Online Tool
Reporting Organizations
    Case Studies

Kaiser Permanente
•   Trip reduction program
•   Energy savings initiatives in 19 facilities
•   Total reduction of 17 millions pounds of

    Case Studies

Office Depot
•   Lighting retrofits to T5 lights
•   Installed high efficiency HVAC systems
•   Energy management system in stores
•   Achieved a 10.1% absolute reduction in CO2

    Case Studies

•   2 year plan to retrofit lighting at 148
    industrial and manufacturing warehouses.
•   Reduce yearly enterprise-wide energy
               i b           illi         d
    consumption by 210 million kWh and save
    $12.8 million in energy costs
•   155,700 f          t i tons of CO2 annually
    155 700 fewer metric t         f        ll

    g gp
www climateregistry org
Questions &
    Contact Information

CTG Energetics Inc.
Colorado Springs, CO
          p g ,
Katherine Wagenschutz
kw@ctgenergetics com

Description: Presentation on Carbon Footprinting and Carbon Credits document sample