Présentation PowerPointavnir.org/documentation/congres_avnir/2017/PPT/... · Expert company, Based...
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Transcript of Présentation PowerPointavnir.org/documentation/congres_avnir/2017/PPT/... · Expert company, Based...
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Expert company, Based on North of France.
Collaborating with businesses, decision makers and
institutions to assess, comprehend, improve their
sustainability performance.
LCM, Circular Economy andsustainability strategy.
Sustainability metrics based onLife Cycle Approaches.
Eco-design to implement sustainability. Key Performance Indicators for progress.
Support communication based on sustainability performances.
Awareness raising and training tosupport sustainabilityimplementation.
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Catégories d'impacts
Changement
climatique
Epuisement
des ressources
Epuisement de
l’eau douce
Toxicité
humaine
Destruction de
la couche
d’ozone
Acidification Eutrophisation
Flux entrants
MATIÈRES
PREMIÈRES
ÉNERGIES
Flux sortants
Air
Eau
sol
Reference: EU Commission 2017
More than a third of global resource consumption
50% of energy consumption in EU
36% of CO2 emissions in EU
1/3 of all wastes in EU (C&D) in EU
Big share of existing public and private housings, dates from before 1975.
Poorly insulated housing lead to serious fuel overconsumption, especially among the most modest households.
Issue of sustainable renovation of housings is therefore a priority!
Energy-efficient house, embodied energy in the construction represents several years of heating in equivalent energy
END OF LIFE
RAW MATERIAL/ ENERGY AND
MANUFACTURING
RenovationInstallation
etc.
USEMAINTENANCE
REFURBISHMENT
Transport and distribution
Construction industry one of leading sectors in LCA
LCA used to assess: environmental impacts of construction products and buildings.
Significant efforts to develop and implement EPD by construction industry EPD1
EPD2
EPD3
EPD4
EPD5
Etc.
EN 15978
Building
B2B and B2C
communication
Construction products Buildings
Use of EPD is limited and challenging (Renovation) Why?
Impact categories Units EU, EN15804 NL FR BE DEEN 15654 Abiotic depletion elements kg Sb eq X X X X XEN 15654 Abiotic depletion - fossil MJ X kg Sb eq X X XEN 15654 Acidification for soil / water kg SO2 eq X X X X XEN 15654 Ozone depletion kg CFC-11 eq X X X X XEN 15654 Climate change kg CO2 eq X X X X XEN 15654 Eutrophication kg PO4--- eq X X X X XEN 15654 Photochemical ozone creation kg C2H4 X X X X X
Human toxicity (HT) kg 1,4-DB eq XHuman toxicity, cancer effects CTUh XHuman toxicity, non-cancer effects CTUh XIonising radiation, human health DALY XParticulate matter formation DALY XPollution de l'air m3 XPollution de l'eau m3 XEcotoxicity, fresh water (FAETP) kg 1,4-DB eq X XEcotoxcity, marine water (MAETP) kg 1,4-DB eq X XEcotoxicity, terrestric (TETP) kg 1,4-DB eq X X
Energy, primary, renewable MJ, gross cal X X X X XEnergy, primary, non-renewable MJ, gross cal X X X X XTotal Energy, primary MJ, gross cal X X X X XRenewable as raw material MJ, net cal X X XRenewable as energy MJ, net cal X X XNon renewable as energy MJ, net cal X X XNon renewable as raw material MJ, net cal X X XRenewable secondary fuel MJ, net cal X XNon renewable secondary fuel MJ, net cal X XExported energy MJ per EnCar X X
Water, fresh water use m3 X X X XBE Water depletion m3 XWaste, non hazardous kg X X X X XWaste, hazardous (incl. radioactive waste) kg XHazardous waste kg X X X XRadioactive waste kg X X X X
Components for re-use kg X X X XMaterials for recycling kg X X X XMaterials for energy recovery kg X X X XSecondary material kg X X X X
Agricultural land occupation species.yr XUrban land occupation species.yr XTransformation tropical rain forest species.yr XNatural land transformation species.yr X
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Complexity (assumptions and results)
VS
daleypost
Lack of knowledge
Simplification Training /Awareness
Which product to choose? Product A or product B
0
10
20
30
40
50
Product A Product B
Abiotic depletion elements Abiotic depletion - fossil
Acidification for soil / water Ozone depletion
Climate change Eutrophication
Photochemical ozone creation
0
1
2
3
4
5
6
7
8
9
10
Abiotic
depletion
elements
Abiotic
depletion -
fossil
Acidification for
soil / water
Ozone depletion Climate change Eutrophication Photochemical
ozone creation
Product A Product B
Which product to choose? Product A or product B
0
2
4
6
8
10
12
Abiotic depletion elements Climate change Eutrophication
Product A Product B
Which product to choose? Product A or product B
EPD1EPD
2 EPD3EPD
4 EPD5Etc.
EN 15978
Building
At product level (or application level) EPD is difficult be used in a context of decision making and benchmarking (for communication)
• Definition of Functional Unit,• Benchmarking (define performance classes for
representative products),• Aggregation (aggregation of different modules,
normalization and weighting, reduce non-essential indicators, etc.).
At building level (B2B and B2C)• Mechanism to converge EPDs to the building
need to assessed and simplified, • Simplified tools are needed to mainstream
use of EPDs,• Missing tools for eco-design (marginal today).
Missing EPDs for companies with limited resources (ex. SMEs) is a discriminatory aspect.
Reduce costs of EPDs, Develop supporting PCRs, Financial support from public authorities.
Company X
Markets Belgium, France, Netherlands and Germany
For product Y (Same product for all these countries)
How many EPDs = 4
How many verifications = 4
How many times registration costs = 4
Estimated cost ~ +++ euros
1. In some countries if the national default database is not used the EPD is accepted but not usable in the framework of national schemes.
2. Scope of EPDs are different from country to country in EU
- Module arrangement are not the same.
- Module D is mandatory in Netherlands and optional in France.
- Module A to C is mandatory in France while several EPDs are cradle to gate with or without options for other countries.
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Date of publication (prevision)
March 2018
Date of validity 31st December 2020
Area of Application
Designation
Application description
Ceiling, Roof DAD External insulation of warm pitched roof or ceiling insulation, protected against weathering, insulation under cover
DAA External insulation of roof or ceiling, protected against weathering, insulation under water proofing
DUK External insulation of the roof, exposed to the weather (inverted roof)
DZ Insulation between the rafters, two-shell roof, top floor ceiling not readily walkable but accessible
DI Interior insulation of the ceiling (underside) or the roof, insulation under the rafters / supporting structure, false ceiling etc.
DEO Interior insulation of the ceiling or floor plate (top side) below floor screed without acoustic dampening requirements
DES Interior insulation of the ceiling or floor plate (top side) below screed with acoustic dampening requirements
Wall WAB External wall insulation behind covers
WAA External wall insulation behind seal
WAP External Thermal Insulation Composite System with render
WZ Insulation of double-leaf walls, cavity wall insulation
WH Insulation of wood frame and wood panel construction
WI Interior wall insulation (insulation of walls from inside)
WTH Insulation between the house partition walls with sound insulation requirements (between adjacent houses)
WTR Insulation of partitioning walls (within one house)
Perimeter PW External thermal insulation of walls in contact with soil (outside of the water proofing)
PB External thermal insulation under the floor panel in contact with soil (outside of water proofing)
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Pitched roof Flat roof
Build-up is adjustable. (type and dimension of extensions)
Easy and simple to model.
Selection of product may be done in less than 5 minutes! Possible in mobile app!
Insulation 1
Insulation 2
Insulation 3
Benchmarking is provided.
Results may be aggregated by adding modules.
Normalization and weighting is available (JRC) and authorized.
Database is provided for free in the frame work of PEF pilot phase.
Data base and datasets are harmonized and EF compliant.
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Training and awareness raising of different stakeholders all over construction value chain,
Participating actively and following initiatives providing benchmarking opportunities in decision making context (Ex. Building positive energy and carbon reduction in France),
Participating actively in initiatives for harmonization,
Contributing actively to National and EU projects dealing with this topic.
Conducting together with our partners an EPD of cellulose insulation product valid for all EU market (for the first time) –assessment of time and resources,
