Thin reflective multi-layer insulation TRISO SUPER 10+ · E-mail: [email protected] b. Issuer information Écoeff Mozinor, 2 à 20 avenue du Président Salvador Allende

Environmental Product Declaration

ISO 14025 / ISO 21930

Thin reflective multi-layer insulation

TRISO SUPER 10+

Issued, date: 20 Jul. 12 Valid until, date: 19 Jul. 17

Environmental Product Declaration of TRISO-SUPER 10+ Thin reflective multi-layer insulation

Environmental Product Declaration prepared by on July 2012 2/ 20

Summary Foreword ................................................................................................................................................. 3

1. Specification of the manufacturing company ................................................................................. 4

a. Manufacturer information .......................................................................................................... 4

b. Issuer information ....................................................................................................................... 4

2. Specification of the product ............................................................................................................ 5

a. Background information.............................................................................................................. 5

b. Product description ..................................................................................................................... 5

c. Product specificities .................................................................................................................... 6

3. Methodology ................................................................................................................................... 6

a. System boundaries ...................................................................................................................... 6

Product stage ................................................................................................................................... 6

Construction process stage ............................................................................................................. 7

Use stage ......................................................................................................................................... 7

End-of-life stage .............................................................................................................................. 7

4. Potential environmental impact...................................................................................................... 8

5. Use of natural resources ................................................................................................................. 8

a. Non-renewable resources ........................................................................................................... 8

b. Renewable resources ................................................................................................................ 10

c. Electricity consumption ............................................................................................................. 11

6. Other indicators ............................................................................................................................. 12

a. Input flows ................................................................................................................................. 12

b. Output flows .............................................................................................................................. 12

7. Release of dangerous substances during the use stage ................................................................ 12

8. Additional environmental information ......................................................................................... 13

a. Emissions to air .......................................................................................................................... 13

b. Emissions to water .................................................................................................................... 15

c. Emissions to soil ........................................................................................................................ 18

9. Verification .................................................................................................................................... 19

10. References ................................................................................................................................. 20

Illustration table Figure 1 : Picture of TRISO-SUPER 10+ .................................................................................................... 5

Figure 2 : TRISO-SUPER 10+ material composition ................................................................................. 5

Figure 3 : Life cycle stages included in LCA ............................................................................................. 6

Figure 4 : Waste treatment repartition for plastic building parts ........................................................... 7



Foreword

This EPD was realized by écoeff according to ISO 21930. Ecoeff and ACTIS Isolation accepts no responsibility with respect to any third party to whom the results of the study have been communicated or in whose hands they would have succeeded, using the results by them under their own responsibility. Study results are based only on facts, circumstances and assumptions that have been submitted during the study. If those facts, circumstances and assumptions evolve, the results are subject to change.



1. Specification of the manufacturing company

a. Manufacturer information ACTIS ISOLATION Avenue de Catalogne 11300 LIMOUX

ISO 9001/ISO 14001: Yes

Market area: European

Contact person: Marta Bausach Phone: +33 (0) 5 61 68 42 76

E-mail: [email protected]

b. Issuer information

Écoeff

Mozinor, 2 à 20 avenue du Président Salvador Allende

93106 Montreuil Cedex

Contact person: Sylvain GRELET Phone: + 33 (0) 1 43 63 17 31

E-mail: [email protected]

http://www.actis-isolation.com/home.php?p=1&l=1



2. Specification of the product

a. Background information

b. Product description

TRISO SUPER 10+ is a thin reflective multi-layer insulation system with a thickness of 35 mm. It is

composed of external reinforced films, polyester fiber wadding, polyethylene flexible foam and

metalized films.

Figure 1 : Picture of TRISO-SUPER 10+

Its thermal resistance is equivalent to 210mm of mineral wool, which has a declared thermal

conductivity of 0.04W/mK and a declared R value of 5.25m²K/W.

Figure 2 : TRISO-SUPER 10+ material composition

TRISO-SUPER 10+

Product : 0,74 kg/m²

Polyester fiber

Polyethylene foam

Inner metalized films

Distribution packaging 50 g/m² Polyethylene film, cardboard, pallet

Scope Year of study Expected service life of building Service life of product Thickness Functional unit (FU)

Cradle to grave 2012 (with data collection representing 2011) 50 years 50 years 35 mm “Provide thermal insulation of 1 m² of roof, for a year, providing the performance required of the product”



c. Product specificities

In addition to material technical specification, products also respond to norms as described beside. Water sealing: Conform with norms NF EN 1928 & NF EN 13859-1 Mechanical resistance: Conform with norms NF EN ISO 13934-1 & NF EN ISO 13937-2 Behavior of trickling water: Guide CSTB of 24/02/1992

3. Methodology

As exposed in PCR BASIC MODULE Construction products and Construction services paragraph 6.6

Cut off rules, “Life Cycle Inventory data for a minimum of 99% of total inflows to the upstream and

core module shall be included, accounted as GWP or energy consumption ».

a. System boundaries

This EPD is realized for the scope “cradle to grave” which includes all life cycle stages from raw

material supply to end-of-life.

Figure 3 : Life cycle stages included in LCA

Product stage

A1: extraction of raw materials

Data used have been extracted from ecoinvent database V2.2.

A2: transport processes are cut-off, due to negligible influence

A3: manufacturing of the product and all single components, including manufacturing of packaging

materials

Energy production mix used for manufacturing is French production mix as existing in EcoInvent V2.2.

Supplementary

information

beyond the

building life

cycle

Benefits and

loads beyond

the system

boundary

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A1 A2 A3 A4 A5 B1 B2 B3 B4 B5 B6 B7 C1 C2 C3 C4 D

x x x x x xx

Product stageConstruction

Process StageUse stage End-of-life stage

Building life cycle information

Building assessment information ( x = included in LCA)



Construction process stage

A4: delivery of products from plant to customer as a standard scenario.

According to Actis isolation sales repartition, the distribution scenario has been chosen at 1231 km.

For each country, the distance between Limoux (11, France) and the capital is chosen and the

delivery distance is calculated to 1 231 km. The mean of transport is a truck > 32 tonnes, Euro 3.

A5: effort (energy and material) and emissions of packaging incineration/landfilling

Use stage

Use stage is out of the study because this product doesn’t require maintenance, repair, replacement

or refurbishment. During use phase, no strip replacement is useful.

End-of-life stage

C2: transport scenario for end-of-life

This transport is set at standard scenario 25 km by truck > 32 tonnes, Euro 3.

Waste and disposal

End of life of the insulation material has been calculated with European figures from plastic europe.

Plastic waste from building & construction

Figure 4 : Waste treatment repartition for plastic building parts

C3: waste processing

Incineration, calorific value of this insulation panel is set at 40 MJ/kg.

C4: disposal

Landfill, landfilling EcoInvent V2.2 process is used.

D: recovery and recycling potential

Recycling model used come from EcoInvent V2.2 database.

Recycling 20,0%

Incineration 36,2%

Landfill 43,8%

Waste treatment



4. Potential environmental impact

Potential environmental impact for FU

Emissions and removals of greenhouse gases 0.081 g eq CO2

Emissions of ozone-depleting gases 5.3 E-6 g eq CFC-11

Emissions of acidification gases 0.254 g eq SO2

Emissions of gases that contribute to the creation of ground level ozone

0.014 g eq C2H4

Emissions of substances to water contributing to oxygen depletion

0.14 g eq PO43-

5. Use of natural resources

In this part, non renewable and renewable resources are detailed.

a. Non-renewable resources

Product

stage


Use stage End of life

stage Life cycle total

Transport

Construction

installation

process

Flow Units A1-A3 A4 A5 B1-B7 C2-C4 Per year For full life

Non-renewable material resources

Antimony (Sb) kg 2,11E-14 8,91E-14 1,46E-15 0 5,89E-16 1,12E-13 5,61E-12

Silver (Ag) kg 1,55E-10 1,10E-10 1,62E-11 0 2,85E-14 2,81E-10 1,40E-08

Clay kg 7,03E-05 2,01E-05 1,25E-05 0 1,54E-06 1,05E-04 5,23E-03

Arsenic (As) kg 0 0 0 0 0 0 0

Bauxite (Al2O3) kg 3,30E-04 2,68E-06 1,63E-06 0 1,59E-08 3,34E-04 1,67E-02

Bentonite kg 1,92E-05 1,02E-06 4,80E-06 0 4,37E-08 2,51E-05 1,25E-03

Bismuth (Bi) kg 0 0 0 0 0 0 0

Bore (B) kg 2,96E-09 5,60E-10 2,19E-10 0 3,01E-11 3,77E-09 1,88E-07

Cadmium (Cd) kg 3,52E-10 6,02E-09 3,28E-08 0 5,26E-14 3,91E-08 1,96E-06

Limestone kg 4,69E-04 6,88E-05 1,48E-04 0 6,73E-06 6,93E-04 3,47E-02

Sodium Carbonate

(Na2CO3) kg 0 0 0 0 0 0 0

Potassium Chloride

(KCl) kg 1,32E-06 5,52E-09 8,25E-10 0 1,83E-12 1,32E-06 6,62E-05

Sodium chloride

(NaCl) kg 1,44E-04 6,50E-06 1,72E-06 0 5,88E-06 1,58E-04 7,89E-03

Chromium (Cr) kg 1,29E-06 1,31E-07 9,35E-06 0 1,03E-08 1,08E-05 5,39E-04

Cobalt (Co) kg 8,62E-12 1,48E-11 9,09E-13 0 2,65E-13 2,46E-11 1,23E-09

Copper (Cu) kg 2,06E-06 3,47E-07 2,01E-07 0 1,75E-10 2,61E-06 1,30E-04

Dolomite kg 2,80E-07 1,40E-07 9,91E-07 0 -3,94E-09 1,41E-06 7,04E-05

Tin (Sn) kg 2,57E-09 2,02E-09 6,14E-10 0 5,68E-13 5,20E-09 2,60E-07



Feldspath kg 2,36E-12 9,33E-14 8,22E-14 0 8,83E-17 2,53E-12 1,27E-10

Iron (Fe) kg 8,74E-05 7,10E-05 3,87E-04 0 -3,09E-07 5,45E-04 2,72E-02

Ferromanganese (Fe,

Mn, C, Ore) kg 0 0 0 0 0 0 0

Fluorite (CaF2) kg 1,61E-06 5,38E-08 2,62E-08 0 3,11E-08 1,72E-06 8,61E-05

Graphite kg 5,84E-14 1,92E-15 1,14E-15 0 2,02E-17 6,15E-14 3,08E-12

Granite kg 1,27E-03 2,76E-03 2,23E-04 0 3,76E-07 4,25E-03 2,12E-01

Gravel kg 0 0 0 0 0 0 0

Lithium (Li) kg 7,11E-07 1,72E-08 5,06E-09 0 4,51E-10 7,33E-07 3,67E-05

Kaolin (Al2O3,

2SiO2,2H2O) kg 2,92E-07 2,60E-07 1,52E-06 0 5,01E-10 2,08E-06 1,04E-04

Magnesium (Mg) kg 3,84E-07 5,47E-08 6,62E-06 0 5,89E-16 1,12E-13 5,61E-12

Manganese (Mn) kg 2,11E-14 8,91E-14 1,46E-15 0 -3,76E-10 7,06E-06 3,53E-04

Mercury (Hg) kg 7,05E-11 2,73E-12 2,12E-12 0 1,40E-11 8,94E-11 4,47E-09

Molybdenum (Mo) kg 4,98E-08 6,95E-09 2,20E-07 0 6,77E-12 2,77E-07 1,39E-05

Nickel (Ni) kg 3,47E-06 7,13E-07 2,42E-05 0 1,27E-08 2,84E-05 1,42E-03

Sodium nitrate kg 8,89E-11 4,77E-15 2,00E-14 0 -8,11E-13 8,81E-11 4,41E-09

Olivine (Mg, Fe)

2SiO4, ore) kg 2,24E-08 1,48E-11 5,21E-11 0 -3,06E-09 1,94E-08 9,70E-07

Gold (Au) kg 5,50E-11 4,10E-11 5,95E-12 0 1,06E-14 1,02E-10 5,10E-09

Palladium (Pd) kg 4,83E-12 3,38E-12 4,48E-13 0 6,34E-14 8,72E-12 4,36E-10

Platinum (Pt) kg 3,41E-13 7,96E-14 2,47E-14 0 1,99E-15 4,47E-13 2,24E-11

Lead (Pb) kg 4,72E-07 2,30E-07 4,08E-09 0 -9,47E-10 7,05E-07 3,53E-05

Pyrite kg 0 0 0 0 0 0 0

Quartzite kg 0 0 0 0 0 0 0

Rhodium (Rh) kg 9,08E-14 5,20E-14 8,50E-15 0 1,75E-15 1,53E-13 7,65E-12

Rutile (TiO2) kg 0 0 0 0 0 0 0

Sand kg 8,67E-06 1,34E-09 3,45E-09 0 -1,57E-07 8,52E-06 4,26E-04

Silica (SiO2) kg 7,16E-10 3,70E-11 2,56E-11 0 1,80E-10 9,58E-10 4,79E-08

Sulfur (S) kg 1,44E-06 1,06E-09 2,35E-09 0 -9,70E-08 1,34E-06 6,71E-05

Barium sulphate (Ba

SO4) kg 4,87E-05 2,35E-06 3,73E-07 0 1,73E-08 5,15E-05 2,57E-03

Titanium (Ti) kg 6,55E-07 1,71E-07 1,80E-08 0 1,34E-07 9,77E-07 4,89E-05

Peat kg 3,16E-05 1,77E-08 4,89E-08 0 -3,59E-06 2,80E-05 1,40E-03

Tungsten (W) kg 0 0 0 0 0 0 0

Vanadium (V) kg 0 0 0 0 0 0 0

Zinc (Zn) kg 3,98E-06 3,22E-07 1,04E-06 0 -2,83E-08 5,31E-06 2,66E-04

Zirconium (Zr) kg 7,33E-11 5,47E-11 7,95E-12 0 1,41E-14 1,36E-10 6,80E-09

Intermediate product

non remontés (total) kg 3,87E-05 7,30E-08 1,17E-07 0 0 0 0



Comments:

Energy resources consumption is attributable for about 97 % of the TRISO-SUPER 10+ production

without accounting end of life process.

b. Renewable resources

Product stage




Transport

Construction

installation

process

Flow Units A1-A3 A4 A5 B1-B7 C2-C4 Per year For full

life

Renewable material resources

Vegetable raw material

unspecified before kg 0 0,00 0,00 0 0 0 0

Animal raw material

unspecified before kg 2,48E-07 1,41E-09 1,65E-10 0 4,57E-12 2,50E-07 1,25E-05

Renewable primary energy

Wood kg 1,21E-03 1,50E-06 4,06E-06 0 1,52E-06 1,22E-03 0,06

Energy indicators

Total primary energy MJ 1,73 1,36E-02 2,17E-02 0 -1,22E-01 1,66 82,90

Renewable energy MJ 8,86E-02 4,21E-04 8,68E-04 0 -1,06E-03 8,88E-02 4,44

Water use

Water : Lake litre 2,20E-04 3,17E-05 2,78E-05 0 1,91E-06 2,82E-04 0,01

Water : Groundwater litre 2,29E-02 6,99E-04 3,59E-04 0 1,71E-03 2,57E-02 1,29

1 The category other is the sum of the flow : Basalt, Cerium, Helium, Indium, Neodymium, Rhenium, Sodium sulfate

Others1 kg 3,47E-06 2,90E-07 2,42E-05 0 4,57E-12 2,50E-07 1,25E-05

Non-renewable energy resources

Coal kg 2,46E-03 8,03E-05 3,69E-04 0 -1,58E-04 2,76E-03 0,14

Lignite kg 1,40E-03 3,95E-05 8,57E-05 0 5,77E-06 1,53E-03 0,08

Natural gas kg 1,09E-02 5,42E-05 7,32E-05 0 -1,01E-03 1,00E-02 0,50

Oil kg 8,92E-03 6,61E-04 1,41E-04 0 -1,68E-03 8,04E-03 0,40

Uranium (U) kg 2,70E-07 3,33E-09 3,72E-09 0 6,18E-09 2,84E-07 1,42E-05

Energy resources

Total primary

energy MJ 1,73 1,36E-02 2,17E-02 0

-1,22E-01 1,66 82,90

Non-renewable

energy MJ 1,64 1,34E-02 2,08E-02 0

-1,21E-01 1,57 78,46



Product stage




Transport

Construction

installation

process

Flow Units A1-A3 A4 A5 B1-B7 C2-C4 Per year For full

life

Water : unspecified

origin litre 4,14E-05 5,47E-07 8,35E-07 0 -1,67E-07 4,26E-05 2,13E-03

Water :River litre 8,29E-02 6,44E-03 7,20E-03 0 -3,89E-03 9,27E-02 4,63

Drinking water (tap

water) litre -3,50E-03 1,86E-03 2,10E-03 0 1,09E-02 1,13E-02 0,57

Consumed water

(total) litre 1,03E-01 9,04E-03 9,69E-03 0 8,69E-03 1,30E-01 6,50

Comments:

Water consumption is at 79% due to production phase for manufacturing process electricity

supplying.

In this study, water is recycled on the polyethylene foam production. It is realized in closed loop. So,

this water is not taken in account in this study.

c. Electricity consumption Electricity consumption have been integrated into others indicators according to French energy

production mix.



6. Other indicators

a. Input flows

For this product, there is no specification about secondary material use.

b. Output flows

Product

stage




Transport

Construction

installation

process


Hazardous waste kg 4,11E-05 3,54E-08 6,41E-08 0 7,66E-09 4,12E-05 2,06E-03

Non hazardous

waste kg 6,08E-04 2,59E-05 7,37E-04 0 7,35E-03 8,72E-03 0,44

Inert waste kg 1,48E-03 3,26E-04 5,17E-04 0 4,59E-05 2,37E-03 0,12

Radioactive waste kg 1,76E-06 4,01E-08 4,33E-08 0 2,81E-07 2,13E-06 1,06E-04

Comments:

Hazardous waste product during the whole life cycle is eliminated according to European directive in

classed II final waste storage centre.

At the end of life, the non-hazardous waste corresponds to the studied product. That quantity

represents 85% of the non hazardous waste product during the whole life cycle.

Inert waste come from stages upstream and downstream of the production stage as electricity

production, fuel refining for the transport, etc.

Radioactive waste amount is due to electricity production.

7. Release of dangerous substances during the use stage

Results of tests show than VOC emissions are “low and safety”, lower than 0.25 mg VOC in gas

phase/kg of TRISO-SUPER 10+.



8. Additional environmental information

a. Emissions to air

Product

stage




Transport

Construction

installation

process


Hydrocarbures

(unspecified) g 5,27E-04 1,51E-05 6,53E-08 0 -1,59E-04 3,83E-04 1,91E-02

Hydrocarbures

(unspecified,

except methane)

g 1,07E-02 1,98E-04 6,38E-08 0 1,83E-05 1,09E-02 5,46E-01

HAP (unspecified) g 1,62E-05 2,53E-07 3,48E-10 0 4,11E-08 1,65E-05 8,27E-04

Methane (CH4) g 2,75E-01 3,01E-03 4,37E-06 0 5,54E-02 3,34E-01 1,67E+01

Volatile organic

compound (for

example acetone,

acetate, etc.)

g 1,14E-01 2,63E-03 6,95E-07 0 -7,61E-03 1,09E-01 5,47

Carbon Dioxide

(CO2) g 5,78E+01 2,09 9,70E-04 0 1,27E+01 7,26E+01 3,63E+03

Carbon Monoxide

(CO) g 6,23E-02 5,30E-03 1,15E-05 0 -2,17E-02 4,60E-02 2,30

Nitrous oxide

(NOx in NO2) g 1,03E-01 3,22E-08 3,74E-11 0 2,14E-07 1,03E-01 5,16

Nitrous oxide

(N2O) g 8,43E-04 6,00E-05 1,93E-08 0 1,04E-04 1,01E-03 5,03E-02

Ammonia (NH3) g 4,27E-04 2,90E-05 4,93E-08 0 6,94E-05 5,26E-04 2,63E-02

Particles

(unspecified) g 2,04E-02 1,56E-03 4,49E-06 0 -9,14E-04 2,11E-02 1,05

Sulfur oxide

(SOx en SO2) g 1,49E-01 2,32E-03 2,48E-06 0 -7,05E-03 1,44E-01 7,20

Hydrogen sulfur

(H2S) g 4,13E-04 4,75E-06 1,65E-08 0 7,37E-07 4,19E-04 2,09E-02

Hydrogen (H) g 3,77E-03 2,07E-06 2,15E-09 0 -7,43E-05 3,70E-03 1,85E-01

Hydrogen cyanide

(HCN) g 2,33E-06 2,89E-08 3,69E-10 0 1,77E-05 2,00E-05 1,00E-03

Phosphoric acid

(H3PO4) g 0 0 0 0 0 0 0

Chlorinated

organic

compounds (Cl)

g 4,42E-07 2,51E-08 2,69E-11 0 1,55E-08 4,83E-07 2,42E-05

Hydrochloric acid

(HCl) g 2,26E-03 1,59E-05 6,29E-08 0 -4,30E-05 2,23E-03 1,11E-01

Bore (...) g 6,69E-05 1,05E-06 2,53E-09 0 1,78E-06 6,98E-05 3,49E-03

Inorganic chlorine

compounds (Cl) g 6,38E-09 1,95E-10 8,74E-14 0 1,86E-10 6,76E-09 3,38E-07

Chlorine

compounds

unspecified (Cl)

g 2,13E-10 9,41E-11 5,69E-14 0 2,47E-14 3,07E-10 1,54E-08



Product

stage




Transport

Construction

installation

process


Fluorinated

organic

compounds (F)

g 4,36E-05 4,02E-06 1,59E-10 0 2,17E-08 4,77E-05 2,38E-03

Fluorinated

inorganic

compounds (F)

g 2,95E-04 3,15E-06 7,85E-09 0 1,61E-05 3,14E-04 1,57E-02

Halogenated

compounds

(unspecified)

g 2,53E-05 3,87E-06 4,40E-10 0 8,51E-07 3,00E-05 1,50E-03

Fluorinated

compounds

unspecified (F)

g 0 0 0 0 0 0 0

Metals

(unspecified) g 4,93E-04 2,93E-05 1,16E-07 0 5,85E-05 5,81E-04 2,91E-02

Alkali metal and

alkaline earth

unspecified non-

toxic

g 3,10E-04 3,91E-06 1,03E-08 0 1,14E-04 4,28E-04 2,14E-02

Antimony and

compounds (Sb) g 6,35E-06 1,58E-08 9,94E-12 0 2,62E-09 6,36E-06 3,18E-04

Arsenic and

compounds (As) g 2,26E-06 1,25E-07 2,99E-10 0 1,07E-07 2,49E-06 1,24E-04

Cadmium and

compounds (Cd) g 3,66E-07 5,99E-08 4,13E-11 0 1,71E-08 4,43E-07 2,22E-05

Chrome and

compounds (Cr) g 5,68E-06 5,58E-07 3,32E-08 0 3,94E-08 6,31E-06 3,16E-04

Cobalt and

compounds (Co) g 7,01E-07 4,00E-08 4,45E-10 0 2,43E-08 7,65E-07 3,83E-05

Copper and

compounds (Cu) g 8,76E-06 4,01E-06 1,78E-09 0 1,94E-07 1,30E-05 6,48E-04

Tin and

compounds (Sn) g 1,02E-06 2,30E-08 2,33E-10 0 3,97E-08 1,09E-06 5,43E-05

Manganese and

compounds (Mn) g 5,60E-06 1,73E-07 6,76E-10 0 4,39E-07 6,21E-06 3,11E-04

Mercury and

compounds (Hg) g 5,98E-07 8,81E-08 4,38E-10 0 8,64E-09 6,96E-07 3,48E-05

Nickel and

compounds (Ni) g 8,39E-06 6,89E-07 1,19E-09 0 1,43E-07 9,23E-06 4,61E-04

Phosphor (P) g 2,44E-06 1,99E-08 8,11E-11 0 2,38E-07 2,69E-06 1,35E-04

Lead and

compounds (Pb) g 6,73E-06 8,96E-07 2,93E-09 0 1,94E-07 7,82E-06 3,91E-04

Selenium and

compounds (Se) g 3,06E-06 3,61E-08 3,68E-11 0 1,80E-08 3,11E-06 1,56E-04

Styrene g 0 0 0 0 0 0 0

Tellurium and

compounds (Te) g 0 0 0 0 0 0 0

Zinc and

compounds (Zn) g 2,08E-05 4,82E-06 8,55E-09 0 6,99E-07 2,63E-05 1,32E-03



Product

stage




Transport

Construction

installation

process


Vanadium and

compounds (V) g 2,59E-05 7,40E-07 7,64E-10 0 1,46E-06 2,81E-05 1,41E-03

Silicon and

compounds (Si) g 5,35E-05 2,02E-06 1,51E-08 0 1,11E-05 6,67E-05 3,33E-03

Others2 g 1,17E-05 2,14E-09 2,43E-09 0 9,43E-10 1,17E-05 5,86E-04

Comments:

During its life cycle, TRISO-SUPER 10+ does not directly cause emissions to air except during end-of-

life for the 43,8% of products directed to landfilling. Emissions accounted in the upper table are

mainly indirect release coming from electricity production, fuel refining, ...

b. Emissions to water

Product

stage




Transport

Construction

installation

process


COD (Chemical

Oxygen Demand) g 5,56E-02 6,18E-03 1,03E-04 0 1,28 1,34 6,70E+01

5-day BOD (five

days Biochemical

Oxygen Demand)

g 2,72E-02 5,79E-03 2,51E-05 0 3,12E-01 3,45E-01 1,73E+01

Total Suspended

Matter (TSM) g 5,46E-03 3,99E-04 2,51E-07 0 -3,42E-04 5,51E-03 2,76E-01

Cyanide (CN-) g 2,27E-06 4,46E-07 9,70E-10 0 2,48E-09 2,72E-06 1,36E-04

AOX (Adsorbable

Organic Halogen) g 1,24E-05 3,61E-08 9,38E-12 0 1,88E-09 1,24E-05 6,22E-04

Hydrocarbons


Nitrogen

compounds (N) g 2,12E-03 4,59E-05 1,59E-06 0 1,42E-02 1,64E-02 8,20E-01

Phosphorus

compounds (P) g 1,43E-02 6,03E-04 1,82E-06 0 1,59E-04 1,51E-02 7,54E-01

Organic Fluorinated

Compounds (F) g 1,62E-08 0,00 0,00 0 0,00 1,62E-08 8,09E-07

Inorganic

fluorinated

compounds (F)

g 8,74E-06 7,03E-08 1,40E-11 0 2,35E-10 8,81E-06 4,40E-04

2 The others category is compound of: Isocyanic acid, carbon disulfide, Helium, sodium hydroxide.



Product

stage




Transport

Construction

installation

process


Fluorinated

compounds

unspecified (F)

g 6,14E-03 1,67E-04 1,27E-07 0 2,61E-04 6,57E-03 3,29E-01

Organic chlorinated

compounds (Cl) g 1,31E-06 3,92E-07 5,94E-11 0 1,53E-09 1,70E-06 8,52E-05

Inorganic

chlorinated

compounds (Cl)

g 4,63E-01 1,98E-02 8,62E-06 0 3,53E-02 5,18E-01 2,59E+01

Chlorinated

compounds

unspecified (Cl)

g 1,42E-07 1,15E-09 1,84E-12 0 -8,53E-09 1,35E-07 6,75E-06

HAP (unspecified) g 3,81E-07 2,01E-07 3,36E-10 0 5,71E-09 5,88E-07 2,94E-05

Metals

(unspecified) g 1,40E-02 5,05E-04 1,41E-06 0 1,02E-02 2,48E-02 1,24

Alkali metal and

alkaline earth

unspecified non-

toxic

g 2,57E-01 2,31E-02 2,75E-05 0 1,11E-01 3,91E-01 1,96E+01

Aluminium and

compounds (Al) g 4,09E-03 0,00 0,00 0 0,00 4,09E-03 2,05E-01

Arsenic and


Cadmium and


Chrome and


Copper and

compounds (Cu) g 2,21E-04 8,36E-06 3,63E-08 0 4,06E-03 4,29E-03 2,15E-01

Tin and compounds

(Sn) g 1,37E-05 6,79E-07 2,51E-09 0 2,47E-04 2,62E-04 1,31E-02

Iron and

compounds (Fe) g 1,76E-02 6,17E-04 1,78E-06 0 1,16E-02 2,99E-02 1,49

Mercury and


Nickel and


Iodine g 5,36E-06 3,60E-06 6,10E-10 0 1,36E-07 9,10E-06 4,55E-04

Lead and


Sulfates and

compounds g 3,73E-01 1,47E-02 3,99E-05 0 2,18E-02 4,09E-01 2,05E+01

Zinc and

compounds (Zn) g 0,00 0,00 0,00 0 0,00 0,00 0,00

Dissolved inorganic

compounds g 0,00 0,00 0,00 0 0,00 0,00 0,00

Dissolved organic

compound g 6,00E-03 2,30E-04 2,25E-06 0 2,43E-04 6,48E-03 3,24E-01



Product

stage




Transport

Construction

installation

process


Total Organic

Carbon (TOC) g 1,86E-02 1,96E-03 9,23E-05 0 1,12 1,14 5,68E+01

Waste water litre 1,65E-02 1,97E-03 9,23E-05 0 1,12 1,13 5,67E+01

Others3 g 1,60E-07 6,01E-08 2,39E-08 0,00 1,97E-08 2,64E-07 1,32E-05

Comments:

During its life cycle TRISO-SUPER 10+ does not directly cause emission to water except during end-of-

life for the 43,8% of products directed to landfilling. Emissions accounted in the upper table are

mainly indirect release coming from electricity production, fuel refining...

3 The others category is the sum of: Herbicides, unspecified, Methyl acrylate, Methyl formate, Silicon, Pesticides, unspecificied.



c. Emissions to soil

Product

stage




Transport

Construction

installation

process


Arsenic and


Biocidesa g 6,27E-05 1,61E-07 2,79E-11 0 5,45E-16 6,28E-05 3,14E-03

Cadmium and


Chrome and


Copper and

compounds(Cu) g 2,86E-06 3,04E-07 5,98E-11 0 3,02E-15 3,17E-06 1,58E-04

Tin and

compounds (Sn) g 1,77E-10 6,67E-11 1,32E-14 0 3,52E-17 2,43E-10 1,22E-08

Iron and

compounds (Fe) g 2,16E-04 4,35E-05 3,38E-08 0 3,21E-12 2,60E-04 1,30E-02

Lead and


Mercury and


Nickel and


Zinc and

compounds (Zn) g 8,87E-06 9,69E-06 1,32E-10 0 4,15E-14 1,86E-05 9,28E-04

Heavy metals


Alkali metal and

alkaline earth

unspecified non-

toxic

g 1,72E-03 5,93E-03 8,55E-08 0 1,86E-12 7,65E-03 3,82E-01

Inorganic

compounds in soil

(unspecified non-

toxic)

g 6,97E-04 2,94E-03 4,00E-08 0 7,26E-13 3,64E-03 1,82E-01

Others4 g 2,11E-10 0,00 0,00 0,00 0,00 2,11E-10 1,06E-08

Comments:

TRISO-SUPER 10+ during its life cycle does not directly cause soil emission except during end-of-life

for the 43,8% of products directed to landfilling. Soil emission accounted in the upper table are

mainly indirect release coming from electricity production, fuel refining,...

4 The other category is the sum of : Antimony, Barium, Boron, Chloride, Cobalt, Fluoride, Potassium, Silicon, Sodium



N° Environmental impacts Impacts for functional unit Impact for the full lifetime

1 Energy resources consumption

Total primary energy 1.658 MJ/FU 82.9 MJ

Renewable energy 0.089 MJ/FU 4.44 MJ

Non-renewable energy 1.569 MJ/FU 78.46 MJ

2 Abiotic Depletion Potential (ADP) 0.0006398 kg eq. antimony (Sb)/FU

0.03199 kg eq. antimony (Sb)

3 Total use of water 0.13 litre/FU 6.5 litres

4 Solid waste

Valorised waste 0.00832 kg/FU 0.416 kg

Eliminated waste

Hazardous waste disposed 0.0000412 kg/FU 0.00206 kg

Non hazardous waste disposed 0.0088 kg/FU 0.44 kg

Inert waste 0.0024 kg/FU 0.12 kg

Radioactive waste disposed 0.00000212 kg/FU 0.000106 kg

5 Global warming potential 0.081 kg eq. CO2/FU 4.063 kg eq. CO2

6 Acidification potential 0.000254 kg eq. SO2/FU 0.0127 kg eq. SO2

7 Air pollution 3.18 m3/FU 159.18 m3

8 Water pollution 0.078 m3/FU 3.9 m3

9 Ozone layer depletion potential 5.3 E-9 kg CFC eq. R11/FU

2.65 E-7 kg CFC eq. R11

10 Photochemical ozone creation potential

0.00001414 kg eq. ethylene/FU

0.000707 kg eq. ethylene

9. Verification

Independent verification of conformity has been carried out by Philippe Schiesser.

We confirm that this declaration has been carried out according to ISO 14040 and 14044, ISO 14025

and ISO 21930, and product category rules (PCR) of construction product and PCR Basic Module CPC

Division 54: Constructions

Independent verification of the EPD and data, in accordance with ISO 21930 has been carried out by

Philippe Schiesser.

Internal External

Issued, date: 20 Jul. 12 Valid until, date: 17 Jul. 17



10. References

CML 2001: Center voor Milieukunde at Leiden (Center for environmental science at Leiden,

Netherlands), characterization factors, published 2009

ISO 14 025: 2006: Environmental labels and declarations -- Type III environmental declarations --

Principles and procedures

ISO 14 040: 2006: Environmental management -- Life cycle assessment -- Principles and framework

ISO 14 044: 2006: Environmental management -- Life cycle assessment -- Requirements and

guidelines

ISO 21 930: 2007: Sustainability in building construction -- Environmental declaration of building

products

Plastic Europe. Analysis of recovery of plastic waste in the building and construction sector (2010).

February 2012.

Product category rules and PCR basic module CPC division: construction products and CPC division

54: construction services

Documents

Thin reflective multi-layer insulation TRISO SUPER 10+ · E-mail: [email protected] b. Issuer information Écoeff Mozinor, 2 à 20 avenue du Président Salvador Allende