SIST-TP CEN/TR 18047:2025

SLOVENSKI STANDARD
01-januar-2025
Mehanski izdelki - Vrstni red velikosti ključnih okoljskih podatkov
Mechanical products — Order of magnitude of key environmental data
Mechanische Produkte - Größenordnung der wesentlichen Umweltdaten
Produits mécaniques - Ordre de grandeur de données environnementales cléss
Ta slovenski standard je istoveten z: CEN/TR 18047:2024
ICS:
13.020.10 Ravnanje z okoljem Environmental management
21.020 Značilnosti in načrtovanje Characteristics and design of
strojev, aparatov, opreme machines, apparatus,
equipment
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.

CEN/TR 18047
TECHNICAL REPORT
RAPPORT TECHNIQUE
March 2024
TECHNISCHER REPORT
ICS 13.020.10
English Version
Mechanical products - Order of magnitude of key
environmental data
Produits mécaniques - Ordre de grandeur de données Mechanische Produkte - Größenordnung der
environnementales clés wesentlichen Umweltdaten

This Technical Report was approved by CEN on 9 March 2024. It has been drawn up by the Technical Committee CEN/TC 406.

CEN members are the national standards bodies of Austria, Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Estonia,
Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Norway,
Poland, Portugal, Republic of North Macedonia, Romania, Serbia, Slovakia, Slovenia, Spain, Sweden, Switzerland, Türkiye and
United Kingdom.
EUROPEAN COMMITTEE FOR STANDARDIZATION
COMITÉ EUROPÉEN DE NORMALISATION

EUROPÄISCHES KOMITEE FÜR NORMUNG

CEN-CENELEC Management Centre: Rue de la Science 23, B-1040 Brussels
© 2024 CEN All rights of exploitation in any form and by any means reserved Ref. No. CEN/TR 18047:2024 E
worldwide for CEN national Members.

Contents Page
European foreword . 3
Introduction . 4
1 Scope . 5
2 Normative references . 5
3 Terms and definitions . 5
4 Symbols and abbreviations . 6
5 Preparation of data and data sheet presentation . 7
6 List of data sheets . 7
7 Data sheets .11
Annex A (informative) Additional information on data . 165
A.1 Introduction. 165
A.2 Selection of impact indicators and calculation methods . 165
A.3 Data scope . 170
A.4 Additional information . 174
Annex B (informative) Methodology to achieve impact data sheets . 185
B.1 General . 185
B.2 Step 1: Input data collection . 185
B.3 Step 2: Expanding the collected input data . 185
B.4 Step 3: Creation of draft impact data sheets . 185
B.5 Step 4: Comparison, challenge and alignment . 186
B.6 Step 5: Critical review . 186
B.7 Step 6: Publication . 186
Annex C (informative) Example of use of order of magnitude for a locking system 189
Bibliography . 193

European foreword
This document (CEN/TR 18047:2024) has been prepared by Technical Committee CEN/TC 406
“Mechanical products - Ecodesign methodology”, the secretariat of which is held by AFNOR.
Attention is drawn to the possibility that some of the elements of this document may be the subject
of patent rights. CEN shall not be held responsible for identifying any or all such patent rights.
Any feedback and questions on this document should be directed to the users’ national standards
body. A complete listing of these bodies can be found on the CEN website.
Introduction
As part of the initiatives to take the environmental aspects into account in product design and thus
improve environmental performance, manufacturers need environmental data to guide their
choices (e.g.: choice for a material, a process or an energy used).
Environmental data contained in this document are based on the feedback obtained from CETIM's
(French Technical Centre for Mechanical Industry) research, and development actions and its
[8]
involvement in several industrial projects .
These data are based on calculations and experimentations made on cases in the mechanical
industry, and calculated from general data available on the market. References used are the most
common and understandable terms and might not be in accordance with standardised
designations.
The proposed data can be updated given the state of knowledge acquired on this topic.
1 Scope
This document provides general environmental data relevant to mechanical products. It can be
applied to a mechanical product as well as to parts of a mechanical product.
The aim is to provide guidance values to entities, e.g. manufacturers, supporting
 design or re-design choices for products (e.g.: to compare technical solutions) by
providing a complementary environmental criterion in a multicriteria approach;
 enhancement of knowledge on products from an environmental perspective (simplified
environmental performance assessment).
These data cover the most relevant aspects for the mechanical sector: material, processes, energy,
transportation and end of life of products. They provide an order of magnitude of impacts and
cannot be considered as absolute values because many parameters can influence the obtained
results (geographical and technical perimeters, use scenarios, hypothesis and method of
calculation, etc.).
They are not intended to replace specific data obtained or used by entities as part of individual
projects.
They are not intended to be used as such for:
 quantification of environmental impacts within a life cycle analysis (LCA) according to
EN ISO 14040/EN ISO 14044,
 environmental communication as defined in EN ISO 14025 (Type III environmental
declaration),
 evidence of regulatory compliance.
2 Normative references
The following documents are referred to in the text in such a way that some or all of their content
constitutes requirements of this document. For dated references, only the edition cited applies.
For undated references, the latest edition of the referenced document (including any
amendments) applies.
EN 15804:2012+A2:2019, Sustainability of construction works — Environmental product
declarations — Core rules for the product category of construction products
3 Terms and definitions
For the purposes of this document, the terms and definitions given in EN 15804:2012+A2:2019
apply.
NOTE Additional definitions can be found in the PEP Ecopassport program.
ISO and IEC maintain terminological databases for use in standardization at the following
addresses:
 IEC Electropedia: available at http://www.electropedia.org/
 ISO Online browsing platform: available at http://www.iso.org/obp

Impacted by EN 15804:2012+A2:2019/AC:2021.
4 Symbols and abbreviations
Units used in the data sheets contained in Annex A are defined in Table 1.
Table 1 — Definition of units
Units Meaning
kg CO eq. Kilograms of carbon dioxide equivalent
kg Sb eq. Kilograms of antimony equivalent
kg SO2 eq. Kilograms of sulfur dioxide equivalent
m Cubic meter
kg CFC-11 eq. Kilograms of trichlorofluoromethane equivalent
kg C2H4 eq. Kilograms of ethene equivalent
3-
kg PO4 eq. Kilograms of phosphate equivalent
CTUe Comparative Toxic Unit
CTUh Comparative Toxic Unit
l Litre
MJ Megajoule
kg Kilogram
Abbreviations used in this document are defined in Table 2.
Table 2 — Meaning of abbreviations
Acronym Meaning
French organisation for the Environment and Energy Management
ADEME
(Agence de l'Environnement et de la Maîtrise de l'Energie)
BOM Bill of material
DEP Declaration of Environmental Product
FDES Environmental and health declaration form
HVAC-R Heating, ventilation, air conditioning and refrigeration
LCA Life cycle analysis
PCR Product Category Rules
PEP Product Environmental Profile
NOTE The FDES is a French statement document made under the responsibility of the
product manufacturer which presents the results of the life cycle analysis of a construction
product.
5 Preparation of data and data sheet presentation
Impact data were obtained from environmental studies based on field experiments (flow
measurements, environmental assessments, etc.), scientific and technical publications
(bibliography, eco-profiles, etc.) and calculations based on existing data.
This required the establishment of rules and hypotheses for the calculation of impact data and the
use of existing calculation methods. Some explanations are given in Annex A.
For each data sheet, the following information is provided:
 name of the data (cast iron, stainless steel milling, etc.);
 amount (e.g. 1 kg);
 reference number to the sheet for data management and traceability;
 type (material, energy, processes, etc.);
 subtype (metal, polymer, processes by removal of material, transportation, etc.);
 comment(s), if needed (geographic scope, additional information, etc.);
 name of environmental indicator, its value and unit.
NOTE Annex B describes the methodology to achieve impact data sheets. Annex C gives an example on
how to use the data sheets for a product.
6 List of data sheets
The data sheets are grouped per type and subtype, as shown in Table 3.
Table 3 — List of data sheets
Reference
Type Subtype Name
#
Material Ferrous material Cast iron Aa002
Material Ferrous material Mild steel - Flat Aa003
Material Ferrous material Mild steel - Profile Aa004
Material Ferrous material Mild steel - Tube Aa005
Material Ferrous material Mild steel - Coil Aa010
Material Ferrous material Mild steel - Wire Aa011
Material Ferrous material Mild steel - Concrete reinforcing Aa012
Material Ferrous material Mild steel - Hot dip galvanised Aa013
Material Ferrous material Mild steel - Electro zinc coated Aa014
Material Ferrous material Mild steel - Chromium Aa015
Material Ferrous material Mild steel - Tinned Aa016
Material Ferrous material Mild steel - Polymer coating Aa017
Material Ferrous material Low-alloy steel - Sheet metal Aa018
Material Ferrous material Low-alloy steel - Bar Aa019
Material Ferrous material Stainless steel said chromium-nickel steel (Type 304) - Sheet metal Aa020
Material Ferrous material Stainless steel said chromium-nickel steel (Type 304) - Bar Aa021
Material Ferrous material Stainless steel said chromium-nickel steel (Type 316) - Sheet metal Aa024
Material Ferrous material Stainless steel said chromium-nickel steel (Type 316) - Bar Aa025
Material Ferrous material Stainless steel said chromium steel (Type 420, 430, 440, 441) - Sheet metal Aa030
Material Ferrous material Stainless steel said chromium steel (Type 420, 430, 440, 441) - Bar Aa031
Material Non-ferrous material Primary aluminium - Ingot Ab001
Material Non-ferrous material Primary aluminium - Sheet metal Ab002
Material Non-ferrous material Primary aluminium - Profile Ab003
Reference
Type Subtype Name
#
Material Non-ferrous material Medium aluminium - Profile Ab004
Material Non-ferrous material Medium aluminium - Sheet metal Ab005
Material Non-ferrous material Secondary aluminium extracted from production waste - Sheet metal Ab006
Material Non-ferrous material Secondary aluminium extracted from production waste - Profile Ab007
Material Non-ferrous material Secondary aluminium extracted from domestic waste - Sheet metal Ab008
Material Non-ferrous material Secondary aluminium extracted from domestic waste - Profile Ab009
Material Non-ferrous material Foundry aluminium (Si alloy, series 4) - Ingot Ab010
Material Non-ferrous material Primary aluminium EN AW 2017A AlCu4MgSi - Sheet metal Ab012
Material Non-ferrous material Primary aluminium EN AW 2017A AlCu4MgSi - Profile Ab013
Material Non-ferrous material Secondary aluminium EN AW 2017A AlCu4MgSi - Sheet metal Ab014
Material Non-ferrous material Secondary aluminium EN AW 2017A AlCu4MgSi - Profile Ab015
Material Non-ferrous material Medium aluminium EN AW 2017A AlCu4MgSi - Sheet metal Ab016
Material Non-ferrous material Medium aluminium EN AW 2017A AlCu4MgSi - Profile Ab017
Material Non-ferrous material Primary aluminium EN AW 5083 AlMg4,5Mn0,7 - Sheet metal Ab018
Material Non-ferrous material Primary aluminium EN AW 5083 AlMg4,5Mn0,7 - Profile Ab019
Material Non-ferrous material Secondary aluminium EN AW 5083 AlMg4,5Mn0,7 - Sheet metal Ab020
Material Non-ferrous material Secondary aluminium EN AW 5083 AlMg4,5Mn0,7 - Profile Ab021
Material Non-ferrous material Medium aluminium EN AW 5083 AlMg4,5Mn0,7 - Sheet metal Ab022
Material Non-ferrous material Medium aluminium EN AW 5083 AlMg4,5Mn0,7 - Profile Ab023
Material Non-ferrous material Copper Cu - Ingot Ab026
Material Non-ferrous material Cupro - aluminium CuAl10Fe5Ni5 - Ingot Ab027
Material Non-ferrous material Bronze CuSn5- Ingot Ab028
Material Non-ferrous material Brass CuZn30 - Ingot Ab030
Material Non-ferrous material Brass CuZn36 - Ingot Ab031
Material Non-ferrous material Primary Zinc , Zn - Ingot Ab032
Material Non-ferrous material Zamac - Ingot Ab034
Material Non-ferrous material Magnesium, Mg Ab035
Material Non-ferrous material Magnesium alloy Ab036
Material Non-ferrous material Titanium, Ti Ab037
Material Polymer ABS, Acrylonitrile Butadiene Styrene - Copolymer - Granules Ac001
Material Polymer POM, polyoxymethylene - Copolymer Ac002
Material Polymer PA6, polyamide 6 Ac003
Material Polymer PA6.6, polyamide 6.6 Ac004
Material Polymer PC, polycarbonate Ac005
Material Polymer PVC, polyvinyl chloride - Film Ac006
Material Polymer PVC, polyvinyl chloride - Pipe Ac007
Material Polymer PVC, polyvinyl chloride - Moulded by injection Ac008
Material Polymer LDPE, low-density polyethylene - Granules Ac009
Material Polymer HDPE, high-density polyethylene - Granules Ac010
Material Polymer PET, polyethylene terephthalate - Granules Ac011
Material Polymer PMMA, polymethyl methacrylate - Beads Ac012
Material Polymer PP, polypropylene - Granules Ac013
Material Polymer PS, polystyrene - Granules Ac014
Material Polymer PS, polystyrene - Expanded Ac015
Material Polymer Rigid PUR, polyurethane Ac016
Material Polymer Flexible PUR, polyurethane Ac017
Material Polymer EP, liquid epoxy resin, epoxy Ac019
Material Polymer UP, non-saturated polyester resin Ac020
Material Polymer PF, phenolic resin Ac021
Material Elastomer PTFE, polytetrafluoroethylene - Film Ac022
Material Elastomer EPDM, synthetic rubber Ad001
Material Composite PA6 FV30 , type 6 glass fiber reinforced polyamide Ae001
Reference
Type Subtype Name
#
Material Composite PA66 FVF30, type 66 glass fiber reinforced polyamide Ae002
Material Packaging Virgin fibre paperboard Af001
Material Packaging Recycled fibre paperboard Af002
Material Packaging Packaging film - LDPE Af006
Material Packaging Bubble wrap for packaging - LDPE Af007
Material Packaging Bleached kraft paper Af008
Material Packaging Non-bleached kraft paper Af009
Material Packaging White container glass Af010
Material Packaging Wooden pallet Af011
Material Other Sawn and planed timber - Conifer Az001
Material Other Sawn and planed timber - Hardwood Az002
Material Other Plywood - Outdoor use Az003
Material Other Plywood - Indoor use Az004
Material Other Fibre board Az005
Material Other Particle board - Outdoor use Az006
Material Other Particle board - Indoor use Az007
Material Other Single-glazed glass - Uncoated Az008
Material Other Single-glazed glass - Coated Az009
Material Other Double-glazed glass Az010
Material Other Drinking water - Supply system Az012
Material Other Water-based alkyd paint Az014
Material Other Solvent-based alkyd paint Az015
Material Other Hydraulic oil Az016
Process Material removal Milling - Cast iron Ba043
Process Material removal Milling - Steel Ba044
Process Material removal Milling - Aluminium Ba045
Process Material removal Milling - Stainless steel Ba046
Process Material removal Drilling - Cast iron Ba047
Process Material removal Drilling - Steel Ba048
Process Material removal Drilling - Aluminium Ba049
Process Material removal Drilling - Stainless steel Ba050
Process Material removal Drilling - Brass Ba051
Process Material removal Turning - Cast iron Ba052
Process Material removal Milling - Cast iron Ba043
Process Material removal Milling - Steel Ba044
Process Material removal Milling - Aluminium Ba045
Process Material removal Milling - Stainless steel Ba046
Process Material removal Drilling - Cast iron Ba047
Process Material removal Drilling - Steel Ba048
Process Material removal Drilling - Aluminium Ba049
Process Material removal Drilling - Stainless steel Ba050
Process Material removal Drilling - Brass Ba051
Process Material removal Turning - Cast iron Ba052
Process Material removal Turning - Steel Ba053
Process Material removal Turning - Aluminium Ba054
Process Material removal Turning - Stainless steel Ba055
Process Material removal Turning - Brass Ba056
Process Forming Press drawing - Steel Bb001
Process Forming Extrusion of seamless pipes - Steel Bb006
Process Forming Profile extrusion - Aluminium Bb027
Process Forming Cold rolling - Steel Bb028
Process Forming Hot rolling - Steel Bb029
Reference
Type Subtype Name
#
Process Forming Cold rolling - Stainless steel Bb030
Process Forming Rolling - Aluminium Bb031
Process Forming Rolling - Bronze Bb032
Process Forming Rolling - Copper Bb033
Process Forming Rolling - Brass Bb034
Process Forming Wire drawing - Steel Bb035
Process Forming Wire drawing - Copper Bb036
Process Surface treatment Hot dip galvanising Bd006
Process Surface treatment Continuous galvanising Bd007
Process Assembly Arc welding - Steel Be002
Process Assembly Gas welding - Steel Be003
Process Plastics processing Calendering rolling - Plastics Bf001
Process Plastics processing Extrusion - Plastic pipe Bf003
Process Plastics processing Injection blowing - Plastics Bf004
Process Plastics processing Blowing - Plastics Bf005
Process Other Metal laser cutting – Laser CO2 2700W Bz002
Process Other Metal laser cutting – Laser CO2 5000W Bz005
Process Other Metal laser cutting – Laser YAG 330 to 500W Bz012
Energy Electricity Low-voltage electricity - France Ca001
Energy Electricity Medium voltage electricity - Europe Ca004
Energy Heat Heat, average production - France Cb001
Transportation Air Medium-haul aircraft, transportation - Europe Da002
Transportation Ship Ship, ocean freight transportation - Worldwide Db001
Transportation Ship Barge, freight transportation - Europe Db002
Transportation Road Truck 16 to 32t - Europe Dc001
Transportation Train Train, freight transportation - Europe Dd001
Transportation Average scenario Air transportation scenario - Supply from China to France Dz001
Transportation Average scenario Marine transportation scenario - Supply from China to France Dz002
Transportation Average scenario Air transportation scenario - Supply from India to France Dz003
Transportation Average scenario Marine transportation scenario - Supply from India to France Dz004
End-of-life Average scenario End-of-life scenario - Hazardous waste Ez001
End-of-life Average scenario End-of-life scenario - Inert waste Ez002
End-of-life Average scenario End-of-life scenario - Non-hazardous waste Ez003
End-of-life Average scenario End-of-life scenario - Steel Ez004
End-of-life Average scenario End-of-life scenario - Aluminium Ez005
End-of-life Average scenario End-of-life scenario - Paper and board Ez006
End-of-life Average scenario End-of-life scenario - Plastics Ez007
7 Data sheets
Ref:
Aa002
Name:
Amount:
Cast iron
1kg
Type:
Material
Comment:
Subtype
Ferrous metal
Environmental indicators Value Unit
Climate change 1,40E+00 kg CO eq.
Resource depletion 1,38E-02 kg Sb eq.
Air acidification 4,84E-03 kg SO eq.
Water pollution 9,48E-01 m
Air pollution 5,87E+02 m
Ozone depletion 5,04E-08 kg CFC-11 eq.
Photochemical ozone formation 8,71E-04 kg C H eq.
2 4
3-
Eutrophication 7,85E-04 kg PO eq.
Eco-toxicity (fresh water) 7,59E-04 CTUe
Human toxicity (cancer-causing) 3,06E-10 CTUh
Human toxicity (non cancer-causing) 3,90E-11 CTUh
Water use 1,14E+01 l
Total primary energy use 1,89E+01 MJ
Renewable energy use 5,69E-01 MJ
Non-renewable energy use 1,78E+01 MJ
Inert waste production 7,50E-01 kg
Non-hazardous waste production 1,15E-01 kg
Hazardous waste production 4,62E-04 kg
Radioactive waste production 7,54E-05 kg
Unique score indicator 1,79E-01 Points

FprCEN/TR 18047:2023 (E)
Ref:
Aa003
Name:
Amount:
1kg
Mild steel - Flat
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,42E+00 kg CO eq.
Resource depletion 1,31E-02 kg Sb eq.
Air acidification 6,46E-03 kg SO eq.
Water pollution 3,66E-02 m
Air pollution 4,09E+02 m
Ozone depletion 9,11E-09 kg CFC-11 eq.
Photochemical ozone formation 1,17E-03 kg C H eq.
2 4
3-
Eutrophication 4,79E-04 kg PO eq.
Eco-toxicity (fresh water) 8,78E-03 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 1,37E+01 l
Total primary energy use 2,23E+01 MJ
Renewable energy use 2,99E-01 MJ
Non-renewable energy use 2,22E+01 MJ
Inert waste production 5,12E+00 kg
Non-hazardous waste production 3,18E-02 kg
Hazardous waste production 5,27E-02 kg
Radioactive waste production 1,18E-04 kg
Unique score indicator 1,71E-01 Points
Ref:
Aa004
Name: Amount:
Mild steel - Profile 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 1,36E+00 kg CO eq.
Resource depletion 9,19E-03 kg Sb eq.
Air acidification 3,83E-03 kg SO eq.
Water pollution 3,53E-02 m
Air pollution 2,00E+02 m
Ozone depletion 4,95E-08 kg CFC-11 eq.
Photochemical ozone formation 5,79E-04 kg C H eq.
2 4
3-
Eutrophication 3,19E-04 kg PO eq.
Eco-toxicity (fresh water) 9,60E-04 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 2,42E+00 l
Total primary energy use 1,51E+01 MJ
Renewable energy use 6,11E-01 MJ
Non-renewable energy use 1,48E+01 MJ
Inert waste production 2,56E+00 kg
Non-hazardous waste production 6,29E-02 kg
Hazardous waste production 2,87E-02 kg
Radioactive waste production 1,70E-05 kg
Unique score indicator 1,18E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa005
Name: Amount:
Mild steel - Tube 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,43E+00 kg CO eq.
Resource depletion 1,17E-02 kg Sb eq.
Air acidification 5,29E-03 kg SO eq.
Water pollution 1,22E-02 m
Air pollution 1,83E+02 m
Ozone depletion 1,69E-08 kg CFC-11 eq.
Photochemical ozone formation 4,93E-04 kg C H eq.
2 4
3-
Eutrophication 3,80E-04 kg PO eq.
Eco-toxicity (fresh water) 5,82E-03 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non-cancer causing) 0,00E+00 CTUh
Water use 1,03E+01 l
Total primary energy use 2,24E+01 MJ
Renewable energy use 2,66E-01 MJ
Non-renewable energy use 2,23E+01 MJ
Inert waste production 4,75E+00 kg
Non-hazardous waste production 1,17E-01 kg
Hazardous waste production 4,70E-02 kg
Radioactive waste production 9,29E-06 kg
Unique score indicator 1,64E-01 Points
Ref:
Aa010
Name: Amount:
Mild steel - Coil 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,07E+00 kg CO eq.
Resource depletion 1,08E-02 kg Sb eq.
Air acidification 4,73E-03 kg SO eq.
Water pollution 1,08E-02 m
Air pollution 3,17E+02 m
Ozone depletion 9,90E-09 kg CFC-11 eq.
Photochemical ozone formation 8,65E-04 kg C H eq.
2 4
3-
Eutrophication 3,63E-04 kg PO eq.
Eco-toxicity (fresh water) 1,51E-02 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non-cancer causing) 0,00E+00 CTUh
Water use 1,46E+01 l
Total primary energy use 1,86E+01 MJ
Renewable energy use 2,58E-01 MJ
Non-renewable energy use 1,85E+01 MJ
Inert waste production 4,55E+00 kg
Non-hazardous waste production 4,39E-02 kg
Hazardous waste production 2,07E-02 kg
Radioactive waste production 1,77E-06 kg
Unique score indicator 1,44E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa011
Name: Amount:
Mild steel - Wire 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,18E+00 kg CO eq.
Resource depletion 1,10E-02 kg Sb eq.
Air acidification 5,72E-03 kg SO eq.
Water pollution 2,35E-02 m
Air pollution 2,44E+02 m
Ozone depletion 0,00E+00 kg CFC-11 eq.
Photochemical ozone formation 6,30E-04 kg C H eq.
2 4
3-
Eutrophication 4,06E-04 kg PO eq.
Eco-toxicity (fresh water) 0,00E+00 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 1,16E+01 l
Total primary energy use 1,71E+01 MJ
Renewable energy use 0,00E+00 MJ
Non-renewable energy use 1,71E+01 MJ
Inert waste production 0,00E+00 kg
Non-hazardous waste production 0,00E+00 kg
Hazardous waste production 0,00E+00 kg
Radioactive waste production 4,78E-06 kg
Unique score indicator 1,56E-01 Points
Ref:
Aa012
Name:
Amount:
Mild steel - Concrete
1kg
Type:
reinforcing Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 8,03E-01 kg CO eq.
Resource depletion 7,01E-03 kg Sb eq.
Air acidification 2,53E-03 kg SO eq.
Water pollution 4,50E-02 m
Air pollution 1,73E+02 m
Ozone depletion 0,00E+00 kg CFC-11 eq.
Photochemical ozone formation 3,96E-04 kg C H eq.
2 4
3-
Eutrophication 2,70E-04 kg PO eq.
Eco-toxicity (fresh water) 0,00E+00 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 1,39E+01 l
Total primary energy use 1,12E+01 MJ
Renewable energy use 9,55E-01 MJ
Non-renewable energy use 1,05E+01 MJ
Inert waste production 0,00E+00 kg
Non-hazardous waste production 2,93E-01 kg
Hazardous waste production 2,10E-02 kg
Radioactive waste production 5,20E-06 kg
Unique score indicator 9,52E-02 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa013
Name: Amount:
Mild steel - Hot dip galvanised 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,36E+00 kg CO eq.
Resource depletion 1,31E-02 kg Sb eq.
Air acidification 7,47E-03 kg SO eq.
Water pollution 1,79E-02 m
Air pollution 3,98E+02 m
Ozone depletion 0,00E+00 kg CFC-11 eq.
Photochemical ozone formation 8,18E-04 kg C H eq.
2 4
3-
Eutrophication 4,63E-04 kg PO eq.
Eco-toxicity (fresh water) 0,00E+00 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 2,15E+01 l
Total primary energy use 2,47E+01 MJ
Renewable energy use 7,05E-01 MJ
Non-renewable energy use 2,10E+01 MJ
Inert waste production 0,00E+00 kg
Non-hazardous waste production 2,26E+00 kg
Hazardous waste production 1,92E-02 kg
Radioactive waste production 1,42E-05 kg
Unique score indicator 1,81E-01 Points
Ref:
Aa014
Name: Amount:
Mild steel - Electro zinc coated 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,63E+00 kg CO eq.
Resource depletion 1,38E-02 kg Sb eq.
Air acidification 7,85E-03 kg SO eq.
Water pollution 2,16E-02 m
Air pollution 4,64E+02 m
Ozone depletion 0,00E+00 kg CFC-11 eq.
Photochemical ozone formation 1,24E-03 kg C H eq.
2 4
3-
Eutrophication 5,85E-04 kg PO eq.
Eco-toxicity (fresh water) 0,00E+00 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 2,52E+01 l
Total primary energy use 2,17E+01 MJ
Renewable energy use 0,00E+00 MJ
Non-renewable energy use 2,17E+01 MJ
Inert waste production 0,00E+00 kg
Non-hazardous waste production 0,00E+00 kg
Hazardous waste production 0,00E+00 kg
Radioactive waste production 1,77E-05 kg
Unique score indicator 1,88E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa015
Name: Amount:
Mild steel - Chromium 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,48E+00 kg CO eq.
Resource depletion 1,40E-02 kg Sb eq.
Air acidification 5,12E-03 kg SO eq.
Water pollution 3,28E-02 m
Air pollution 2,50E+02 m
Ozone depletion 0,00E+00 kg CFC-11 eq.
Photochemical ozone formation 5,58E-04 kg C H eq.
2 4
3-
Eutrophication 6,35E-04 kg PO eq.
Eco-toxicity (fresh water) 0,00E+00 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 6,98E+00 l
Total primary energy use 2,29E+01 MJ
Renewable energy use 0,00E+00 MJ
Non-renewable energy use 2,29E+01 MJ
Inert waste production 0,00E+00 kg
Non-hazardous waste production 0,00E+00 kg
Hazardous waste production 0,00E+00 kg
Radioactive waste production 2,39E-05 kg
Unique score indicator 1,81E-01 Points
Ref:
Aa016
Name: Amount:
Mild steel - Tinned 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,49E+00 kg CO eq.
Resource depletion 1,34E-02 kg Sb eq.
Air acidification 6,58E-03 kg SO eq.
Water pollution 2,63E-02 m
Air pollution 2,74E+02 m
Ozone depletion 0,00E+00 kg CFC-11 eq.
Photochemical ozone formation 7,61E-04 kg C H eq.
2 4
3-
Eutrophication 5,12E-04 kg PO eq.
Eco-toxicity (fresh water) 0,00E+00 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 8,36E+00 l
Total primary energy use 2,21E+01 MJ
Renewable energy use 0,00E+00 MJ
Non-renewable energy use 2,21E+01 MJ
Inert waste production 0,00E+00 kg
Non-hazardous waste production 0,00E+00 kg
Hazardous waste production 0,00E+00 kg
Radioactive waste production 2,42E-05 kg
Unique score indicator 1,84E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa017
Name: Amount:
Mild steel - Polymer coating 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,93E+00 kg CO eq.
Resource depletion 1,48E-02 kg Sb eq.
Air acidification 9,34E-03 kg SO eq.
Water pollution 2,56E-02 m
Air pollution 3,50E+02 m
Ozone depletion 0,00E+00 kg CFC-11 eq.
Photochemical ozone formation 9,95E-04 kg C H eq.
2 4
3-
Eutrophication 6,28E-04 kg PO eq.
Eco-toxicity (fresh water) 0,00E+00 CTUe
Human toxicity (cancer-causing) 0,00E+00 CTUh
Human toxicity (non cancer-causing) 0,00E+00 CTUh
Water use 1,19E+01 l
Total primary energy use 2,40E+01 MJ
Renewable energy use 9,61E-01 MJ
Non-renewable energy use 2,40E+01 MJ
Inert waste production 0,00E+00 kg
Non-hazardous waste production 1,70E+00 kg
Hazardous waste production 1,53E-02 kg
Radioactive waste production 1,44E-05 kg
Unique score indicator 2,09E-01 Points
Ref:
Aa018
Name: Amount:
Low-alloy steel - Sheet metal 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 1,89E+00 kg CO eq.
Resource depletion 1,76E-02 kg Sb eq.
Air acidification 6,44E-03 kg SO eq.
Water pollution 8,02E-01 m
Air pollution 6,56E+02 m
Ozone depletion 9,13E-08 kg CFC-11 eq.
Photochemical ozone formation 8,86E-04 kg C H eq.
2 4
3-
Eutrophication 1,14E-03 kg PO eq.
Eco-toxicity (fresh water) 1,07E-03 CTUe
Human toxicity (cancer-causing) 2,49E-10 CTUh
Human toxicity (non cancer-causing) 4,34E-10 CTUh
Water use 2,14E+01 l
Total primary energy use 2,87E+01 MJ
Renewable energy use 1,69E+00 MJ
Non-renewable energy use 3,27E+01 MJ
Inert waste production 1,12E+00 kg
Non-hazardous waste production 4,26E-01 kg
Hazardous waste production 6,80E-04 kg
Radioactive waste production 1,12E-04 kg
Unique score indicator 2,28E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa019
Name: Amount:
Low-alloy steel - Bar 1kg
Type:
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 1,86E+00 kg CO eq.
Resource depletion 1,46E-02 kg Sb eq.
Air acidification 5,45E-03 kg SO eq.
Water pollution 6,56E-01 m
Air pollution 5,87E+02 m
Ozone depletion 6,91E-08 kg CFC-11 eq.
Photochemical ozone formation 9,69E-04 kg C H eq.
2 4
3-
Eutrophication 9,68E-04 kg PO eq.
Eco-toxicity (fresh water) 9,07E-04 CTUe
Human toxicity (cancer-causing) 2,21E-10 CTUh
Human toxicity (non cancer-causing) 4,25E-10 CTUh
Water use 1,86E+01 l
Total primary energy use 1,99E+01 MJ
Renewable energy use 1,48E+00 MJ
Non-renewable energy use 2,04E+01 MJ
Inert waste production 1,02E+00 kg
Non-hazardous waste production 3,52E-01 kg
Hazardous waste production 7,34E-05 kg
Radioactive waste production 8,15E-05 kg
Unique score indicator 1,92E-01 Points
Ref:
Aa020
Name:
Amount:
Stainless steel said chromium-
1kg
Type:
nickel steel (Type 304) - Sheet
Material
metal
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 5,06E+00 kg CO eq.
Resource depletion 4,38E-02 kg Sb eq.
Air acidification 2,76E-02 kg SO eq.
Water pollution 2,49E+00 m
Air pollution 1,38E+03 m
Ozone depletion 2,42E-07 kg CFC-11 eq.
Photochemical ozone formation 1,57E-03 kg C H eq.
2 4
3-
Eutrophication 2,21E-03 kg PO4 eq.
Eco-toxicity (fresh water) 2,30E-03 CTUe
Human toxicity (cancer-causing) 4,10E-10 CTUh
Human toxicity (non cancer-causing) 4,42E-10 CTUh
Water use 3,47E+01 l
Total primary energy use 7,42E+01 MJ
Renewable energy use 9,39E+00 MJ
Non-renewable energy use 6,24E+01 MJ
Inert waste production 4,00E+00 kg
Non-hazardous waste production 4,51E+00 kg
Hazardous waste production 1,69E-03 kg
Radioactive waste production 3,33E-04 kg
Unique score indicator 5,75E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa021
Name:
Amount:
Stainless steel said chromium-
1kg
Type:
nickel steel (Type 304) - Bar
Material
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 4,97E+00 kg CO eq.
Resource depletion 3,37E-02 kg Sb eq.
Air acidification 2,44E-02 kg SO eq.
Water pollution 1,18E+00 m
Air pollution 1,29E+03 m
Ozone depletion 2,15E-07 kg CFC-11 eq.
Photochemical ozone formation 1,42E-03 kg C H eq.
2 4
3-
Eutrophication 2,36E-03 kg PO eq.
Eco-toxicity (fresh water) 2,04E-03 CTUe
Human toxicity (cancer-causing) 3,80E-10 CTUh
Human toxicity (non cancer-causing) 4,02E-10 CTUh
Water use 2,95E+01 l
Total primary energy use 8,39E+01 MJ
Renewable energy use 1,08E+01 MJ
Non-renewable energy use 6,58E+01 MJ
Inert waste production 3,75E+00 kg
Non-hazardous waste production 4,25E+00 kg
Hazardous waste production 1,38E-03 kg
Radioactive waste production 2,60E-04 kg
Unique score indicator 5,17E-01 Points
Ref:
Aa024
Name:
Amount:
Stainless steel said chromium-
1kg
Type:
nickel steel (Type 316) - Sheet
Material
metal
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 6,36E+00 kg CO eq.
Resource depletion 4,96E-02 kg Sb eq.
Air acidification 3,77E-02 kg SO eq.
Water pollution 1,94E+00 m
Air pollution 2,00E+03 m
Ozone depletion 3,15E-07 kg CFC-11 eq.
Photochemical ozone formation 1,86E-03 kg C H eq.
2 4
3-
Eutrophication 1,56E-02 kg PO4 eq.
Eco-toxicity (fresh water) 6,48E-03 CTUe
Human toxicity (cancer-causing) 5,03E-10 CTUh
Human toxicity (non cancer-causing) 3,48E-08 CTUh
Water use 4,82E+01 l
Total primary energy use 1,06E+02 MJ
Renewable energy use 1,61E+01 MJ
Non-renewable energy use 9,55E+01 MJ
Inert waste production 7,96E+00 kg
Non-hazardous waste production 6,52E+00 kg
Hazardous waste production 2,12E-03 kg
Radioactive waste production 3,96E-04 kg
Unique score indicator 7,40E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa025
Amount:
Name:
1kg
Stainless steel said chromium-
Type:
Material
nickel steel (Type 316) - Bar
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 5,90E+00 kg CO eq.
Resource depletion 4,54E-02 kg Sb eq.
Air acidification 3,45E-02 kg SO eq.
Water pollution 1,73E+00 m
Air pollution 1,92E+03 m
Ozone depletion 2,83E-07 kg CFC-11 eq.
Photochemical ozone formation 1,72E-03 kg C H eq.
2 4
3-
Eutrophication 1,53E-02 kg PO eq.
Eco-toxicity (fresh water) 6,22E-03 CTUe
Human toxicity (cancer-causing) 4,72E-10 CTUh
Human toxicity (non cancer-causing) 3,48E-08 CTUh
Water use 4,30E+01 l
Total primary energy use 1,01E+02 MJ
Renewable energy use 1,52E+01 MJ
Non-renewable energy use 8,57E+01 MJ
Inert waste production 7,71E+00 kg
Non-hazardous waste production 6,25E+00 kg
Hazardous waste production 1,81E-03 kg
Radioactive waste production 3,24E-04 kg
Unique score indicator 6,80E-01 Points
Ref:
Aa030
Name:
Amount:
Stainless steel said chromium
1kg
Type:
steel (Type 420, 430, 440, 441)
Material
- Sheet metal
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,68E+00 kg CO eq.
Resource depletion 2,34E-02 kg Sb eq.
Air acidification 1,44E-02 kg SO eq.
Water pollution 1,91E+00 m
Air pollution 1,35E+03 m
Ozone depletion 9,50E-08 kg CFC-11 eq.
Photochemical ozone formation 1,28E-03 kg C H eq.
2 4
3-
Eutrophication 5,29E-03 kg PO4 eq.
Eco-toxicity (fresh water) 2,57E-03 CTUe
Human toxicity (cancer-causing) 2,71E-10 CTUh
Human toxicity (non cancer-causing) 1,04E-08 CTUh
Water use 3,46E+01 l
Total primary energy use 4,58E+01 MJ
Renewable energy use 3,72E+00 MJ
Non-renewable energy use 4,21E+01 MJ
Inert waste production 4,50E+00 kg
Non-hazardous waste production 3,41E-01 kg
Hazardous waste production 1,45E-03 kg
Radioactive waste production 1,60E-04 kg
Unique score indicator 3,39E-01 Points
FprCEN/TR 18047:2023 (E)
Ref:
Aa031
Name:
Amount:
Stainless steel said chromium
1kg
Type:
steel (Type 420, 430, 440, 441)
Material
- Bar
Comment:
Subtype:
Ferrous metal
Environmental indicators Value Unit
Climate change 2,13E+00 kg CO2 eq.
Resource depletion 1,93E-02 kg Sb eq.
Air acidification 1,12E-02 kg SO eq.
Water pollution 6,03E-01 m
Air pollution 1,26E+03 m
Ozone depletion 6,34E-08 kg CFC-11 eq.
Photochemical ozone formation 1,13E-03 kg C H eq.
2 4
3-
Eutrophication 4,97E-03 kg PO eq.
Eco-toxicity (fresh water) 2,31E-03 CTUe
Human toxicity (cancer-causing) 2,40E-10 CTUh
Human toxicity (non cancer-causing) 1,03E-08 CTUh
Water use 2,94E+01 l
Total primary energy use 3,51E+01 MJ
Renewable energy use 2,78E+00 MJ
Non-renewable energy use 3,23E+01 MJ
Inert waste production 4,25E+00 kg
Non-hazardous waste production 7,43E-02 kg
Hazardous waste production 1,14E-03 kg
Radioactive waste production 8,80E-05 kg
Unique score indicator 2,82E-01 Points
Ref:
Ab001
Name: Amount:
Primary aluminium - Ingot 1kg
Type:
Material
Subtype:
Comment:
Non-ferrous
metal
Environmental indicators Value Unit
Climate change 1,15E+01 kg CO eq.
Resource depletion 5,77E-02 kg Sb eq.
Air acidification 5,08E-02 kg SO2 eq.
Water pollution 4,24E+00 m
Air pollution 2,25E+03 m
Ozone depletion 8,48E-07 kg CFC-11 eq.
Photochemical ozone formation 4,31E-03 kg C H eq.
2 4
3-
Eutrophication 4,35E-03 kg PO eq.
Eco-toxicity (fresh water) 9,67E-03 CTUe
Human toxicity (cancer-causing) 5,69E-10 CTUh
Human toxicity (non cancer-causing) 1,78E-09 CTUh
Water use 4,65E+01 l
Total primary energy use 2,04E+02 MJ
Renewable energy use 3,82E+01 MJ
Non-renewabl
...