Elitfönster Harmoni Inward opening window 2+1 kipp/dreh IKI-AL Kd Standard
Product description: Elitfönster Harmoni 2+1 – Inward opening kipp/dreh window (IKI-AL kd)
Elitfönster Harmoni Inward opening 2+1 Kd window is a window that can be opened both as a side-hung window and inward for ventilation. The casement consists of two connected sashes, the inner casement consists of wood with a mounted insulating glass with two glasses, the outer casement is made of aluminum with a simple float glass. The casement is attached to the frame via a fitting system that enables opening in the same way as a side-hung window and creates the opportunity for ventilation by angling the casement inwards.
According to the Construction Products Regulation CPR (EU) no. 305/2011, the essential properties of the product must be declared in the CE marking and the Declaration of Performance. The technical properties of the window are declared in the Declaration of Performance, DoP no. 40-29-CE3025201 which can be accessed on Elitfönster´s website.
Construction product declaration eBVD nr C-SE556007307301-29
General information
EPD Owner
Elitfönster AB
Registration number
EPD-IES-0031134:001
EPD type
EPD of a single product from a manufacturer/service provider
Status
Valid
Version date
2026-05-21
Validity date
2031-05-21
Standards conformance
ISO 14025:2006, EN 15804:2012+A2:2019/AC:2021
Geographical scope
Sweden
An EPD may be updated or depublished if conditions change. This is the latest version of the EPD.
Programme information
Programme
International EPD System
Address
EPD International AB
Box 210 60
SE-100 31 Stockholm
Sweden
CEN standard EN 15804 serves as the Core Product Category Rules (PCR)
Product Category Rules (PCR)
2019:14 Construction products (EN 15804+A2) (version 2.0.1) 2.0.1
PCR review was conducted by
The Technical Committee of the International EPD System. See www.environdec.com for a list of members.
Review chair: Rob Rouwette (chair), Noa Meron (co-chair). The review panel may be contacted via the Secretariat www.environdec.com/support.
Complementary Product Category Rules (c-PCR)
2019:14-c-PCR-007 Windows and doors (EN 17213) (c-PCR to PCR 2019:14) (1.0.1) 1.0.1
Version: 1.0.1
c-PCR review was conducted by
The Technical Committee of the International EPD System
Verification
Independent third-party verification of the declaration and data, according to ISO 14025:2006, via
Fully pre-verified EPD tool
Elitfönster EPD Tool - Miljögiraff, version 001
Third-party verifier, accountable for the tool and EPD verification
Viktor Hakkarainen, CHM Analytics AB
Approved by
The International EPD® System
*EPD Process Certification involves an accredited certification body certifying and periodically auditing the EPD process and conducting external and independent verification of EPDs that are regularly published. More information can be found in the General Programme Instructions on www.environdec.com.
Ownership and limitation on use of EPD
Limitations
EPDs within the same product category but published in different EPD programmes, may not be comparable. For two EPDs to be comparable, they shall be based on the same PCR (including the same first-digit version number) or be based on fully aligned PCRs or versions of PCRs; cover products with identical functions, technical performances and use (e.g. identical declared/functional units); have identical scope in terms of included life-cycle stages (unless the excluded life-cycle stage is demonstrated to be insignificant); apply identical impact assessment methods (including the same version of characterisation factors); and be valid at the time of comparison.
Ownership
The EPD Owner has the sole ownership, liability, and responsibility for the EPD.
Elitfönster AB is with its wide range of windows Sweden’s leading window manufacturer with Småland traditions since 1924. Elitfönster, which is part of Inwido Group, has approximately 800 employees and is represented throughout Sweden.
Organisation logo
Product information
Product name
Harmoni Inward opening window 2+1 kipp/dreh IKI-AL Kd Standard
Product identification
GTIN:
Product description
Product description: Elitfönster Harmoni 2+1 – Inward opening kipp/dreh window (IKI-AL kd)
Elitfönster Harmoni Inward opening 2+1 Kd window is a window that can be opened both as a side-hung window and inward for ventilation. The casement consists of two connected sashes, the inner casement consists of wood with a mounted insulating glass with two glasses, the outer casement is made of aluminum with a simple float glass. The casement is attached to the frame via a fitting system that enables opening in the same way as a side-hung window and creates the opportunity for ventilation by angling the casement inwards.
According to the Construction Products Regulation CPR (EU) no. 305/2011, the essential properties of the product must be declared in the CE marking and the Declaration of Performance. The technical properties of the window are declared in the Declaration of Performance, DoP no. 40-29-CE3025201 which can be accessed on Elitfönster´s website.
Construction product declaration eBVD nr C-SE556007307301-29
Technical purpose of product
The technical purpose of a window is to let in daylight and provide outdoor visibility while keeping the building insulated and airtight. It is designed to handle weather, loads, and normal use without losing its function.
Manufacturing or service provision description
Pine wood raw material is supplied by FSC-labeled and/or PEFC-labeled suppliers who laminate and finger-joint the wood raw material. The wood is cut and planed, processed and finished at Elitfönsters premises in Vetlanda. The finished wood details are treated with Flowcoat and surface-treated with a water-based paint system. Insulating glass is manufactured in Elitfönsters own window factory IGF in Lenhovda or purchased from Pressglas or Pilkington in Poland.
When IGF manufactures insulating glass, glass is cut from Europes largest suppliers of flat glass, spacers are cut and bent, and they are filled with desiccant, after which they are sealed. The insulating glass is then assembled in an assembly line, after which it is sealed with edge sealing compound and packaged on returnable pallets.
The glass is assembled into the product at Elitfönsters manufacturing unit in Vetlanda. Aluminum profiles are delivered by Hydro Extrusion in Vetlanda, they are powder coated at A-Lackering in Sävsjö and processed and finally assembled at Elitfönsters premises in Vetlanda.
The finished windows are packaged on a pallet with plywood ribs and cardboard corners and wrapped in shrink plastic. The windows are transported on a pallet by truck to the customer.
Material properties
Area density: 38.323 kg/m2
Thickness: 0.115 m
Area density: 38.323 kg/m2
Thickness: 0.115 m
Manufacturing site
Elitfönster AB
Sweden
Vetlanda
57438
Brogårdsgatan 1
UN CPC code
42120. Doors, windows and their frames and thresholds for doors, of iron, steel or aluminium
Geographical scope
Sweden
Geographical scope description
The product is manufactured in Sweden using raw materials that are sourced from Sweden and other parts of Europe.
Actual or technical lifespan
50 year(s)
Product images
Technical characteristics and performance
c-PCR-007: Windows and doors
Product name
Dimensions
Harmoni Inward opening window 2+1 kipp/dreh IKI-AL Kd Standard
1230 x 1480
Technical performance
Product name
DoP nr
Building product declaration (eBVD) documentnumber
Comment
Harmoni Inward opening window 2+1 kipp/dreh IKI-AL Kd Standard
40-29-CE3025203
C-SE556007307301-95
Technical performance data is available on Elitfönster's website using the DoP and eBVD numbers
Content declaration
Hazardous and toxic substances
The product does not contain any substances from the SVHC candidate list in concentrations exceeding 0.1% of its weight.
Product content
Content name
Mass, kg
Post-consumer recycled material, mass-% of product
Biogenic material, mass-% of product
Biogenic material1, kg C/product
Insulated glass unit
14.876
0
0
0
Pine
9.723
0
25.3
4.5
Flat glass uncoated
7.529
0
0
0
Aluminium
2.855
1
0
0
Fittings - steel
1.61
0
0
0
Rubber EPDM
0.459
0
0
0
Miscellaneous Plastics
0.316
0
0
0
Surface treatment primer
0.196
0
0
0
Rubber TPE
0.195
0
0
0
Joint and sealant compounds
0.147
0
0
0
Surface treatment top coat
0.141
0
0
0
Fittings - aluminum
0.134
0
0
0
Powder coating aluminum
0.11
0
0
0
Adhesive
0.021
0
0
0
Fittings - plastic
0.007
0
0
0
Flowcoat wood protection
0.004
0
0
0
Total
38.323
1
25.3
4.5
Note 1
1 kg biogenic carbon is equivalent to 44/12 kg of CO2
Packaging materials
Material name
Mass, kg
Mass-% (versus the product)
Biogenic material1, kg C/product
Pallet (wood)
1.428
3.7
0.6
Plywood
0.197
0.5
0.1
Edge protection In cardboard
0.104
0.3
0
Plastic film top cover
0.034
0.1
0
Cardboard corners
0.031
0.1
0
Plastic film
0.027
0.1
0
Screws
0.009
0
0
Total
1.83
4.8
0.7
Note 1
1 kg biogenic carbon is equivalent to 44/12 kg of CO2
LCA information
EPD based on declared or functional unit
Functional unit
Functional unit description
The functional unit is 1 m2 of product used during the RSL of 50 years
Are infrastructure or capital goods included in any upstream, core or downstream processes?
Do infrastructure and capital goods contribute more than 10% to the A1-A3 (A1-A5 for services) results of any environmental impact indicator declared in the EPD?
Additional information about the underlying LCA-based information
All site-specific data is collected from the year 2024
Version of the EN 15804 reference package
EF Reference Package 3.1
Characterisation methods
The LCIA method follows the standard for Construction Products EN 15804:2012+A2:2019/AC:2021. EN 15804:2012+A2:2019/AC:2021 uses the impact categories and characterization factors of the LCIA methods used in Environmental Footprint 3.1 (EF 3.1), with the only difference that biogenic carbon dioxide uptake is calculated as -1 and biogenic carbon dioxide emissions as +1, where EF 3.1 calculates this as 0 and 0, respectively. GWP-GHG is calculated using IPCC 2021 GWP100
Technology description including background system
A1-A3: Rough-planed, laminated and finger-jointed timber in custom sizes is supplied by FSC-certified suppliers. The timber is cut and planed, processed and finished at Elitfönster’s premises in Vetlanda. The finished wooden details are treated with Flowcoat and surface-treated with a water-based paint system. Insulating glass is manufactured in Elitfönster’s own insulation glass unit factory IGF in Lenhovda or purchased from Pressglas and Pilkington in Poland. When IGF manufactures insulating glass, glass is cut from Europe’s largest suppliers of flat glass, spacers are cut and bent, and they are filled with desiccant, after which they are sealed. The insulating glass is then assembled in an assembly line, after which it is sealed with edge sealing compound and packaged on returnable pallets. The glass is assembled into the product at Elitfönster’s manufacturing unit in Vetlanda. Aluminum profiles are delivered by Hydro Extrusion in Vetlanda, they are powder coated at A-lackering in Sävsjö and processed and finally assembled at Elitfönster’s premises in Vetlanda. The finished windows are packaged on a pallet with plywood ribs and cardboard corners and wrapped in shrink plastic. The windows are transported on a pallet by truck to the customer. Electricity is certified hydro power electricity with a carbon footprint (GWP-GHG) of 0,01 kg CO2-eq/kWh. The heat mainly comes from own combustion of wood waste created during production and a smaller share comes from district heating.
In total, around 15-20% of the total incoming raw materials become production waste. A large part of the waste is wood.
A4-A5: All the finished products are loaded onto a truck, which is then transported a transport distance of 307,66 km within Sweden. The transport distance is based on an average distance for shipments reported by Schenker in 2024 if not a project specific distance is used.
For the end-of-life treatment of the packaging, the plastic materials are assumed to be incinerated while cardboard is assumed to be recycled 75% and incinerated 25%. The wood packaging is assumed to be incinerated.[
B1-B5: No impact is expected to occur for modules B1, B3, B5, B6 and B7. For B2, cleaning consumables and lubrication has been added for the products lifetime.
To comply with EN 17213, a change of insulating glass unit (IGU) has been added after 31 years for module B4.
During usage, no indoor emissions arise.
C1-C4: Modules C1–C4 were modelled according to the default end-of-life modelling approach in PCR 2019:14 (Table 4), meaning that the predefined default values were applied for demolition/deconstruction, transport, sorting and final waste treatment. The end-of-life waste scenario was based on EN 17213 default statistics, including material-specific shares of recycling, incineration and landfilling. The applied shares were: steel 95% recycling / 0% incineration / 5% landfilling, wood 0% recycling / 95% incineration / 5% landfilling, glass 30% recycling / 0% incineration / 70% landfilling, aluminium 95% recycling / 0% incineration / 5% landfilling, plastic 0% recycling / 95% incineration / 5% landfilling, and rubber 0% recycling / 95% incineration / 5% landfilling. All waste outputs were conservatively assumed to be transported to a sorting facility and mechanically sorted before being sent to the respective final treatment route.
Less than 10% of the GWP-GHG results in modules A1-A3 come from scrap inputs
Data quality assessment
Description of data quality assessment and reference years
The EPD is based on data collected by Elitfönstret from their production site in Vetlanda, Sweden. The EPD is representative of the production of the declared product . The use and end-of-life stage of the EPD covers a swedish scenario. The EPD uses background data from the Ecoinvent database v3.11, 2025, and EPD data for the specific primary input material used. The quality of the relevant data used for the EPD in terms of its time, geography and technology representativeness using EN 15804:2012+A2:2019, Annex E, E1 is mostly very good or good, with one temporally fair dataset. Data collection period of primary data for manufacturing was in 2024.
Data quality assessment
Process name
Source type
Source
Reference year
Data category
Share of primary data, of GWP-GHG results for A1-A3
[ElitF] Insulating glass unit IGU 2-glass 4-16Ar-S(3)4 TGI IGF SE
Collected data
EPD owner, collected site-specific primary data combined with EPD data and data from ecoinvent
2024
Primary data
13.01%
[Elitf] Single float glass GFAB - Modelled based on IGF
Representative secondary data
No primary data was available from the external isolating glass supplier. Site-specific primary data from a very similar manufacturing process of the EPD owner’s own production, combined with EPD data and ecoinvent, was therefore used as data due to comparable regional conditions.
2024
Secondary data
0%
[EPD] Insulating glass unit double PRESS GLASS Poland EPD-MIG-GB-61.0
EPD
[EPD] Insulating glass unit double PRESS GLASS Poland EPD-MIG-GB-61.0
2023
Primary data
3.35%
Other primary data processes (<10 % GWP-GHG, A1–A3)
Collected data combined with background data or EPD data from suppliers
EPD owner and suppliers
Mixed
Primary data
27.08%
Total share of primary data, of GWP-GHG results for A1-A3
43.44%
The share of primary data is calculated based on GWP-GHG results. It is a simplified indicator for data quality that supports the use of more primary data to increase the representativeness of and comparability between EPDs. Note that the indicator does not capture all relevant aspects of data quality and is not comparable across product categories.
Comment on the data sources and other information in the table
The table presents all processes within modules A1–A3 that individually contribute more than 10% of the total GWP-GHG impact, for both primary and secondary data. The aggregated entry ‘Other primary data processes (<10 % GWP-GHG, A1–A3)’ includes all remaining processes based on primary (specific) data with individual contributions below the 10% threshold. The share of primary data is associated with uncertainty, as EPDs used as data sources lack information on the share of primary data.
Electricity data
Electricity used in the manufacturing process in A3 (A5 for services)
Type of electricity mix
Specific electricity mix as generated, or purchased from an electricity supplier, demonstrated by a contractual instrument
Energy sources
Hydro
100%
Wind
0%
Solar
0%
Biomass
0%
Geothermal
0%
Waste
0%
Nuclear
0%
Natural gas
0%
Coal
0%
Oil
0%
Peat
0%
Other
0%
GWP-GHG intensity (kg CO2 eq./kWh)
0.01 kg CO2 eq./kWh
System boundary
Description of the system boundary
c) Cradle to grave and module D (A + B + C + D).
Excluded modules
No, there is no excluded module, or there are no excluded modules
Declared modules
Product stage
Construction process stage
Use stage
End of life stage
Beyond product life cycle
Raw material supply
Transport
Manufacturing
Transport to site
Construction installation
Use
Maintenance
Repair
Replacement
Refurbishment
Operational energy use
Operational water use
De-construction demolition
Transport
Waste processing
Disposal
Reuse-Recovery-Recycling-potential
Module
A1
A2
A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
Modules declared
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Geography
Europe
Europe
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Sweden
Share of specific data
43.44%
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Variation - products
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Variation - sites
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Disclaimer
The share of specific/primary data and both variations (products and sites) refer to GWP-GHG results only.
Process flow diagram(s) related images
Default scenario
Name of the default scenario
Default scenario
Description of the default scenario
In the default modelling of the end of life of the product, default values provided by PCR 2019:14 v.2.0.1 were used for demolition/deconstruction (C1) as no primary data were available or specified by the c-PCR. Default values for transport distances to waste treatment was also use, 80 km (non-incinerated) and 130 km (incinerated). Material distribution between recycling, incineration, and landfill follows Annex B, B.3, Figure B.1 in EN 17213.
Module A4: Transport to the building site
Explanatory name of the default scenario in module A4
A4 default
Brief description of the default scenario in module A4
Description of the default scenario in module A4
All the finished products are loaded onto a truck, which is then transported a transport distance of 307.66 km within Sweden.
Module A5: Installation in the building
Explanatory name of the default scenario in module A5
A5 default
Brief description of the default scenario in module A5
Description of the default scenario in module A5
The plastic packaging materials are assumed to be incinerated while cardboard is assumed to be recycled 75% and incinerated 25%. The wood packaging is assumed to be incinerated. Other impacts during the installation phase is assumed to be negligible
Module B1: Use
Explanatory name of the default scenario in module B1
B1 default
Brief description of the default scenario in module B1
Description of the default scenario in module B1
No activities or impacts expected
Module B2: Maintenance
Explanatory name of the default scenario in module B2
B2 default
Brief description of the default scenario in module B2
Description of the default scenario in module B2
Cleaning consumables and lubrication has been added for the product's lifetime.
Module B3: Repair
Explanatory name of the default scenario in module B3
B3 default
Brief description of the default scenario in module B3
Description of the default scenario in module B3
No activities or impacts expected
Module B4: Replacement
Explanatory name of the default scenario in module B4
B4 default
Brief description of the default scenario in module B4
Description of the default scenario in module B4
To comply with EN 17213, a change of insulating glassunit (IGU) is added after 31 years for module B4. However, due to the enhanced durability of an aluminium clad window’s physical properties such a change of IGU is likely not needed
Module B5: Refurbishment
Explanatory name of the default scenario in module B5
B5 default
Brief description of the default scenario in module B5
Description of the default scenario in module B5
No activities or impacts expected
Module B6: Operational energy use
Explanatory name of the default scenario in module B6
B6 default
Brief description of the default scenario in module B6
Description of the default scenario in module B6
No activities or impacts expected
Module B7: Operational water use
Explanatory name of the default scenario in module B7
B7 default
Brief description of the default scenario in module B7
Description of the default scenario in module B7
No activities or impacts expected
Module C: End-of-life
Explanatory name of the default scenario in module C
Module C1-C4 default
Brief description of the default scenario in module C
Description of the default scenario in module C
For the end of life of the product, default values provided by PCR 2019:14 v.2.0.1 were used for demolition/deconstruction (C1) as no primary data were available or specified by the c-PCR. Default values for transport distances to waste treatment was also use, 80 km (non-incinerated) and 130 km (incinerated). Material distribution between recycling, incineration, and landfill follows Annex B, B.3, Figure B.1 in EN 17213.
Module D: Beyond product life cycle
Explanatory name of the default scenario in module D
D default
Brief description of the default scenario in module D
Description of the default scenario in module D
Module D accounts for the potential benefits and loads beyond the system boundary resulting from material recycling and energy recovery at the end of life. These benefits were modelled according to the approach specified in the PCR. Recycled materials are assumed to substitute corresponding primary materials, while energy recovered from incineration is assumed to substitute average marginal energy production, in accordance with the PCR. The amounts of recyclable materials and energy recovery are based on the same end-of-life scenario and material distribution as applied in modules C3–C4.
Additional scenario 1
Name of the additional scenario
100% recycling
Description of the additional scenario
100% Recycling Scenario for modules A5, C1-C4 & D
Module A4: Transport to the building site
Module A4 information
Value
Unit
Difference from default scenario
No difference
Module A5: Installation in the building
Module A5 information
Value
Unit
Difference from default scenario
All packaging materials are assumed to be sent to 100% recycling
Module B1: Use
Module B1 information
Value
Unit
Difference from default scenario
No difference
Module B2: Maintenance
Module B2 information
Value
Unit
Difference from default scenario
No difference
Module B3: Repair
Module B3 information
Value
Unit
Difference from default scenario
No difference
Module B4: Replacement
Module B4 information
Value
Unit
Difference from default scenario
All replaced IGU materials are assumed to be sent to 100% recycling
Module B5: Refurbishment
Module B5 information
Value
Unit
Difference from default scenario
No difference
Module B6: Operational energy use
Module B6 information
Value
Unit
Difference from default scenario
No difference
Module B7: Operational water use
Module B7 information
Value
Unit
Difference from default scenario
No difference
Module C: End-of-life
Module C information
Value
Unit
Difference from default scenario
All materials in the product are assumed to be sent to 100% recycling in the end-of-life
Module D: Beyond product life cycle
Module D information
Value
Unit
Difference from default scenario
All materials in the product are assumed to be sent to 100% recycling in the end-of-life
Additional scenario 2
Name of the additional scenario
100% incineration
Description of the additional scenario
100% incineration Scenario for modules A5, C1-C4 & D
Module A4: Transport to the building site
Module A4 information
Value
Unit
Difference from default scenario
No difference
Module A5: Installation in the building
Module A5 information
Value
Unit
Difference from default scenario
All packaging materials are assumed to be sent to 100% incineration
Module B1: Use
Module B1 information
Value
Unit
Difference from default scenario
No difference
Module B2: Maintenance
Module B2 information
Value
Unit
Difference from default scenario
No difference
Module B3: Repair
Module B3 information
Value
Unit
Difference from default scenario
No difference
Module B4: Replacement
Module B4 information
Value
Unit
Difference from default scenario
All replaced IGU materials are assumed to be sent to 100% incineration
Module B5: Refurbishment
Module B5 information
Value
Unit
Difference from default scenario
No difference
Module B6: Operational energy use
Module B6 information
Value
Unit
Difference from default scenario
No difference
Module B7: Operational water use
Module B7 information
Value
Unit
Difference from default scenario
No difference
Module C: End-of-life
Module C information
Value
Unit
Difference from default scenario
All materials in the product are assumed to be sent to 100% incineration in the end-of-life
Module D: Beyond product life cycle
Module D information
Value
Unit
Difference from default scenario
All materials in the product are assumed to be sent to 100% incineration in the end-of-life
Additional scenario 3
Name of the additional scenario
100% landfill
Description of the additional scenario
100% landfill Scenario for modules A5, C1-C4 & D
Module A4: Transport to the building site
Module A4 information
Value
Unit
Difference from default scenario
No difference
Module A5: Installation in the building
Module A5 information
Value
Unit
Difference from default scenario
All packaging materials are assumed to be sent to 100% landfill
Module B1: Use
Module B1 information
Value
Unit
Difference from default scenario
No difference
Module B2: Maintenance
Module B2 information
Value
Unit
Difference from default scenario
No difference
Module B3: Repair
Module B3 information
Value
Unit
Difference from default scenario
No difference
Module B4: Replacement
Module B4 information
Value
Unit
Difference from default scenario
All replaced IGU materials are assumed to be sent to 100% landfill
Module B5: Refurbishment
Module B5 information
Value
Unit
Difference from default scenario
No difference
Module B6: Operational energy use
Module B6 information
Value
Unit
Difference from default scenario
No difference
Module B7: Operational water use
Module B7 information
Value
Unit
Difference from default scenario
No difference
Module C: End-of-life
Module C information
Value
Unit
Difference from default scenario
All materials in the product are assumed to be sent to 100% landfill in the end-of-life
Module D: Beyond product life cycle
Module D information
Value
Unit
Difference from default scenario
All materials in the product are assumed to be sent to 100% landfill in the end-of-life
Environmental performance
The estimated impact results are only relative statements, which do not indicate the endpoints of the impact categories, exceeding threshold values, safety margins and/or risks.
Mandatory environmental performance indicators according to EN 15804
Impact category
Indicator
Unit
A1-A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
Climate change - total
GWP-total
kg CO2 eq.
4.83E+1
2.35E+0
3.02E+0
0.00E+0
1.86E+0
0.00E+0
3.49E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
6.87E-1
2.09E+1
1.44E-1
-1.39E+1
Climate change - fossil
GWP-fossil
kg CO2 eq.
6.72E+1
2.35E+0
2.08E-1
0.00E+0
1.73E+0
0.00E+0
3.48E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
6.87E-1
4.36E+0
1.14E-1
-1.35E+1
Climate change - biogenic
GWP-biogenic
kg CO2 eq.
-1.93E+1
4.95E-4
2.81E+0
0.00E+0
3.79E-3
0.00E+0
1.47E-3
0.00E+0
0.00E+0
0.00E+0
1.70E-6
1.45E-4
1.65E+1
2.97E-2
-9.19E-2
Climate change - land use and land-use change
GWP-luluc
kg CO2 eq.
4.02E-1
7.86E-4
3.43E-5
0.00E+0
1.26E-1
0.00E+0
9.54E-2
0.00E+0
0.00E+0
0.00E+0
1.59E-6
2.30E-4
3.50E-4
2.22E-5
-3.46E-1
Ozone depletion
ODP
kg CFC-11 eq.
3.30E-6
5.13E-8
1.36E-9
0.00E+0
5.01E-8
0.00E+0
1.50E-6
0.00E+0
0.00E+0
0.00E+0
2.27E-10
1.50E-8
3.80E-9
3.49E-9
-2.59E-7
Acidification
AP
mol H+ eq.
3.86E-1
7.54E-3
4.72E-4
0.00E+0
1.14E-2
0.00E+0
2.33E-1
0.00E+0
0.00E+0
0.00E+0
1.37E-4
2.20E-3
2.77E-3
7.36E-4
-7.86E-2
Eutrophication aquatic freshwater
EP-freshwater
kg P eq.
6.36E-3
1.60E-4
1.21E-5
0.00E+0
5.67E-4
0.00E+0
2.56E-3
0.00E+0
0.00E+0
0.00E+0
4.92E-7
4.69E-5
6.07E-5
1.31E-5
-6.40E-3
Eutrophication aquatic marine
EP-marine
kg N eq.
8.41E-2
2.54E-3
2.52E-4
0.00E+0
3.60E-3
0.00E+0
4.81E-2
0.00E+0
0.00E+0
0.00E+0
6.35E-5
7.42E-4
1.44E-3
4.76E-4
-1.48E-2
Eutrophication terrestrial
EP-terrestrial
mol N eq.
9.28E-1
2.76E-2
2.22E-3
0.00E+0
2.48E-2
0.00E+0
5.83E-1
0.00E+0
0.00E+0
0.00E+0
6.96E-4
8.07E-3
1.40E-2
3.43E-3
-1.65E-1
Photochemical ozone formation
POCP
kg NMVOC eq.
2.70E-1
1.14E-2
6.53E-4
0.00E+0
1.02E-2
0.00E+0
1.44E-1
0.00E+0
0.00E+0
0.00E+0
2.08E-4
3.34E-3
3.63E-3
1.25E-3
-5.20E-2
Depletion of abiotic resources - minerals and metals
ADP-minerals&metals1, 2
kg Sb eq.
5.00E+1
7.92E-6
1.94E-7
0.00E+0
1.80E-5
0.00E+0
3.38E-4
0.00E+0
0.00E+0
0.00E+0
5.45E-9
2.32E-6
4.39E-7
1.39E-7
9.37E-5
Depletion of abiotic resources - fossil fuels
ADP-fossil1
MJ, net calorific value
7.45E+2
2.62E+0
1.11E-1
0.00E+0
8.60E+0
0.00E+0
4.46E+2
0.00E+0
0.00E+0
0.00E+0
7.74E-3
7.66E-1
7.30E-1
1.24E-1
-2.55E+2
Water use
WDP1
m3 world eq. deprived
4.42E+1
1.68E-1
9.76E-3
0.00E+0
2.08E+0
0.00E+0
1.26E+1
0.00E+0
0.00E+0
0.00E+0
5.76E-4
4.91E-2
2.80E-1
2.08E-2
-2.09E+1
Acronyms
GWP-fossil = Global Warming Potential fossil fuels; GWP-biogenic = Global Warming Potential biogenic; GWP-luluc = Global Warming Potential land use and land use change; ODP = Depletion potential of the stratospheric ozone layer; AP = Acidification potential, Accumulated Exceedance; EP-freshwater = Eutrophication potential, fraction of nutrients reaching freshwater end compartment; EP-marine = Eutrophication potential, fraction of nutrients reaching marine end compartment; EP-terrestrial = Eutrophication potential, Accumulated Exceedance; POCP = Formation potential of tropospheric ozone; ADP-minerals&metals = Abiotic depletion potential for non-fossil resources; ADP-fossil = Abiotic depletion for fossil resources potential; WDP = Water (user) deprivation potential, deprivation-weighted water consumption
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Disclaimer 1
The results of this environmental impact indicator shall be used with care as the uncertainties of these results are high or as there is limited experience with the indicator
Disclaimer 2
The results of the impact categories abiotic depletion of minerals and metals may be highly uncertain in LCAs that include capital goods/infrastructure in generic datasets, in case infrastructure/capital goods contribute greatly to the total results. This is because the LCI data of infrastructure/capital goods used to quantify these indicators in currently available generic datasets sometimes lack temporal, technological and geographical representativeness. Caution should be exercised when using the results of these indicators for decision-making purposes.
GWP-GHG = Global warming potential greenhouse gas.
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Disclaimer 1
The GWP-GHG indicator is termed GWP-IOBC/GHG in the ILCD+EPD+ data format. The indicator accounts for all greenhouse gases except biogenic carbon dioxide uptake and emissions and biogenic carbon stored in the product. As such, the indicator is identical to GWP-total except that the CF for biogenic CO2 is set to zero.
Additional voluntary environmental performance indicators according to EN 15804
Impact category
Indicator
Unit
A1-A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
Particulate matter emissions
PM
Disease incidence
6.63E-6
1.52E-7
7.06E-9
0.00E+0
1.19E-7
0.00E+0
3.31E-6
0.00E+0
0.00E+0
0.00E+0
3.85E-9
4.45E-8
3.50E-8
1.80E-8
-1.14E-6
Ionizing radiation - human health
IRP1
kBq U235 eq.
3.30E+0
3.97E-2
2.54E-3
0.00E+0
9.78E-2
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
8.47E-5
1.16E-2
3.21E-2
2.75E-3
-1.40E+1
Eco-toxicity - freshwater
ETP-fw2, 3
CTUe
7.67E+2
4.42E+0
6.11E-1
0.00E+0
2.15E+1
0.00E+0
5.56E+2
0.00E+0
0.00E+0
0.00E+0
1.08E-2
1.29E+0
8.99E+0
9.84E-1
-5.67E+1
Human toxicity - cancer effects
HTP-c2, 3
CTUh
4.06E-7
3.99E-10
5.33E-11
0.00E+0
1.99E-9
0.00E+0
2.39E-7
0.00E+0
0.00E+0
0.00E+0
1.55E-12
1.17E-10
3.67E-10
1.72E-11
-2.33E-8
Human toxicity - non-cancer effects
HTP-nc2, 3
CTUh
6.71E-7
2.08E-8
3.27E-9
0.00E+0
1.92E-8
0.00E+0
3.07E-7
0.00E+0
0.00E+0
0.00E+0
2.44E-11
6.07E-9
2.05E-8
5.12E-10
-5.65E-8
Land-use related impacts/soil quality
SQP2, 3
Dimensionless
1.75E+3
1.97E+1
4.70E-1
0.00E+0
2.63E+1
0.00E+0
1.59E+2
0.00E+0
0.00E+0
0.00E+0
1.31E-2
5.75E+0
5.77E-1
5.06E+0
-1.56E+2
Acronyms
PM = Potential incidence of disease due to particulate matter emissions; IRP = Potential human exposure efficiency relative to U235; ETP-fw = Potential comparative toxic unit for ecosystems; HTP-c = Potential comparative toxic unit for humans; HTP-nc = Potential comparative toxic unit for humans; SQP = Potential soil quality index.
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Disclaimer 1
This impact category deals mainly with the eventual impact of low dose ionizing radiation on human health of the nuclear fuel cycle. It does not consider effects due to possible nuclear accidents, occupational exposure nor due to radioactive waste disposal in underground facilities. Potential ionizing radiation from the soil, from radon and from some construction materials is also not measured by this indicator.
Disclaimer 2
The results of this environmental impact indicator shall be used with care as the uncertainties of these results are high or as there is limited experience with the indicator.
Disclaimer 3
The results of the impact categories land use, human toxicity (cancer), human toxicity, noncancer and ecotoxicity (freshwater) may be highly uncertain in LCAs that include capital goods/infrastructure in generic datasets, in case infrastructure/capital goods contribute greatly to the total results. This is because the LCI data of infrastructure/capital goods used to quantify these indicators in currently available generic datasets sometimes lack temporal, technological and geographical representativeness. Caution should be exercised when using the results of these indicators for decision-making purposes.
Resource use indicators according to EN 15804
Indicator
Unit
A1-A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
PERE
MJ, net calorific value
3.69E+2
5.43E-1
2.99E-2
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
1.59E-1
3.13E-1
5.41E-2
-1.90E+2
PERM
MJ, net calorific value
2.59E+2
0.00E+0
-3.30E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-2.26E+2
0.00E+0
0.00E+0
PERT
MJ, net calorific value
6.28E+2
5.43E-1
-3.30E+1
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
1.59E-1
-2.26E+2
5.41E-2
-1.90E+2
PENRE
MJ, net calorific value
6.45E+2
2.31E-3
8.47E-5
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
6.76E-4
7.02E-4
6.08E-5
-4.07E-1
PENRM
MJ, net calorific value
4.01E+1
0.00E+0
-1.89E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-3.82E+1
0.00E+0
0.00E+0
PENRT
MJ, net calorific value
6.85E+2
2.31E-3
-1.89E+0
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
6.76E-4
-3.82E+1
6.08E-5
-4.07E-1
SM
kg
3.31E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
RSF
MJ, net calorific value
8.43E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.15E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
NRSF
MJ, net calorific value
1.84E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
4.21E-11
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
FW
m3
1.77E+0
4.16E-3
2.45E-4
0.00E+0
4.92E-2
0.00E+0
2.69E-1
0.00E+0
0.00E+0
0.00E+0
1.40E-5
1.22E-3
6.73E-3
5.10E-4
-5.73E-1
Acronyms
PERE = Use of renewable primary energy excluding renewable primary energy resources used as raw materials; PERM = Use of renewable primary energy resources used as raw materials; PERT = Total use of renewable primary energy resources; PENRE = Use of non-renewable primary energy excluding non-renewable primary energy resources used as raw materials; PENRM = Use of non-renewable primary energy resources used as raw materials; PENRT = Total use of non-renewable primary energy re-sources; SM = Use of secondary material; RSF = Use of renewable secondary fuels; NRSF = Use of non-renewable secondary fuels; FW = Use of net fresh water.
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Output flow indicators according to EN 15804
Indicator
Unit
A1-A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
CRU
kg
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
MFR
kg
5.17E+0
0.00E+0
1.10E-1
0.00E+0
0.00E+0
0.00E+0
2.14E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.11E+1
0.00E+0
0.00E+0
MER
kg
3.46E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
2.28E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
EEE
MJ, net calorific value
8.72E+0
0.00E+0
7.60E+0
0.00E+0
0.00E+0
0.00E+0
4.38E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
5.37E+1
0.00E+0
0.00E+0
EET
MJ, net calorific value
2.02E+1
0.00E+0
1.77E+1
0.00E+0
0.00E+0
0.00E+0
9.02E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.25E+2
0.00E+0
0.00E+0
Acronyms
CRU = Components for re-use; MFR = Materials for recycling; MER = Materials for energy recovery; EEE = Exported electrical energy; EET = Exported thermal energy.
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Results for additional scenarios for modules A4-C4
Additional scenario
100% recycling
Description of the scenario/method
100% Recycling Scenario for modules A5, C1-C4 & D
Results for additional scenarios for modules A4-C4
Impact category
Indicator
Unit
A1-A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
Climate change
GWP-total
kgCO2eq
4.83E+1
2.35E+0
2.84E+0
0.00E+0
1.86E+0
0.00E+0
3.49E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
5.83E-1
1.66E+1
0.00E+0
-1.79E+1
Climate change
GWP-fossil
kgCO2eq
6.72E+1
2.35E+0
3.35E-2
0.00E+0
1.73E+0
0.00E+0
3.48E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
5.83E-1
6.80E-2
0.00E+0
-1.74E+1
Climate change
GWP-biogenic
kgCO2eq
-1.93E+1
4.95E-4
2.81E+0
0.00E+0
3.79E-3
0.00E+0
1.47E-3
0.00E+0
0.00E+0
0.00E+0
1.70E-6
1.23E-4
1.65E+1
0.00E+0
-1.02E-1
Climate change
GWP-luluc
kgCO2eq
4.02E-1
7.86E-4
2.43E-5
0.00E+0
1.26E-1
0.00E+0
9.54E-2
0.00E+0
0.00E+0
0.00E+0
1.59E-6
1.95E-4
3.09E-4
0.00E+0
-3.07E-1
Ozone depletion
ODP
kgCFC11eq
3.30E-6
5.13E-8
6.94E-10
0.00E+0
5.01E-8
0.00E+0
1.50E-6
0.00E+0
0.00E+0
0.00E+0
2.27E-10
1.27E-8
1.05E-9
0.00E+0
-3.01E-7
Acidification
AP
molH+eq
3.86E-1
7.54E-3
1.40E-4
0.00E+0
1.14E-2
0.00E+0
2.33E-1
0.00E+0
0.00E+0
0.00E+0
1.37E-4
1.87E-3
6.00E-4
0.00E+0
-1.06E-1
Eutrophication
EP-freshwater
kgPeq
6.36E-3
1.60E-4
2.13E-6
0.00E+0
5.67E-4
0.00E+0
2.56E-3
0.00E+0
0.00E+0
0.00E+0
4.92E-7
3.98E-5
3.11E-6
0.00E+0
-7.64E-3
Eutrophication
EP-marine
kgNeq
8.41E-2
2.54E-3
5.33E-5
0.00E+0
3.60E-3
0.00E+0
4.81E-2
0.00E+0
0.00E+0
0.00E+0
6.35E-5
6.31E-4
2.77E-4
0.00E+0
-1.92E-2
Eutrophication
EP-terrestrial
molNeq
9.28E-1
2.76E-2
5.82E-4
0.00E+0
2.48E-2
0.00E+0
5.83E-1
0.00E+0
0.00E+0
0.00E+0
6.96E-4
6.86E-3
3.02E-3
0.00E+0
-2.30E-1
Photochemical ozone formation
POCP
kgNMVOCeq
2.70E-1
1.14E-2
2.12E-4
0.00E+0
1.02E-2
0.00E+0
1.44E-1
0.00E+0
0.00E+0
0.00E+0
2.08E-4
2.84E-3
9.02E-4
0.00E+0
-7.83E-2
Resource use
ADP-MM
kgSbeq
5.00E+1
7.92E-6
9.82E-8
0.00E+0
1.80E-5
0.00E+0
3.38E-4
0.00E+0
0.00E+0
0.00E+0
5.45E-9
1.97E-6
7.28E-8
0.00E+0
6.53E-5
Resource use
ADP-fossil
MJnetcalorificvalue
7.45E+2
2.62E+0
5.14E-2
0.00E+0
8.60E+0
0.00E+0
4.46E+2
0.00E+0
0.00E+0
0.00E+0
7.74E-3
6.50E-1
3.99E-1
0.00E+0
-1.78E+2
Water use
WDP
m3worldeqdeprived
4.42E+1
1.68E-1
2.68E-3
0.00E+0
2.08E+0
0.00E+0
1.26E+1
0.00E+0
0.00E+0
0.00E+0
5.76E-4
4.17E-2
1.24E-2
0.00E+0
-2.30E+1
Climate change
GWP-GHG
kgCO2eq
6.77E+1
2.35E+0
3.35E-2
0.00E+0
1.86E+0
0.00E+0
3.50E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
5.83E-1
6.83E-2
0.00E+0
-1.79E+1
Particulate matter
PM
diseaseincidence
6.63E-6
1.52E-7
3.21E-9
0.00E+0
1.19E-7
0.00E+0
3.31E-6
0.00E+0
0.00E+0
0.00E+0
3.85E-9
3.78E-8
1.67E-8
0.00E+0
-1.84E-6
Ionising radiation
IRP
kBqU235eq
3.30E+0
3.97E-2
1.80E-3
0.00E+0
9.78E-2
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
8.47E-5
9.86E-3
2.76E-2
0.00E+0
-7.00E+0
Ecotoxicity
ETP-fw
CTUe
7.67E+2
4.42E+0
5.67E-2
0.00E+0
2.15E+1
0.00E+0
5.56E+2
0.00E+0
0.00E+0
0.00E+0
1.08E-2
1.10E+0
5.65E-2
0.00E+0
-1.47E+2
Human toxicity
HTP-c
CTUh
4.06E-7
3.99E-10
5.35E-12
0.00E+0
1.99E-9
0.00E+0
2.39E-7
0.00E+0
0.00E+0
0.00E+0
1.55E-12
9.90E-11
8.03E-12
0.00E+0
-2.59E-8
Human toxicity
HTP-nc
CTUh
6.71E-7
2.08E-8
2.58E-10
0.00E+0
1.92E-8
0.00E+0
3.07E-7
0.00E+0
0.00E+0
0.00E+0
2.44E-11
5.16E-9
1.69E-10
0.00E+0
-7.18E-8
Land use
SQP
Dimensionless
1.75E+3
1.97E+1
2.42E-1
0.00E+0
2.63E+1
0.00E+0
1.59E+2
0.00E+0
0.00E+0
0.00E+0
1.31E-2
4.88E+0
1.47E-1
0.00E+0
-1.93E+3
Resource use, energy carriers
PERE
MJ
3.69E+2
5.43E-1
1.82E-2
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
1.35E-1
2.42E-1
0.00E+0
-4.71E+2
Resource use, energy carriers
PERM
MJ
2.59E+2
0.00E+0
-3.30E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-2.26E+2
0.00E+0
0.00E+0
Resource use, energy carriers
PERT
MJ
6.28E+2
5.43E-1
-3.30E+1
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
1.35E-1
-2.26E+2
0.00E+0
-4.71E+2
Resource use, energy carriers
PENRE
MJ
6.45E+2
2.31E-3
5.54E-5
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
5.74E-4
5.76E-4
0.00E+0
-3.43E-1
Resource use, energy carriers
PENRM
MJ
4.01E+1
0.00E+0
-1.89E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-3.82E+1
0.00E+0
0.00E+0
Resource use, energy carriers
PENRT
MJ
6.85E+2
2.31E-3
-1.89E+0
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
5.74E-4
-3.82E+1
0.00E+0
-3.43E-1
Resource use, material resources
SM
kg
3.31E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Resource use, material resources
RSF
MJ
8.43E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.15E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Resource use, material resources
NRSF
MJ
1.84E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
4.21E-11
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Net use of fresh water
FW
m3
1.77E+0
4.16E-3
7.35E-5
0.00E+0
4.92E-2
0.00E+0
2.69E-1
0.00E+0
0.00E+0
0.00E+0
1.40E-5
1.03E-3
4.61E-4
0.00E+0
-5.77E-1
Waste categories
HWD
kg
7.80E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.45E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Waste categories
NHWD
kg
1.32E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
8.68E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Waste categories
RWD
kg
2.79E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.06E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
CRU
kg
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
MFR
kg
5.17E+0
0.00E+0
2.05E-1
0.00E+0
0.00E+0
0.00E+0
2.14E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
2.70E+1
0.00E+0
0.00E+0
Output flows
MER
kg
3.46E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
2.28E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Exported energy
EEE
MJ
8.72E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
4.38E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Exported energy
EET
MJ
2.02E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.02E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Acronyms
As defined in the main results
Disclaimers
As defined in the main results
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Results for additional scenarios for modules A4-C4
Additional scenario
100% incineration
Description of the scenario/method
100% incineration Scenario for modules A5, C1-C4 & D
Results for additional scenarios for modules A4-C4
Impact category
Indicator
Unit
A1-A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
Climate change
GWP-total
kgCO2eq
4.83E+1
2.35E+0
3.03E+0
0.00E+0
1.86E+0
0.00E+0
3.49E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
9.48E-1
2.10E+1
4.53E-1
7.20E+0
Climate change
GWP-fossil
kgCO2eq
6.72E+1
2.35E+0
2.20E-1
0.00E+0
1.73E+0
0.00E+0
3.48E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
9.48E-1
4.49E+0
4.52E-1
7.07E+0
Climate change
GWP-biogenic
kgCO2eq
-1.93E+1
4.95E-4
2.81E+0
0.00E+0
3.79E-3
0.00E+0
1.47E-3
0.00E+0
0.00E+0
0.00E+0
1.70E-6
2.00E-4
1.65E+1
5.36E-4
1.42E-2
Climate change
GWP-luluc
kgCO2eq
4.02E-1
7.86E-4
3.56E-5
0.00E+0
1.26E-1
0.00E+0
9.54E-2
0.00E+0
0.00E+0
0.00E+0
1.59E-6
3.17E-4
3.52E-4
1.65E-4
1.09E-1
Ozone depletion
ODP
kgCFC11eq
3.30E-6
5.13E-8
1.43E-9
0.00E+0
5.01E-8
0.00E+0
1.50E-6
0.00E+0
0.00E+0
0.00E+0
2.27E-10
2.07E-8
3.92E-9
1.08E-8
5.92E-8
Acidification
AP
molH+eq
3.86E-1
7.54E-3
5.13E-4
0.00E+0
1.14E-2
0.00E+0
2.33E-1
0.00E+0
0.00E+0
0.00E+0
1.37E-4
3.04E-3
2.87E-3
2.33E-3
3.44E-2
Eutrophication
EP-freshwater
kgPeq
6.36E-3
1.60E-4
1.25E-5
0.00E+0
5.67E-4
0.00E+0
2.56E-3
0.00E+0
0.00E+0
0.00E+0
4.92E-7
6.47E-5
6.35E-5
1.12E-4
3.79E-3
Eutrophication
EP-marine
kgNeq
8.41E-2
2.54E-3
2.46E-4
0.00E+0
3.60E-3
0.00E+0
4.81E-2
0.00E+0
0.00E+0
0.00E+0
6.35E-5
1.02E-3
1.49E-3
8.89E-4
3.16E-3
Eutrophication
EP-terrestrial
molNeq
9.28E-1
2.76E-2
2.42E-3
0.00E+0
2.48E-2
0.00E+0
5.84E-1
0.00E+0
0.00E+0
0.00E+0
6.96E-4
1.11E-2
1.45E-2
9.68E-3
9.29E-3
Photochemical ozone formation
POCP
kgNMVOCeq
2.70E-1
1.14E-2
7.01E-4
0.00E+0
1.02E-2
0.00E+0
1.45E-1
0.00E+0
0.00E+0
0.00E+0
2.08E-4
4.61E-3
3.75E-3
3.64E-3
1.79E-2
Resource use
ADP-MM
kgSbeq
5.00E+1
7.92E-6
2.06E-7
0.00E+0
1.80E-5
0.00E+0
3.38E-4
0.00E+0
0.00E+0
0.00E+0
5.45E-9
3.20E-6
4.55E-7
1.16E-6
-1.47E-4
Resource use
ADP-fossil
MJnetcalorificvalue
7.45E+2
2.62E+0
1.18E-1
0.00E+0
8.60E+0
0.00E+0
4.46E+2
0.00E+0
0.00E+0
0.00E+0
7.74E-3
1.06E+0
7.44E-1
9.99E-1
-8.74E+1
Water use
WDP
m3worldeqdeprived
4.42E+1
1.68E-1
3.18E-2
0.00E+0
2.08E+0
0.00E+0
1.26E+1
0.00E+0
0.00E+0
0.00E+0
5.76E-4
6.78E-2
2.89E-1
3.25E-1
1.26E+1
Climate change
GWP-GHG
kgCO2eq
6.77E+1
2.35E+0
2.20E-1
0.00E+0
1.86E+0
0.00E+0
3.50E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
9.48E-1
4.49E+0
4.53E-1
7.20E+0
Particulate matter
PM
diseaseincidence
6.63E-6
1.52E-7
7.40E-9
0.00E+0
1.19E-7
0.00E+0
3.31E-6
0.00E+0
0.00E+0
0.00E+0
3.85E-9
6.14E-8
3.59E-8
8.66E-8
3.37E-7
Ionising radiation
IRP
kBqU235eq
3.30E+0
3.97E-2
2.65E-3
0.00E+0
9.78E-2
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
8.47E-5
1.60E-2
3.23E-2
1.26E-2
-9.07E+0
Ecotoxicity
ETP-fw
CTUe
7.67E+2
4.42E+0
8.31E-1
0.00E+0
2.15E+1
0.00E+0
5.56E+2
0.00E+0
0.00E+0
0.00E+0
1.08E-2
1.78E+0
9.26E+0
3.23E+0
7.88E-2
Human toxicity
HTP-c
CTUh
4.06E-7
3.99E-10
6.16E-11
0.00E+0
1.99E-9
0.00E+0
2.39E-7
0.00E+0
0.00E+0
0.00E+0
1.55E-12
1.61E-10
3.81E-10
3.17E-10
1.75E-8
Human toxicity
HTP-nc
CTUh
6.71E-7
2.08E-8
3.65E-9
0.00E+0
1.92E-8
0.00E+0
3.07E-7
0.00E+0
0.00E+0
0.00E+0
2.44E-11
8.38E-9
2.14E-8
3.20E-9
-4.91E-8
Land use
SQP
Dimensionless
1.75E+3
1.97E+1
4.49E-1
0.00E+0
2.63E+1
0.00E+0
1.59E+2
0.00E+0
0.00E+0
0.00E+0
1.31E-2
7.94E+0
5.96E-1
1.18E+1
-1.39E+2
Resource use, energy carriers
PERE
MJ
3.69E+2
5.43E-1
3.14E-2
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
2.19E-1
3.16E-1
2.44E-1
-7.27E+1
Resource use, energy carriers
PERM
MJ
2.59E+2
0.00E+0
-3.30E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-2.26E+2
0.00E+0
0.00E+0
Resource use, energy carriers
PERT
MJ
6.28E+2
5.43E-1
-3.30E+1
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
2.19E-1
-2.26E+2
2.44E-1
-7.27E+1
Resource use, energy carriers
PENRE
MJ
6.45E+2
2.31E-3
8.87E-5
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
9.33E-4
7.07E-4
4.89E-4
-2.41E-1
Resource use, energy carriers
PENRM
MJ
4.01E+1
0.00E+0
-1.89E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-3.82E+1
0.00E+0
0.00E+0
Resource use, energy carriers
PENRT
MJ
6.85E+2
2.31E-3
-1.89E+0
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
9.33E-4
-3.82E+1
4.89E-4
-2.41E-1
Resource use, material resources
SM
kg
3.31E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Resource use, material resources
RSF
MJ
8.43E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.15E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Resource use, material resources
NRSF
MJ
1.84E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
4.21E-11
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Net use of fresh water
FW
m3
1.77E+0
4.16E-3
7.57E-4
0.00E+0
4.92E-2
0.00E+0
2.69E-1
0.00E+0
0.00E+0
0.00E+0
1.40E-5
1.68E-3
6.95E-3
7.69E-3
2.37E-1
Waste categories
HWD
kg
7.80E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.45E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Waste categories
NHWD
kg
1.32E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
8.68E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Waste categories
RWD
kg
2.79E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.06E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
CRU
kg
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
MFR
kg
5.17E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
2.14E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
MER
kg
3.46E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
2.28E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Exported energy
EEE
MJ
8.72E+0
0.00E+0
8.37E+0
0.00E+0
0.00E+0
0.00E+0
4.38E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
5.62E+1
0.00E+0
0.00E+0
Exported energy
EET
MJ
2.02E+1
0.00E+0
1.95E+1
0.00E+0
0.00E+0
0.00E+0
9.02E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.31E+2
0.00E+0
0.00E+0
Acronyms
As defined in the main results
Disclaimers
As defined in the main results
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Results for additional scenarios for modules A4-C4
Additional scenario
100% landfill
Description of the scenario/method
100% landfill Scenario for modules A5, C1-C4 & D
Results for additional scenarios for modules A4-C4
Impact category
Indicator
Unit
A1-A3
A4
A5
B1
B2
B3
B4
B5
B6
B7
C1
C2
C3
C4
D
Climate change
GWP-total
kgCO2eq
4.83E+1
2.35E+0
2.96E+0
0.00E+0
1.86E+0
0.00E+0
3.49E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
5.83E-1
1.66E+1
1.08E+0
8.70E+0
Climate change
GWP-fossil
kgCO2eq
6.72E+1
2.35E+0
5.18E-2
0.00E+0
1.73E+0
0.00E+0
3.48E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
5.83E-1
6.80E-2
4.90E-1
8.48E+0
Climate change
GWP-biogenic
kgCO2eq
-1.93E+1
4.95E-4
2.91E+0
0.00E+0
3.79E-3
0.00E+0
1.47E-3
0.00E+0
0.00E+0
0.00E+0
1.70E-6
1.23E-4
1.65E+1
5.94E-1
3.22E-2
Climate change
GWP-luluc
kgCO2eq
4.02E-1
7.86E-4
2.84E-5
0.00E+0
1.26E-1
0.00E+0
9.54E-2
0.00E+0
0.00E+0
0.00E+0
1.59E-6
1.95E-4
3.09E-4
1.16E-4
1.96E-1
Ozone depletion
ODP
kgCFC11eq
3.30E-6
5.13E-8
1.24E-9
0.00E+0
5.01E-8
0.00E+0
1.50E-6
0.00E+0
0.00E+0
0.00E+0
2.27E-10
1.27E-8
1.05E-9
9.88E-9
1.50E-7
Acidification
AP
molH+eq
3.86E-1
7.54E-3
2.63E-4
0.00E+0
1.14E-2
0.00E+0
2.33E-1
0.00E+0
0.00E+0
0.00E+0
1.37E-4
1.87E-3
6.00E-4
2.43E-3
4.74E-2
Eutrophication
EP-freshwater
kgPeq
6.36E-3
1.60E-4
1.55E-5
0.00E+0
5.67E-4
0.00E+0
2.56E-3
0.00E+0
0.00E+0
0.00E+0
4.92E-7
3.98E-5
3.11E-6
1.54E-4
4.43E-3
Eutrophication
EP-marine
kgNeq
8.41E-2
2.54E-3
6.50E-4
0.00E+0
3.60E-3
0.00E+0
4.81E-2
0.00E+0
0.00E+0
0.00E+0
6.35E-5
6.31E-4
2.77E-4
4.22E-3
7.00E-3
Eutrophication
EP-terrestrial
molNeq
9.28E-1
2.76E-2
1.15E-3
0.00E+0
2.48E-2
0.00E+0
5.83E-1
0.00E+0
0.00E+0
0.00E+0
6.96E-4
6.86E-3
3.02E-3
1.06E-2
5.97E-2
Photochemical ozone formation
POCP
kgNMVOCeq
2.70E-1
1.14E-2
4.48E-4
0.00E+0
1.02E-2
0.00E+0
1.44E-1
0.00E+0
0.00E+0
0.00E+0
2.08E-4
2.84E-3
9.02E-4
3.90E-3
2.88E-2
Resource use
ADP-MM
kgSbeq
5.00E+1
7.92E-6
1.32E-7
0.00E+0
1.80E-5
0.00E+0
3.38E-4
0.00E+0
0.00E+0
0.00E+0
5.45E-9
1.97E-6
7.28E-8
6.53E-7
-1.36E-4
Resource use
ADP-fossil
MJnetcalorificvalue
7.45E+2
2.62E+0
7.74E-2
0.00E+0
8.60E+0
0.00E+0
4.46E+2
0.00E+0
0.00E+0
0.00E+0
7.74E-3
6.50E-1
3.99E-1
7.35E-1
2.11E+1
Water use
WDP
m3worldeqdeprived
4.42E+1
1.68E-1
-3.10E-1
0.00E+0
2.08E+0
0.00E+0
1.26E+1
0.00E+0
0.00E+0
0.00E+0
5.76E-4
4.17E-2
1.24E-2
-1.65E+0
1.55E+1
Climate change
GWP-GHG
kgCO2eq
6.77E+1
2.35E+0
1.51E-1
0.00E+0
1.86E+0
0.00E+0
3.50E+1
0.00E+0
0.00E+0
0.00E+0
1.53E-2
5.83E-1
6.83E-2
1.08E+0
8.70E+0
Particulate matter
PM
diseaseincidence
6.63E-6
1.52E-7
6.22E-9
0.00E+0
1.19E-7
0.00E+0
3.31E-6
0.00E+0
0.00E+0
0.00E+0
3.85E-9
3.78E-8
1.67E-8
5.11E-8
5.90E-7
Ionising radiation
IRP
kBqU235eq
3.30E+0
3.97E-2
2.45E-3
0.00E+0
9.78E-2
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
8.47E-5
9.86E-3
2.76E-2
1.42E-2
-1.17E+0
Ecotoxicity
ETP-fw
CTUe
7.67E+2
4.42E+0
1.00E-1
0.00E+0
2.15E+1
0.00E+0
5.56E+2
0.00E+0
0.00E+0
0.00E+0
1.08E-2
1.10E+0
5.65E-2
1.69E+1
5.55E+0
Human toxicity
HTP-c
CTUh
4.06E-7
3.99E-10
9.02E-12
0.00E+0
1.99E-9
0.00E+0
2.39E-7
0.00E+0
0.00E+0
0.00E+0
1.55E-12
9.90E-11
8.03E-12
9.00E-11
1.87E-8
Human toxicity
HTP-nc
CTUh
6.71E-7
2.08E-8
5.49E-10
0.00E+0
1.92E-8
0.00E+0
3.07E-7
0.00E+0
0.00E+0
0.00E+0
2.44E-11
5.16E-9
1.69E-10
3.99E-9
-1.04E-8
Land use
SQP
Dimensionless
1.75E+3
1.97E+1
1.23E+0
0.00E+0
2.63E+1
0.00E+0
1.59E+2
0.00E+0
0.00E+0
0.00E+0
1.31E-2
4.88E+0
1.47E-1
1.51E+1
1.65E+1
Resource use, energy carriers
PERE
MJ
3.69E+2
5.43E-1
2.88E-2
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
1.35E-1
2.42E-1
2.03E-1
3.35E+1
Resource use, energy carriers
PERM
MJ
2.59E+2
0.00E+0
-3.30E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-2.26E+2
0.00E+0
0.00E+0
Resource use, energy carriers
PERT
MJ
6.28E+2
5.43E-1
-3.30E+1
0.00E+0
9.06E+0
0.00E+0
4.55E+1
0.00E+0
0.00E+0
0.00E+0
1.25E-3
1.35E-1
-2.26E+2
2.03E-1
3.35E+1
Resource use, energy carriers
PENRE
MJ
6.45E+2
2.31E-3
6.43E-5
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
5.74E-4
5.76E-4
4.84E-4
-7.75E-2
Resource use, energy carriers
PENRM
MJ
4.01E+1
0.00E+0
-1.89E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
-3.82E+1
0.00E+0
0.00E+0
Resource use, energy carriers
PENRT
MJ
6.85E+2
2.31E-3
-1.89E+0
0.00E+0
2.89E-1
0.00E+0
4.29E+2
0.00E+0
0.00E+0
0.00E+0
2.90E-6
5.74E-4
-3.82E+1
4.84E-4
-7.75E-2
Resource use, material resources
SM
kg
3.31E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.18E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Resource use, material resources
RSF
MJ
8.43E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.15E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Resource use, material resources
NRSF
MJ
1.84E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
4.21E-11
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Net use of fresh water
FW
m3
1.77E+0
4.16E-3
-7.21E-3
0.00E+0
4.92E-2
0.00E+0
2.69E-1
0.00E+0
0.00E+0
0.00E+0
1.40E-5
1.03E-3
4.61E-4
-3.84E-2
3.53E-1
Waste categories
HWD
kg
7.80E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.45E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Waste categories
NHWD
kg
1.32E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
8.68E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Waste categories
RWD
kg
2.79E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
1.06E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
CRU
kg
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
MFR
kg
5.17E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
2.14E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Output flows
MER
kg
3.46E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
2.28E-2
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Exported energy
EEE
MJ
8.72E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
4.38E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Exported energy
EET
MJ
2.02E+1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
9.02E-1
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
0.00E+0
Acronyms
As defined in the main results
Disclaimers
As defined in the main results
General disclaimer
The results of the end-of-life stage (modules C1-C4) should be considered when using the results of the product stage (modules A1-A3/A1-A5 for services).
Abbreviations
EPD – Environmental Product DeclarationLCA – Life Cycle AssessmentPCR – Product Category RulesIGU – Insulating Glass UnitSVHC – Substances of Very High Concern
References
Ecoinvent (2024), Ecoinvent 3.11, available database in SimaPro version 9.4.0.2 Multi User, https://support.ecoinvent.org/ecoinvent-version-3.11 [Referenced: 2025-04-10] EPD International (2025). General Programme Instructions for the International EPD® System. Version 5.0.1. www.environdec.com. EPD International (2025). PCR 2019:14 Construction products (EN 15804:A2). Version 2.0.1. c-PCR-007 Windows and doors (EN 17213) SIS (2022). EN 16757:2022 “Sustainability of construction works - Environmental product declarations - Product Category Rules for concrete and concrete elements”. Svenska Institutet för Standarder SIS (2021). EN 15804:2012+A2:2019/AC:2021, “Sustainability of construction works - Environmental product declarations - Core rules for the product category of construction products”. Svenska Institutet för Standarder