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					ACTOR'S OBJECTIVES
Objectives
Stages of decision making process Scope of Application Aim of Application Name of the tool

Application fields and tool appereance
Addressed tool user Tool apperance 7 Audit (certificate); Guideline; Product/process information Audit (certificate); Catalogue; Guideline; Product/process information Computer assessment tool; Guideline

Number 1

2

3

4

5

6

1

Green housing A-Z (J)

The book contains check sheet for evaluation of basic environment perfomance , life cycle impact

all

2

ECDG (J)

Some charts, unofficial guide lines and check sheets are included in this brochure.

Public; Investor; User; Planner; Constructor

3

Assessed tool Japan BRI- LCA (J)

To calculate the energy consumption and CO2 emission in each life stage

Building designer; House designer; Researcher etc.

4

LEEDTM (USA)

LEED is a rating process awarding credits for each criteria met. Different levels of certification are awareded according to credits earned

Public; Investor; Researcher; Consultant

1

2

3
It performes calculations on a building's insulation values, heating and cooling performance, lighting and other energy use, then presents a low-energy alternative building.

4

5 Use Energy 10 in conjunction with a more general environmental design programm. It will give very accurate calculations of building uses after it is built.

6

7

5

Energy 10 (USA)

Investor; User; Planner; Constructor

CAD planning tool; CAD assessment tool; Guideline; Product/process information

6

Green Building Advisor (USA)

It uses artificial intelligence technology to supplement standard decision-making processes in facility design, construction and operations with current environmental data

GBA can be used, as described above, to plan a building design, or evaluate an existing design.

Investor; User; Planner; Constructor

CAD planning tool; Guideline; Product/process information

7

The purpose of BEES is to develop and implement a systematic methodology for BEES Building for selecting building products that Economic and Environmental achieve the most appropriate Sustainability (USA) balance between environmental and economic performance.
Model energy certificates and associated reference consumtion levels for single family houses, blocks of flats and office buildings.

All except Services enterprise during the period of use

CAD planning tool; CAD assessment tool

8

Energy certification for buildings (FIN)

Consumption levels for single family houses, blocks of flats and office buildings.

Public; Investor; User; (Planner; Constructor; Services)

Certification

9

BEE 1.0 (FIN)

It is used for accumulating the embodied energy and emissions from the production of building materials, energy consumption and emissions during use and amounts of construction waste from individual building designs.

Building and use of building.

Design: comparison of alternative designs, verification of compliance with targets

Designer; Constructor; Consultant

Computerised assessment tool

10

Ökoprofile (NOR)

It's a top down method used to assess existing office buildings and residentials (from 1999).

The results can be used in connection with sale and hire of office and residentials buildings. With some adjustments, the method can either be used as internal managment and guidance tool or/and a planning tool for new buildings.

Public; (Investor; User; Planner; Constructor; Services); Consultant

Guideline

1

2

3 It's a calculating tool on the basis of LCA. It can present ist results as input/output tables or as normalized and weighted potential environm. Effects as either detailed or profiles

4

5

6

7

11

SBI's LCA-Tool (Den)

It can be used during the preliminary design, the definite design and the design specifications.

Planner; Researcher; Consultant

CAD planning tool; assessment tool

CAD

12

Eco-Quantum (NL)

It's a calculating tool on the basis of LCA which serves actors in the building sector with quantitative information on the environmental impact of buildings as a whole: aim is to optimize environmental impact of a building

Optimization of the environmental impact of the building as a whole by chosing the best options from an environmental point of view within the context of that specific building

Architect (designer); Public; It can be used during the (Investor); Planner; User friendly interface: easy to preliminary design, the definite Researcher; Consultant; Local, use by architects and design and the design regional and national authorities specifications authorities

13

Eco-Instal (NL)

It's a software tool, which calculates the Optimization of the environmental impact integral environmental effect of a of the installations in a building by installation within ist civil construction. chosing the best options from an The environm. Analyses is based on LCA environmental point of view within the methodology context of that specific building

It can be used during the preliminary design, the definite design and the design specifications.

Public; Investor; Planner; Services

Product/process information

14

EQUER (F)

Indikation of environmental quality of buildings to various actors

Overall building performance

Can be used for all stages of decision making

all

CAD planning tool; assessment tool

CAD

15

TEAM (F)

Quantitative evaluation of the environmental performance of a building. Identification of the main sources of improvement and analyse of alternative solutions.

Overall building performance

It can help to improve the environmental performance at the building design stage; at Public; Researcher; Consultant the building operation stage and at the building end of life stage

CAD planning tool; CAD assessment tool; Product/process information

1

2

3 It allows to assess and follow the environmental performances of a building project all along the design stage.

4

5

6

7

16

ESCALE (F)

Overall building performance

It can be used during the following steps of design process: sketch and preliminary design (simplified models); detailed design and construction (detailed models).

Public; Investor; Planner; Researcher; Consultant

CAD assessment tool (under development)

17

PAPOOSE (F)

Assessment of environmental quality of a building

Overall building performance

It is made for the preliminary stages of a project design.

Public; Investor; Planner; Consultant

CAD planning tool; CAD assessment tool

18

EcoEffect (S)

To be able to compare elements, buildings, and real estates according to their environmental effects throughout a lifetime.

planning: Basis for programme; Giving measurable goals projection/production: Basis for alt. technical solutions; Management and control of projection; Building management: Basis for credit facilities, insurance etc; Basis for selling; Deklaration of environmental obligation including comparisons; Following up of environmental goals:

For now: researchers

For now: researchers

19

ecopro (GER)

It's a calculation tool to optimize the material mass-, the energyflows and the costs during a early planning process.

It can be used during preplanning; preliminary design and definite design.

Planner; Constructor; Researcher

CAD planning tool; CAD assessment tool; Catalogue

20

Legoe (GER)

Indikation of environmental quality of buildings to designers, connection of life cycle assessment and life cycle costing

Overall building performance

For stage "design" of decision making

Architect, resercher, consultant

design tool (full integrated in a CAD-solution) ; impact assessment tool; cost assessment tool

21

BREEAM (UK)

It provides a broad ranging assessment of the environmental impact of a building. Issues covered include those relating to the global, local and internal environments.

All versions relate to design stage assessments i.e. new build and refurbishment.

All exept Constructor

CAD assessment tool; Certification; Audit; Guideline

1

2

3 It provides LCA information for building materials, components and complete buildings based on data provided by UK manufactures.

4

5

6

7

22

EPCMB (UK)

It can be used to compare the environmental performance of different specifications for materials.

All exept Services enterprise during the period of use

CAD planning tool; CAD assessment tool; Guideline; Product/process information

23

E2000 (CH)

Assessment formula E2000 Öko-Bau-Standard allows a overall building performance in For stage "design" of decision rough ecologic assessment of its context making domestic building based on six E2000 Öko-Bau criteria

Architect, consultant

Not- computer-aided planning tool; Certification

24

OGIP (CH)

Software based on the BEK (building-element-catalogue of CRB) which enables the user to compare building projects regarding costs, external costs, UBP and energy.

overall building performance

Early stages. The principle constructions and dimensions must be known. About one or two weeks (one person) to complete the input (40 to 80 hours).

Public; Planner; Constructor; (Researcher); Consultant

CAD planning tool; Catalogue

25

SIA D0123 (CH)

Assessment catalogue concerning construction elements and construction materials

overall building performance

Project phase, the selection of construction elements is supported

Architect, consultant

catalogue (software)

26

Optimize (CAN)

Estimate the direct and indirect costs, weight, embodied energy and air emissions for buildings as built and over their life cycle.

Single twellings. Canadian data. Energy resource, materials, Indoor Air Quality, Emissions, Costs

Design concept; choice of materials

Researchers; specialist designers

Colorful forms and graphs generated from db.

APPROACH- Page I
Object of assessment
Live cycle stages (incl.) Object of evaluation Name of the tool

Employed assessment methods
Speacially developed Established methods Kind of Information

Required data input
Data Source /data basis

8

9

10 Building products; Building processes; Structural members/elements Single buildings; Services; Groups of buildings Building products; Building processes; Structural members/elements Single buildings; Services Building products; Building process; Structural members/elements; Single buildings; Service;

11 Preliminary stages; Building products; Construction; Operation; Maintenance of building; Demolition of building; Disposal Preliminary stages; Building products; Construction; Operation; Maintenance of building; Demolition of building; Disposal Materials and components; Assembling system on construction site; Building service; Renewal and renovation; Demolition;

12

13

14

15 LCA data for the various material for multi-storey dwelling is shown in the book example

16

Green housing A1 Z

LCA model is based on input output table

2

ECDG

3

Assessed tool Japan BRI- LCA

Direct calculation Building type and system for calculating scale; Building site energy consumption data; Building and CO2 emission in materials/components the process of building type and amount; materials and Demolition method; components Life style; Heat production. Direct insulator type; Facility

Data base used in the program are shown in the users’ manual.

4

LEEDTM

Design;

all except Servicing and attendance

Critical volumes; Toxicity equivalents

Criteria

Applications for certification (filed by owner) and construction documents

Reference

Number

8

9

10 Building products; Building processes; Structural members/elements Single buildings; Services Building products; Building processes; Structural members/elements Single buildings; Services

11

12

13

14

15

16

5

Energy 10

Preliminary stages; Manufacture of building products; Operation; Maintenance of building; Servicing and attendance

Building location, HVAC system, Square footage, number of stories, electrical rates, window number and location; building components: materials and insulation values

May be adjusted by user; impacts heating/cooling performance

6

Green Building Advisor

all

Basic building description; User determines which Qualitive, judgement of areas or systems they referenced experts want to focus on improving environmenally

Input in dialogue window

BEES (Building for
7
Economic and Environmental Sustainability) Single buildings

Preliminary stages; LCA-classification factors Manufacture of building method [Heijungs- 1992]; products; Maintenance Critical volumes; Toxicity equivalents; of building; Servicing Monetarization and attendance

ASTM life cycle cost LCC; Multiattribute Decision Analysis

Inventory flow items (raw materials, energy,water ...)

8

Energy certification for buildings

Single buildings

Operation

Volumetric information on the subjekt building; Envelope insulation level; Ventilation system and heat recovery characteristics; Heating system characteristics

Design documentation; building records

9

BEE 1.0

Single buildings; (Groups of buildings)

Preliminary stages; Building products; Construction; Operation; Maintenance of building

Standard LCA classification, no valuation

Energy consumption for heating; Electricity consumption in use; Amounts of building materials used for initial construction; Amounts of building materials for recurring production, reparations, alterations etc.

For operating energy calculations; Design documentation; "Educated guess"

10

Ökoprofile

Single buildings

Operation; Maintenance of building; Servicing and attendance

Energy and water consumptions; Technical systems; Indoor climate

Measurement, calculation, surveys and questionnaires

8

9

10 Building products and processes; Structural members/elements Single buildings; (Groups of buildings)

11

12

13 EDIP-method (like Heijungs but with normalization and weighting, and expanded to include more effects)

14

15

16

11

SBI's LCA-Tool

all except Manufacture of technical systems

Input/output (energy, materials, emissions to air, water and soil) data pr. unit of product, building element and building

12

Eco-Quantum

Single buildings and groups of buildings

all (preliminary stages, erection, operation, maintenance, use, demolition, disposal); servicing and use are included

LCA-classification factors method [Heijungs- 1992]

Land use module (hindrance) is to be included

Preliminary design: shape and Input values made by the dimensions, the quantities of a designer (same as used for limited number of building cost calculations), for services, components; Definite design: longevity and waste scenarios number, quantities and defaults are used (although dimensions of building these also can be adapted), elements; Specifications; LCA data are available Expected energy consumption

13

Eco-Instal

Structural members/ elements; Single buildings; Services; Groups and stocks of buildings

all; servicing and use are included

LCA-classification factors method [Heijungs- 1992]

The user of the tool specifies the amount of the materials of the various elements of a installation concept. The installation is predescribed in terms of components

LCA data are available in the data base of the tool

14

EQUER

Single buildings

Preliminary stages; Building products; Construction; Operation; Disposal

LCA-classification factors method [Heijungs- 1992]

Mass of solid waste; Volume of nuclear waste; Water consumtion; Primary energy

Building site data ; Preliminary design; Detailed design; Use of the building; Occupancy beh.

Data on site; Use of default buidings; Geometry inputs; Main Materials; Use and occupancy schedules

ETHZ Data base "Oekoinventare on building materials"; Idem CML

15

TEAM

Preliminary stages; LCA-classification factors Structural Building products; method [Heijungs- 1992]; members/elements Single Manufacture of technical Ecological scarcity; buildings; Services; Groups systems; Construction; Critical volumes;Toxicity of buildings Operation; Maintenance of equivalents; Eco-Indicator building; Disposal '95

No

Building description; amounts of building components; Operation; annual consumption; Maintenance: life time of the components and maintenance assumptions; End of life

Data basis: design of the architect or quotations

Main public data sources: ETH database, Buwal 250 database, Buwal 232 database

8

9

10

11
Preliminary stages; (Building products; Manufacture of technical systems; Construction: not yet implemented); Operation; Maintenance of building

12

13

14

15

16

16

ESCALE

Single buildings

LCA-classification factors method [Heijungs- 1992]; Critical volumes

Comfort indicators, local indicators; Qualitive indicators

Geometric description; site Technical files and drawings of characteristics; calculation of the project, provided by energy consumption, data on designers; data on site and infrastructures, basic infrastructures given by local technologic choices, product authorities, outputs of characteristics and properties; simulation tools (energy, assumption and scenarios on comfort) building use

Data base of energy: Oekoinventare (ETHZ)

17

PAPOOSE

Building products and CPC Consumption processes; Structural calculation-Daylighting members/elements all except Construction factor calculation-LCA Single buildings; Groups simplified method of buildings

Environmental indicators

Dimensions of the Data on site; Use of buildings Scenarios of default buildings; CEREN Data base for the buildings'uses; Geometry inputs; Main building materialsSpecifications of the Materials; Use and TRIBU building components occupancy schedules Building site data ; Preliminary design; Detailed design; Use of the building; Questionnaire on indoor environment; outdoor environment

18

EcoEffect

Single building, indoor environment and outdoor environment on real estate; life cycle cost

Preliminary stages; Building products; Operation; Disposal

EDIP method (Wenzel et al. 1997)

Natural resource consumption; Weightingsystem using AHP (ref.)

Data on site; EDIP, BUWAL, Int. Default material data; Statistics database and Energy use; Water others consumption;

19

ecopro

Structural Preliminary stages; members/elements Erection; (Operation); Single buildings; Groups Maintenance; Use; of buildings Demolition; Disposal

LCA-classification factors method [Heijungs- 1992]; Ecological scarcity; Toxicity equivalents; Monetarization

Climate influences, Using parameters, Technical standards, mass and energy flows, energy consumption and demand, LC of building components

20

Legoe

Single building

Preliminary stages; Building products; Construction; Operation; Disposal

collection of generally known evaluation methods, a individual (user- or problemoriented) selection is possible

Mass of solid waste; Kind of disposal; costs for operating and maintenance; evaluation of thermal comfort

Preliminary design and geometry data; Geometry inputs (CADselection of elements; system), elementszenario for use catalogue with (operating) and integrated data basis mainetance of the building;
Information on managment, energy, transport, health and wellbeing, water consumption, materials specification, pollution landuse and site ecology issues, Basic building form/construction and servicing

Öekodata Sirados element catalogue

Manufacture of building

21

BREEAM

Single buildings; Groups products; Erection; of buildings; Stocks of Operation; Maintenance; Servicing and attendance; buildings
Disposal

UK ECO-weightings

Design team/managment team/Design drawings; specifications or site survey for existing buildings; building manuals drawings/specifications or site survey for existing buildings

8

9

10

11 Preliminary stages; Manufacture of building products; Maintenance of building; Use; Demolition; Disposal

12

13

14

15

16

22

Environmental Profiles of Construction Materials, Components and Buildings

Building products; Structural members/elements

LCA-classification factors method [Heijungs- 1992]

Type of Material and Element

Databank

23

E2000

Single buildings; Groups Manufacture of building of buildings; Stocks of products; Erection of buildings building

Point system

24

OGIP

Structural members/elements Single buildings

Preliminary stages; (Manufacture of building products and technical systems); Erection; (Operation); Manintenance of building; Demolition; Disposal

Ecological scarcityEnvironment-loadingpoints-UBP; (MassIntensity per service unit-MIPS); Monetarization (external costs)

Input data: planning predicted energy parameters concerning consumption, main energy, materials, construction materials, building control building control systems, location of the systems, mobility, building; data basis for finances the assessment: inventories for energy Input data: planning parameters concerning the quantities of Quantities of construction elements construction elements and the energy in use (m2 of walls etc.) calculations (SIA 380/1 &4). Data basis for the assessment: inventory
Input data: planning parameters concerning the quantities of construction elements; data basis for the assessement: inventory data (see ref.) and data from declaration forms (SIA 493)

Schwarz, Oekologie im Bau, Entscheidungshilfen zur Beurteilung und Auswahl von Baumaterialien, 4., neu bearbeitete und erweiterte Auflage, Bern (etc.) : Haupt, 1998

Weibel et al., Ökoinventare und Wirkungsbilanzen von Baumaterialien, ETH ESU, ENET, Zürich, 1995; Frischknecht et al. Ökoinventare von Energiesystemen, ETH ESU, ENET, 3. Auflage, Zürich 1996

25

SIA D0123

CML impact categories for GWP, Acidification, quantitative: from primary energy use; Construction elements, cradle to gate; qualitative assessment materials qualitative: use phase, based on declaration disposal forms (SIA 493) and general information

Constructin elements, materials

Weibel et al., Ökoinventare und Wirkungsbilanzen von Baumaterialien, ETH ESU, ENET, Zürich, 1995; SIA, Deklarationsraster, SIA 493, Zürich, 1998

26

Optimize (CAN)

Single residential buildings.

all

LCA; full cost accounting

Quantity Take-off; Operating Energy; Location and Distances; Construction energy; ..... Rates

Stats. Canada for Input/Output data. Natural resources Canada; for fuel mix; means for costs

APPROACH- Page II
Environmental model
used Life cycle model; product model Employed limit and target values Main environmental issues Other used models 23 Name of the tool

Number

17

18

19

20

Scale

21

22

Green housing A1 Z

Life time of the model is not defined, but 45 years is used in case study of life cycle energy

2

ECDG

Period of lifetime of the building is not defined, but Value of exhausted Nox and from construction to demolition process of the Sox; Value of PAL and CEC building is included in the guide Period of the lifetime of the building is not defined, but from construction to demolition process of the building is included in the program. The user of the program can input the targeted lifetime.

3

Assessed tool Japan BRI- LCA

Energy consumption; CO2 emission

Regional/ Local

Relative comparison of different specifications can be made.

4

LEEDTM

all

Building materials-VOCcontent; Energy usage-EPA's Green Lights Program; Energy-California Title 24 lighting requirements; Energy efficient design requirements; IAQ guidelines for air quality

17

18

19

20

21

22

23

5

Energy 10

Resource depletion; Material and energy flow; Environmental loadings

Heating; Cooling; Daylighting

Built-in standards for what is a low-energy design

6

Green Building Advisor

all

Giving the user design ideas from database of 20 Emissions and toxic waste example buildings, standards are considered sustainable design methods and green building products

BEES (Building for
7
Economic and Environmental Sustainability) all

Buildings described by inventory flow items (more than 100 of these)

8

Energy certification for buildings

Material and energy flow

Energy consumption for space and water heating and HVAC auxiliries calculated for typical Finnish reference building

Energy model

9

BEE 1.0

Material and energy flow; global warming; audification, entropication

Global; regional; local

LCA: "Cradle to site"; Product:The building is simply modelled as an assembly of amounts of materials

None; targets must be set by the user.

Model for calculating operation/energy consumption.

10

Ökoprofile

Material and energy flow; Environmental loadings; Effects to the landscape; Effects to the human beings

Gobal; regional

Each parameter compared with an actual value

17

18

19

20

21

22

23

11

SBI's LCA-Tool

Resource depletion; Material and energy flow; Environmental loadings

The building is the product; it consists of building elements. The building elements consists of building components, which consist of building material

12

Eco-Quantum

Resource depletion; Material and energy flow; Environmental loadings

Global

The building is the product; it consists of building elements. The building elements consists of building components, which consist of building material

Eco-indicator ´95

13

Eco-Instal

Resource depletion; Material and energy flow; Environmental loadings

Global

The installation and the civil construction in order to maintain a specific degree of comfort.

14

EQUER

Resource depletion; Material and energy flow; Environmental loadings

Local; Global; Regional

LCA model with user defined live time for possible live cycle stages.

Results are presented relative compared to a reference

Link to a thermal simulation code (COMFIE)

15

TEAM

all except Effects to the landscape, indoor air quality and comfort

Local; Global; Regional

Classical LCA model (production of building element, construction, use and maintenance, and of life). The life time of the building and of the building elements can be defined by the user.

Results are presented compared to a reference

17

18

19

20

21

22

23

16

ESCALE

Th-C, DEL2, CPC for Resource depletion; Material The building is described Score 0 (limit): current practice energy consumption; and energy flow; Environmental through the description and the or regulation value; Score 5 COMETres for thermal loadings; Effects to the human Indoor, Local, Regional and physical features of its (target): best practice possible; beings (comfort and health), components, plus the energy Global comfort; MIXTE for lighting Energy and related impacts: maintenance; adaptability, and mass flows during the contextual parameters included and visual comfort; qualitive environmental managment operation phase check-lists

17

PAPOOSE

Resource depletion; Material The product model is the and energy flow; Environmental Indoor, Local, Regional and building or buildings made loadings; Effects to the human Global of components (windows, beings (indoor comfort and walls, roofings, coatings,...) health)

Results are presented relative compared to a reference

18

EcoEffect

ENERGY and MATERIAL Effect categories: Global warming, Ozon layer depletion Acidification, Eutrophication, Ground ozone; Waste categories; Nuclear waste, solid volume waste, hazardous waste, slag and ashes. Human toxicity Eco toxcicity Natural resource consumption INDOOR AND OUTDOOR; Health effects (in and out) and vegetation (out)

Global; Regional/local

EDIP

Results are presented relative compared to a reference after a weighting procedure.

Milticriteria analysis AHP

19

ecopro

Material and energy flow; Environmental loadings; Effects to flora and fauna: Effects to the human beings

The building will be descried by elements. The elements consists of building components, which are described by materials.

20

Legoe

Resource depletion; Material and energy flow; Environmental loadings, comfort and helth

Global; Regional; Local; Indoor

LCA model with user Results are presented defined live time for relative compared to a possible live cycle stages. reference or to target values

21

BREEAM

Resource depletion; Material and energy flow; Environmental loadings; Effects to flora and fauna; Effects to the human beings

The building is assessed by reviewing specific features and performance targets relating to environmental issues covered.

Assessment models

17

18

19 Resource depletion; Material and energy flow; Environmental loadings; Effects to flora and fauna; Effects to the human beings

20

21

22

23

22

Environmental Profiles of Construction Materials, Components and Buildings

LCA will assume 60 year life but this may be changed.

The project assumes estimates of actual service life for elements in UK Offices.

23

E2000

Resource depletion; Material and energy flow; Environmental loadings, biological criteria for materials

Global, regional, local

no LCA model is used

SIA 380/1 Energie im Hochbau; Energy Label "Energie 2000"

no

24

OGIP

Material and energy flow; Environmental loadings; Effects to flora and fauna

Global, regional, local

modelling of the building as for cost estimates: the building can be subdivided from whole construction groups to construction elements to materials, etc.

Results are presented relative compared to another variant after a weighting procedure.

Construction: machines, products; Refurbishment: based an average durations of construction-elements; Demolition

25

SIA D0123

Material and energy flow; Environmental loadings; Effects to flora and fauna, Effects on human health

Global, regional, local

modelling of the building as for cost estimates: the tool only treats the aspect of construction elements and materials

Results are presented relative compared to another variant after a weighting procedure.

Construction: machines, products; Refurbishment: based an average durations of construction-elements; Demolition

26

Optimize (CAN)

Energy use; solid waste; occupant health; air emissions relevant to global warming; ozone depletion; audification; smog

Global, regional

SETAC protocols

Healths welfare Canada guidelines for indoor air quality

RESULTS
Possible Results
Intended application Classification level Name of the tool Evaluation level Inventory level

Output Format

24

25

26

27

28

29

30

31

1

Green housing AZ

Data/Tables; Graphs;

2

ECDG

Data/Tables; Graphs;

3

Assessed tool Japan BRI- LCA

Energy use; CO2 emission

No classification

Direct values for energy consumption and CO2 emission

Comparison of existing buildings; Comparison of alternative technical solution

Environmental profiles

Data/Tables; Graphs

4

LEEDTM

Documents

Presentation

Aggregation

Number

24

25

26

27

28

29

30

31

5

Energy 10

Data input-calculations

Low-energy case

Data/Tables; Graphs

6

Green Building Advisor

Advice of experts, precedent building cases

Reports

BEES (Building for
7
Economic and Environmental Sustainability)

Charts and graphs of production processes, energy requirements, environmental performance

Numerical

Data/Tables; Graphs

8

Energy certification for buildings

Energy consumption

Documents

9

BEE 1.0

Primary energy use amount of construction waste

GWP; AP; POCP

Checking compliance with targets; comparing alternative designs.

As shown in 27 "classification level"

Data/Tables

10

Ökoprofile

Energy, water, (materials and land), temperature, emissions etc.

Individual environmental profiles for outdoor environment; resources ; indoor environment

Environmental status of existing buildings; comparison of existing buildings. To be used as basis for selling, maintenance, etc.

Data/Tables; Graphs; Reports

24

25

26

27

28

29

30

31

11

SBI's LCA-Tool

e.g. Resources, Energy, Emissions, Waste

EDIP-method

Data/Tables; Graphs

12

Eco-Quantum

Quantitities of materials, energy use

Idem CML

Four environmental indicators: Resources, Emissions, Energy, Waste

Optimization of the environmental impact of the building as a whole by chosing the best options, mainly for material alternatives, from an environmental point of view, within the context of that specific building and the specific application

Environmental profiles; Weighted environmental profiles (environmental indicators); Comparison with reference building (varying); Comparison with other situations (alternative material choices and energy use)

Data/Tables; Colorful graphs; Reports

13

Eco-Instal

Quantitities of materials, energy use

Idem CML

Four environmental indicators: Resources, Emissions, Energy, Waste

Optimization of the environmental impact of the installations of a building by chosing the best options, mainly for material alternatives, from an environmental point of view, within the context of that specific building and the specific application

Data/Tables; Graphs; Reports

14

EQUER

Water consumption; Radioactiste; Other solid waste; Primary energy

Idem CML

Effect oriented

Comparisation of alternative solutions; Design choices; Detailed data presentation; Data/Tables; Decision support; Key effect categories Graphs; Reports Poduct assessment

15

TEAM

Water consumption, Wood consumption, Particulate emissions, Chlorides emissions, Waste production

Resource depletion, greenhouse effect, etc.

Design choices; Critical volumes; EPS; EcoLCA impact categories and, Identification of sources of Indicator 95, etc. (if the user according to user's whishes, improvement; Comparison wants to apply one of them) valuation single score of alternative solutions

Data/Tables; Graphs; Reports

24

25

26

27

28 Effect oriented, in some cases it is not the result/effect which is assessed, but the implemented means

29

30 Aggregation by weighted sum for some elementary assessments, but no aggregation for the main results

31

16

ESCALE

Energy consumption, water consumption, airborne emissions, nuclear waste

1. Greenhouse effect (GWP), acid rains ( AP), energy resource depletion, local air pollution (air critical volumes) 2. Summer comfort ( maximum operative temperature) 3. Qualitative indicators

Comparison of variants (all along the design process); assessment of design choices in terms of performance regarding limit and target values; decision support (explanatory sub-profiles)

Data/Tables; Graphs; (Reports)

17

PAPOOSE

Resources; Energy, Emissions, Waste, Water , Acoustic Level; Daylighting factor

Comfort, Energy, Water, Resources

Effect oriented

Comparison of alternative solutions; Design choices; Decision support; Product assessment

Environmental indicators

Data/Tables; Graphs

18

EcoEffect

Energy use/nergy kind Water consumption Material use Indoor questionaires Measurements (radon, EMF, watertemp.)

Indivual environmental profiles for Energy*, Material*, Indoor environment, and outdoor environment. *Effect categories Cost index

Weighted environmental profiles

Environmental status of existing Weighted environmental buildings; Comparison of existing buildings; Comparison profiles of Environmental load alternative technical solutions; numbers and indexes To be used as basis for Assessments in relation to a insurance companies, selling of reference building property, credit facilities etc.

Data/Tables; Graphs; Reports

19

ecopro

The complete list is located The complete list is located in: Ökoinventare in: Ökoinventare Karsruhe/Weimar Karsruhe/Weimar

Data/Tables; Graphs

20

Legoe

energy and mass flow (building materials, building process), energy consumption (operating), water consumption

Idem CML and others

Effect oriented and others

Comparisation of alternative solutions; Design choices; Decision support;

Key effect categories and others; Detailed data presentation possible;

Reports, Documents

21

BREEAM

CO2 emissions (operation); CO2 emissions (transport); Nox emissions; water consumption; specification details; ecological value; ambient noise level

Managment; Health and Wellbeing; CO2; water economy; materials; land use; ecology; pollution

BREEAM Ratings Scale: Environmental Performance

Graphs; Documents; Reports

24

25

26

27 Climate Change; Acid Deposition; Ozone Depletion; Human Toxicity; Ecotoxicity; Fossil Fuel Depletion; Eutrophication; POCP; Dust pollution

28

29

30

31

22

Environmental Profiles of Construction Materials, Components and Buildings

Primary Energy; Delivered Energy; Fossil Fuel Depletion; Water Input and Output; Transport; Air Emissions; Emissions to Sewer; Emissions to Surface Water; Emissions to Landfill; Other solid emissions; Inputs; Products/Coproducts

Data/Tables

23

E2000

Energy use; Water consumption; material use, waste

Effect oriented

Aggregated to one indicator

Reports

24

OGIP

Energy use; Water consumption; material use, waste

some results are presented on a classification level (Energy in use, effect oriented categories)

Costs, Energy in use and embodied energy, Swiss Eco-points and effect oriented categories

optimisation of buildings in the design phase

aggregated to 6 indicators, 2 for costs, 2 for energy, 2 for environment

Data/Tables; Graphs

25

SIA 123

Energy use; Water consumption; material use, waste

For the categories Global Warming Potential, Acidification and Primary Energy Use Results are available

Effect oriented, declaration form, qualitative (descriptiv) assessment

optimisation of building components in the design phase

aggregated to 3 indicators and qualitative information

Date, tables and graphs ("one element one sheet")

26

Optimize (CAN)

Stages: Energy by type materials by weight, costs, VOCs

Solid costs.

Environmental accounting.

Optization of design; choices relative to life cycle environmental and cost criteria.

.... Weight, GJ

Tables; Graphs


				
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