Emission factor from EPD Ireland EPD, product-specific

Passiv AluP double glazed window

Ireland · EPD total · Reference year 2021

Each square metre of this product counts as 248 kg CO₂e over the modules its EPD declares: 230 to make it (A1–A3), 1.95 to deliver and place it (A4, A5) and 15.8 at demolition (C2, C3, C4).

Value per square metre, over the modules the EPD declares

248kgCO₂e/m²

EN 15804 modules A1 to C4 · Net total: fossil, biogenic and land use · GWP100 · AR4

Derived by open-climate.ai: the sum of EPD Ireland's published parts

The one scenario this EPD declaresReference year 2021

Region
Ireland IE
Boundary
EPD total
Data quality
HighRated by us, not by the source
Licence
Open · EPD Ireland terms
Declared by
Munster Joinery

Where 248 comes from

Derived by open-climate.ai

Σ 248: the six declared modules add up to the total.

Reporting this square metre under the GHG Protocol

This period

Scope 3, category 2 230 Scope 3, category 4 1.79

The product becomes part of a building you own. The product and its installation go to category 2 in the year you buy it, the delivery to category 4. Use and end of life are reported in the years they happen.

Later, when it happens

At end of life, in the year of demolition

  • C2 Scope 3, category 5 0.745
  • C3 Scope 3, category 5 7.16
  • C4 Scope 3, category 5 7.9

B1 to B7 and C1 are not declared: nothing to report.

CiteAPI

The factor, standardised

Every factor on open-climate.ai answers the same questions in the same words, whatever the publisher. Open any ⓘ for the definition.

Materials › Construction products · Ireland · per m² · Supplier-specific

EPD total · Net total · AR4

Boundary
EPD total
Raw materials, inbound transport, fuel supply, fuel combustion, manufacturing, packaging, purchased energy, installation, outbound transport and end of life
GWP method
IPCC AR4, 100-year horizon
Not on the record; set from EPD Ireland's method notes · impact method CML 2001 baseline
CO₂e basis
Net total
Not split by gas; CO₂e only
Life cycle
Upstream: coveredProduction: coveredDownstream: partly coveredEnd of life: partly covered

High quality · Open licence · Any year

Module by module, up to the total

Seventeen EN 15804 modules, always in the same order. Each declared one moves the running total.

kgCO₂e per square metre. Each bar starts where the one before ended. Pick a module to read it.
Product
Con­struc­tion
Use
B1 to B7not de­clared
End of life
C1not de­clared
Beyond the boundary
Dnot de­clared

What this number covers

Follow one square metre of this product through EN 15804's stages. The total counts what the EPD declares; what it leaves out stays visible.

  1. A1-A3Product

    Materials and making the product

    Included230
  2. A4-A5Construction

    Delivery and installation

    Included1.95
  3. B1-B7Use

    The product in service: maintenance, repair, replacement and the energy and water it uses

    Not declared
  4. C1-C4End of life

    Waste transport to disposal; C1 not declared

    C2 to C415.8
  5. DBeyond the boundary

    Recovery after end of life

    Not declared

Outside this boundary

  • Maintenance
  • Retail
  • Use phase
  • Recycling credit

Maintenance is out because B2 is not declared.

Gases

EPD Ireland publishes this factor as CO₂e only, with no split by gas. The CO₂e counts fossil, biogenic and land-use carbon together.

From EPD Ireland's record to a comparable factor

EPD Ireland publishes this EPD with one value per module. Each field as printed, and what open-climate.ai made of it.

The total and its modules

Use a module on its own when you report it in a different year or scope; never add one to the total.

You are here · the EPD total248
The six modules add up to the total. Each opens its own page.

About this factor

From EPD Ireland

What it is

Data flows have been modeled as realistically as possible. Data quality assessment is based on the principle that the primary data used for processes occurring at the production site is selected in the first instance. Where this is not available, other reference data is selected from appropriate sources. The dataset is representative for the production processes used in 2020. The process descriptions and quantities in this study are reproducible in accordance to the reference standards that have been used. The references of all sources, both primary and public sources and literature, have been documented in the LCA report. The ‘polluter pays’ and ‘modularity’ principles have been followed. The cut-off criteria of section 6.3.5 of EN 15804 have been followed. Allocation of electricity types and amounts to the various manufacturing processes has been provided by Munster Joinery; allocation of impacts to the products is based on the product composition mass. The measurement of environmental impacts uses the CML 2 baseline method In addition, to facilitate the reproducibility of this LCA, a full set of data records has been generated which can be accessed via the EcoChain tool. This data portfolio contains a summary of all the data used in this LCA, and correspondingly, in the Munster Joinery Ecochain account. Indicator values for the glass are from the glass manufacturer’s EPDs [10], which were developed using the GaBi database. As this EPD is based on Ecoinvent database, there can be a lack of consistency between GaBi and Ecoinvent indicators such as toxicities, ozone depletion and hazardous waste disposal, although there is good agreement on global warming potential.

What it includes

A1. Raw materials supply This module considers the extraction and processing of all raw materials and energy which occur upstream to the Munster Joinery window manufacturing process, as well as waste processing up to the end-of waste state. A2. Transport of raw materials to manufacturer This includes the transport distance of the raw materials to the manufacturing facility via road and sea. A3. Manufacturing This module covers the manufacturing of Munster Joinery windows and includes all processes linked to production such as: production of double and triple glazed sheets, extrusion of uPVC profiles, cutting of wood and aluminium profiles, and assembly of window units. Use of electricity (renewables) and fuels (biomass) used for production is taken into account, as well as treatment of wastes generated from production. A4 and A5. Transport and installation This module covers road transport of the Munster Joinery windows from production plant to construction site in Ireland and instalation in the building. References transport: Road transport: Transport, freight, lorry 7.5-16 metric ton, EURO6 | Europe Distance by road: 126 km Capacity utilisation: 64% Installation of the window in the building uses 80ml of oil-based bedding mastic Reference: market for bitumen seal, polymer EP4 flame retardant | Global C2, C3, and C4. End of Life C1 In the deconstruction/demolition phase it is assumed that the windows are removed manuallyfrom building, thus no energy or materials are required for module C1, and the impacts assumed to be zero. C2 In the transport phase it is assumed that these materials travel 50km to their destinations (waste processing or disposal). C3, C4 In the Waste Processing phase, the following assumptions are made for recycling, landfilling and incineration, based on the default end-of-life scenarios in the windows PCR I.S. EN 17213:2020 (Annex B).

Where it applies

This EPD is carried out for the Munster Joinery Passiv double glazed windows. The raw materials for the Passiv AluP windows comprise: glass, argon, uPVC and aluminium and softwood profiles, warm edge spacer, foam filler and associated hardware (hinges, handles, recievers and gears). The windows are manufactured in accordance with I.S. EN 14351-1:2006 +A1:2010 Windows and doors - Product standard, performance characteristics. The three main production processes at Munster Joinery are (a) the cutting and assembly in the factory of the double and triple glazing sheets (b) cutting of aluminium profiles and extrusion, forming and cutting of uPVC profiles and (c) the assembly of these, with insulation, spacers, and fixings in the final window assembly. The glazing starts with the cutting of the glass to the required specifications. The glass sheets are bonded into double or triple glass sheets by sealing the layers to a warm edge spacer and filling the space between the layers with argon gas. For uPVC profile frames, the construction of the frame starts with the uPVC extrusion process. Relevant profiles are filled with an insulating foam. Profiles are then cut to the desired specific length. For the aluminium and wood profiles, these profile sections are cut to size/shape and jointed together. Profiles are welded or jointed together, creating the window frames. In the final window assembly the glazing is placed in the window and the hinges, locks, receivers and gears are attached.

Source and licence

Value
Summed by open-climate.ai from its parts
Publisher
EPD Ireland (Irish Green Building Council)
Published
2 October 2026
Valid until
31 December 2026
See the source data at EPD Ireland

The values and their metadata are served in full and may be reused with credit to the publisher.

Credit it with this lineEPD Ireland (Irish Green Building Council), EPD data from https://epdireland.lca-data.com
A plain reading of the licence, not legal advice. The licence text prevails.

Cite this factor

EPD Ireland (Irish Green Building Council), EPD data from https://epdireland.lca-data.com. Normalised by open-climate.ai, https://open-climate.ai/factors/libraries/epd_ireland/ (CC BY 4.0). https://open-climate.ai/factors/ef-epdireland-passiv_alup_double-ie-m2-epd_total-952521d5/?v=efv1-0edcd129eeb70303cb10647a09e5a127

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