GaBi Solutions

Professional database 2019

Process nameCountryTypeData source

1,3-Butadiene
oxidative catalytic dehydrogenation of C4;
production mix, at plant;
2.4982 kg/m3, 54.09 g/mol

DEaggts

1,3-Butadiene
oxidative catalytic dehydrogenation of C4;
production mix, at plant;
2.4982 kg/m3, 54.09 g/mol

ITaggts

2-Ethylhexyl Acrylate
acid-catalysed esterification reaction of acrylic acid and 2-ethylhexanol;
production mix, at producer

EU-28aggEBAM

Acetaldehyde (Ethanal)
via ethylene and oxygen;
production mix, at plant;
0.78 g/cm3, 44 g/mol

DEaggts

Acetic acid from methanol (low pressure carbonylation) (Monsanto process)
catalytic reaction of methanol and carbon monoxide;
single route, at plant;
1.05 g/cm3, 605 g/mol

DEaggts

Acetone
Hock Process, oxidation of cumene;
single route, at plant;
0.79 g/cm3, 58 g/mol

ITaggts

Acetone
Hock Process, oxidation of cumene;
single route, at plant;
0.79 g/cm3, 58 g/mol

DEaggts

Acetone
Hock Process, oxidation of cumene;
single route, at plant;
0.79 g/cm3, 58 g/mol

EU-28aggts

Acetone (dimethylcetone)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Acetone (via isopropanol)
dehydrogenation of isopropanol;
single route, at plant;
0.79 g/cm3, 58 g/mol

NLaggts

Acetone cyanohydrine
technology mix;
production mix, at producer

RERaggPlasticsEurope

Acetonitrile
ammoxidation of propene;
production mix, at plant;
786 mg/mL, 41 g/mol

DEaggts

Acrylate sealing mass (EN15804 A1-A3)
technology mix;
production mix, at plant;
Acrylate

EU-28aggts

Acrylic acid (Propene)
oxidation of propene;
production mix, at plant;
1.05 g/cm3, 72.06 g/mol

DEaggts

Acrylic acid (Propene)
oxidation of propene;
production mix, at plant;
1.05 g/cm3, 72.06 g/mol

EU-28aggts

Acrylonitrile (AN)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Acrylonitrile butadiene styrene (ABS)
emulsion polymerisation, bulk polymerisation or combined processes;
production mix, at producer;
n/a

EU-28aggPlasticsEurope

Acrylonitrile-butadiene-styrene (ABS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
39.0 MJ/kg net calorific value

DEp-aggts

Acrylonitrile-butadiene-styrene (ABS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
39.0 MJ/kg net calorific value

EU-28p-aggts

Acrylonitrile-Butadiene-Styrene Granulate (ABS) Mix
technology mix;
production mix, at plant;
1.04 - 1.12 g /cm3

DEaggts

Adipic acid
purified, cyclohexane oxidation route, with nitric acid;
production mix, at plant;
1.36 g/cm3, 146 g/mol

DEaggts

Aerated concrete block
mix of P2 04 and P4 05;
production mix, at plant;
average density 433 kg/m3

EU-28aggts

Aerated concrete block
type P4 05 reinforced;
production mix, at plant;
average density 485 kg/m3

EU-28aggts

Aerated concrete block (EN15804 A1-A3)
technology mix;
production mix, at plant;
average density 400 kg/m3

EU-28aggts

Aerated concrete block (EN15804 A1-A3)
technology mix;
production mix, at plant;
average density 500 kg/m3

EU-28aggts

Aerated concrete granulate (EN15804 A1-A3)
technology mix;
production mix, at plant;
average density 400 kg/m3

EU-28aggts

Aerated concrete P2 04 not reinforced
P2 04;
production mix, at plant;
380 kg/m3

CNaggts

Air ventilation duct (zinc coated steel plate) (EN15804 A1-A3)
technology mix;
production mix, at plant;
zinc coated steel plate

EU-28p-aggts

Air ventilation duct (zinc coated steel plate) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
zinc coated steel plate

EU-28aggts

Air ventilation duct (zinc coated steel plate) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
zinc coated steel plate

EU-28aggts

Airbus 310-200F production
material composition, without airplane manufacturing, without EoL;
single route, at producer;
310-200F (cargo plane)

GLOp-aggts

Airbus 330-200F production
material composition, without airplane manufacturing, without EoL;
single route, at producer;
330-200F (cargo plane)

GLOp-aggts

Airport (per passenger)
airport construction and annual operation;
production mix, at customer, installed;
construction and annual operation per person, materials needed see tables attached

DEp-aggts

Aliphatic Isocyanates
technology mix;
production mix, at producer;
mix of aliphatic isocyanates (Hexamethylene diisocyanate (HDI), Isophorone diisocyanate (IPDI), Dicyclohexylmethane-diisocyanate (H12MDI), HDI Trimer, IPDI Trimer)

EU-28aggALIPA

Alumina production 2015
production of smelter grade alumina;
single route, at plant;
3.94 g/cm3

RLAu-soIAI

Alumina production 2015
production of smelter grade alumina;
single route, at plant;
3.94 g/cm3

GLOu-soIAI

Alumina production 2015
production of smelter grade alumina;
single route, at plant;
3.94 g/cm3

EU-28u-soIAI

Alumina production 2015
production of smelter grade alumina;
single route, at plant;
3.94 g/cm3

OCEu-soIAI

Alumina production 2015
production of smelter grade alumina;
single route, at plant;
3.94 g/cm3

CNu-soIAI

Alumina production 2015
production of smelter grade alumina;
single route, at plant;
3.94 g/cm3

RNAu-soIAI

Aluminium auto fragments - scrap credit (open loop)
via shredding and magnetic separation;
production mix, at plant

USu-sots

Aluminium auto fragments - scrap credit (open loop)
via shredding and magnetic separation;
production mix, at plant

EU-15u-sots

Aluminium auto rads - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Aluminium auto rads - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Aluminium auto wheels - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Aluminium auto wheels - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Aluminium casement frame section, powder coated (205) 1m (A1-A3)
technology mix;
production mix;
1,469 kg/unit

EU-28aggts

Aluminium casement frame section, thermally separated, powder coated
aluminium extrusion profile processing, powder coating;
production mix, at plant;
1,51 kg/m

CNaggts

Aluminium cast machining
technology mix;
single route, at plant

DEu-sots

Aluminium die-cast part
technology mix;
single route, at plant

DEu-sots

Aluminium extrusion profile
primary production;
production mix, at plant;
aluminium semi-finished extrusion product, including primary production, transformation and recycling

RERaggELCD/EAA

Aluminium extrusion profile
primary production;
primary production mix, at plant;
aluminium semi-finished extrusion product, primary production

EU-28aggts

Aluminium extrusion profile - open input aluminium ingot
primary production;
primary production mix, at plant;
aluminium semi-finished extrusion product, primary production

EU-28p-aggts

Aluminium extrusion profile - open input aluminium ingot
primary production;
primary production mix, at plant;
aluminium semi-finished extrusion product, primary production

DEp-aggts

Aluminium extrusion profile (2015)
aluminium extrusion (i.e. profiles, bars) produced out of an aluminium extrusion press;
production mix, at European producer (i.e. EU28+EFTA);
Aluminium extrusion profiles

EU28+EFTAp-aggEuropean Aluminium

Aluminium extrusion profile mix
primary production;
consumption mix, to consumer;
aluminium semi-finished extrusion product, including primary production, transformation and internal recycling of extrusion scrap

DEaggts

Aluminium extrusions - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Aluminium extrusions - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Aluminium foil
primary production;
production mix, at plant;
5-200 micro metres

EU-28aggts

Aluminium foil - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Aluminium foil - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Aluminium foil (2010)
primary production from ingot;
production mix, at producer;
Aluminium foil, 0,005-0,2 mm

EU-28p-aggEuropean Aluminium

Aluminium frame profile, powder coated (EN15804 A1-A3)
technology mix;
production mix, at plant;
1,02 kg/m

EU-28aggts

Aluminium frame profile, thermically isolated, powder coated (EN15804 A1-A3)
technology mix;
production mix, at plant;
1,43 kg/m

EU-28aggts

Aluminium ingot mix
primary production;
consumption mix, to consumer;
aluminium ingot product

EU-28aggts

Aluminium ingot mix
primary production;
consumption mix, to consumer;
aluminium ingot product, primary production

DEaggts

Aluminium ingot mix IAI (2010)
Primary production;
production mix, at producer;
Aluminium ingot mix

RoWaggIAI

Aluminium ingot mix IAI (2010)
Primary production;
production mix, at producer;
Aluminium ingot mix

GLOaggIAI

Aluminium ingot mix IAI 2015
Primary production;
production mix, at producer;
Aluminium ingot mix

RMEaggIAI/ts

Aluminium ingot mix IAI 2015
Primary production;
production mix, at producer;
Aluminium ingot mix

CNaggIAI/ts

Aluminium ingot mix IAI 2015
Primary production;
production mix, at producer;
Aluminium ingot mix

RUaggIAI/ts

Aluminium ingot mix IAI 2015
Primary production;
production mix, at producer;
Aluminium ingot mix

CAaggIAI/ts

Aluminium ingot mix IAI 2015
Primary production;
production mix, at producer;
Aluminium ingot mix

GLOaggIAI/ts

Aluminium litho sheets - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Aluminium litho sheets - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Aluminium nodules - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Aluminium nodules - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Aluminium profile
technology mix;
consumption mix, to consumer;
aluminium semi-finished extrusion product, including primary production, transformation and recycling

CNaggts

Aluminium profile (EN15804 A1-A3)
primary production;
production mix, at plant;
aluminium semi-finished sheet product, including primary production, transformation and recycling

EU-28aggts

Aluminium profile (folded 65/400) - IFBS (A1-A3)
technology mix;
production mix;
1m², weight 3.5 kg/m², thickness 0.75 mm, height 65 mm

EU-28aggts-EPD

Aluminium profile (trapezoidal 35/207) - IFBS (A1-A3)
technology mix;
production mix;
1m², weight 2.3 kg/m², thickness 0.7 mm, height 35mm

EU-28aggts-EPD

Aluminium refining: casting alloy ingot from scrap (2010)
recycling of scrap, rotary and reverbatory furnaces (including salt slag and dross treatment);
technology mix;
Aluminium scrap to casting alloy ingot

EU28+EFTAp-aggEuropean Aluminium

Aluminium remelting: wrought alloys ingot from scrap (2015)
remelting of aluminium scrap (both pre and post consumer scrap) to wrought alloy ingot;
technology mix;
Remelting of aluminium scrap into wrought ingot

EU28+EFTA+Turkeyp-aggEuropean Aluminium

Aluminium sheet
primary production;
production mix, at plant;
aluminium semi-finished sheet product, including primary production, transformation and recycling

RERaggELCD/EAA

Aluminium sheet
technology mix;
consumption mix, to consumer;
aluminium semi-finished sheet product, including primary production, transformation and internal recycling of extrusion scrap

CNaggts

Aluminium sheet - open input aluminium rolling ingot
rolling of slab;
production mix, at plant;
primary aluminium, sheet thickness between 0.2 and 4 mm

EU-28p-aggts

Aluminium sheet (2015)
aluminium sheet (i.e. Flat Rolled Products) produced out of an aluminium rolling mill;
production mix, at European producer (i.e. EU28+EFTA) + Turkey. These data are also representative of the Turkish aluminium sheet production;
Aluminium sheet has got a thickness comprised between 0.2 and 6 mm

EU28+EFTA+Turkeyp-aggEuropean Aluminium

Aluminium sheet (EN15804 A1-A3)
primary production;
production mix, at plant;
aluminium semi-finished sheet product, including primary production, transformation and recycling

EU-28aggts

Aluminium sheet deep drawing
technology mix;
single route, at plant

DEu-sots

Aluminium sheet mix
primary production;
consumption mix, to consumer;
primary aluminium, sheet thickness between 0.2 and 4 mm

DEaggts

Aluminium sheet mix
primary production;
consumption mix, to consumer;
primary aluminium, sheet thickness between 0.2 and 4 mm

EU-28aggts

Aluminium turnings - scrap credit (open loop)
clean machining scrap;
production mix, at plant;
ISRI code TELIC

EU-15u-sots

Aluminium turnings - scrap credit (open loop)
clean machining scrap;
production mix, at plant;
ISRI code TELIC

USu-sots

Aluminium window fitting combination (turn-tilt) (EN15804 A1-A3)
technology mix;
production mix, at plant;
2,63 kg/piece

EU-28aggts

Aluminium wing frame profile, thermically isolated, powder coated (EN15804 A1-A3)
technology mix;
production mix, at plant;
1,51 kg/m

EU-28aggts

American Tulipwood lumber, 1 inch (449 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
449 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

American Tulipwood lumber, 2 inch (449 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
449 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

American Tulipwood lumber, 4 inch (449 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
449 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Ammonia
technology mix;
production mix, at producer

RERaggPlasticsEurope

Ammonia (NH3)
Haber- Bosch- Process, from natural gas, including primary production;
production mix, at plant;
0.86 kg/m3, 17.031 g/mol

EU-28aggFertilizers Europe

Ammonia (NH3) production mix, without CO2 recovery (carbon dioxide emissions to air)
Haber-Bosch process, from natural gas;
production mix, at plant;
0.7714 kg/m3, 17.03 g/mol

EU-28aggts

Ammonia (NH3) synthesis with CO2 recovery, by-product carbon dioxide (without allocation)
Haber-Bosch process, from natural gas;
production mix, at plant;
0.7714 kg/m3, 17.03 g/mol

DEp-aggts

Ammonia (NH3) synthesis with CO2 recovery, by-product carbon dioxide (without allocation)
Haber-Bosch process, from natural gas;
production mix, at plant;
0.7714 kg/m3, 17.03 g/mol

EU-28p-aggts

Ammonia (NH3) with CO2 recovery, by-product carbon dioxide (economic allocation)
Haber-Bosch process, from natural gas;
production mix, at plant;
0.7714 kg/m3, 17.03 g/mol

EU-28aggts

Ammonia (NH3) with CO2 recovery, by-product carbon dioxide (economic allocation)
Haber-Bosch process, from natural gas;
production mix, at plant;
0.7714 kg/m3, 17.03 g/mol

DEaggts

Ammonia (NH3) without CO2 recovery (carbon dioxide emissions to air)
Haber- Bosch process, from natural gas;
production mix, at plant;
17 g/mol

DEaggts

Ammonia (NH3) without CO2 recovery (carbon dioxide emissions to air)
Haber- Bosch process, from natural gas;
production mix, at plant;
17 g/mol

NLaggts

Ammonium nitrate (AN, 33.5% N)
from ammonia and nitric acid, including primary production;
production mix, at plant;
33.5 % nitrogen content

EU-28aggFertilizers Europe

Ammonium phosphate (AP, 52% P2O5, 8.4% N)
from ammonia and phosphate rock, including primary production;
production mix, at plant;
52 % phosphate, 8.4 % nitrogen

EU-28aggFertilizers Europe

Anhydrite (CaSO4) (EN15804 A1-A3)
technology mix of natural (33%), thermal (33%) and synthetic (33%) produced anhydrite;
production mix, at plant;
grinded and purified product

DEaggts

Anhydrite (CaSO4) (EN15804 A1-A3)
technology mix of natural (33%), thermal (33%) and synthetic (33%) produced anhydrite;
production mix, at plant;
grinded and purified product

EU-28aggts

Aniline (Phenyl amine, Amino benzene)
catalytic hydrogenation of nitrobenzene;
single route, at plant;
1.02 g/cm3, 93 g/mol

DEaggts

Anode production 2015
production of prebaked anode blocks;
single route, at plant;
containing pitch and calcined petrol coke

OCEu-soIAI

Anode production 2015
production of prebaked anode blocks;
single route, at plant;
containing pitch and calcined petrol coke

GLOu-soIAI

Anode production 2015
production of prebaked anode blocks;
single route, at plant;
containing pitch and calcined petrol coke

RMEu-soIAI

Anode production 2015
production of prebaked anode blocks;
single route, at plant;
containing pitch and calcined petrol coke

CNu-soIAI

Anode/Paste production 2015
production of prebaked anode blocks and Søderberg paste briquettes;
single route, at plant;
containing pitch and calcined petrol coke

EU-28u-soIAI

Anode/Paste production 2015
production of prebaked anode blocks and Søderberg paste briquettes;
single route, at plant;
containing pitch and calcined petrol coke

RNAu-soIAI

Anode/Paste production 2015
production of prebaked anode blocks and Søderberg paste briquettes;
single route, at plant;
containing pitch and calcined petrol coke

CAu-soIAI

Anode/Paste production 2015
production of prebaked anode blocks and Søderberg paste briquettes;
single route, at plant;
containing pitch and calcined petrol coke

RLAu-soIAI

Application base coat/primer water-based (windows, white) (A1-A3)
windows, white, 5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application coating silicate emulsion (building, exterior, white) (A1-A3)
building, exterior, white, 1,25% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application coating silicone (building, exterior, white) (A1-A3)
building, exterior, white, 1,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application intermediate coat water-based (windows, white) (A1-A3)
windows, white, 10% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application paint emulsion (building, exterior, white) (A5)
building, exterior, white, 4,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application paint emulsion (building, interior, white, wear resistant) (A1-A3)
building, interior, white, wear resistant, 2% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application primer emulsion (building, exterior, white) (A1-A3)
building, exterior, white, 1,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application primer/base coat water-based (parquet) (A1-A3)
parquet, 5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Application top coat water-based (windows, white)
windows, white, 5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Argon (gaseous)
Linde process, cryogenic air fractionation;
production mix, at plant;
40 g/mol

DEaggts

Argon (liquid)
Linde process, cryogenic air fractionation;
production mix, at plant;
40 g/mol

DEaggts

Aromatic Polyester Polyols (APP) production mix
polycondensation;
production mix, at producer;
Hydroxyl value: 150-360, aromatic content: 5-50%

EU-28aggPU Europe

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

USaggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

INaggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

DEaggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

GBaggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

AUaggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

JPaggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery

FRaggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

EU-28aggts

Aromatics (BTX) at refinery
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

BRaggts

Articulated lorry (40t) incl. fuel
technology mix;
production mix, at producer

RERaggELCD

Articulated lorry transport incl. fuel, Euro 0-6 mix, 40 t total weight, 27 t max payload
Euro 0 - 6 mix;
consumption mix;
40 t total weight, 27 t max payload

EU-28aggts

Ash lumber, 1 inch (673 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
673 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Ash lumber, 2 inch (673 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
673 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Ash lumber, 4 inch (673 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
673 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Aspen lumber, 1 inch (417 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
417 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Aspen lumber, 2 inch (417 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
417 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Aspen lumber, 4 inch (417 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
417 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Asphalt binder (EN15804 A1-A3)
technology mix;
production mix, at plant;
170 - 250 kg/m2

EU-28aggts

Asphalt pavement (EN15804 A1-A3)
technology mix;
production mix, at plant;
2400 kg/m3

EU-28aggts

Asphalt supporting layer (EN15804 A1-A3)
technology mix;
production mix, at plant;
2350 kg/m3

EU-28aggts

Auto transmissions - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Auto transmissions - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Average ship, 1,500t payload capacity/ canal
technology mix, diesel driven, cargo;
consumption mix;
1,500t payload capacity/ canal

GLOu-sots

Average ship, 3,500t payload / downstream
technology mix, diesel driven, cargo;
consumption mix;
3,500t payload / downstream

GLOu-sots

Average ship, 3,500t payload capacity / upstream
technology mix, diesel driven, cargo;
consumption mix;
3,500t payload capacity/ upstream

GLOu-sots

Baled used beverage cans (UBC) - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Baled used beverage cans (UBC) - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Bare aluminium wire - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Bare aluminium wire - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Barge incl. fuel, 1,500 t payload capacity
technology mix, diesel driven, cargo;
consumption mix;
1,500 t payload capacity

EU-28aggts

Base coat/primer water-based (windows, white) (EN15804 A5)
windows, white, 5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Basswood lumber, 1 inch (417 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
417 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Basswood lumber, 2 inch (417 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
417 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Basswood lumber, 4 inch (417 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
417 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Bath- and shower tub acrylic (1kg) (EN15804 C3)
End of Life;
production mix (region specific plants), at plant;
1kg

EU-28aggts

Bath- and shower tub acrylic (1kg) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1kg

EU-28aggts

Bath- and shower tub acrylic (1kg) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1kg

EU-28aggts

Bath- and shower tub acrylic (EN15804 A1-A3)
technology mix;
production mix, at plant;
acrylic

EU-28aggts

Bath- and shower tub enamel (1kg) (D)
End of Life;
production mix (region specific plants), at consumer;
tub enamel

EU-28aggts

Bath- and shower tub enamel (C4)
End of Life;
production mix (region specific plants), at consumer;
tub enamel

EU-28aggts

Bauxite
technology mix;
consumption mix, to consumer;
89% imported, 11% local production

EU-28aggts

Bauxite mining 2015
bauxite extraction and processing;
single route, at plant;
minerals gibbsite Al(OH)3, boehmite y-AlO(OH) and diaspore a-AlO(OH)

GLOu-soIAI

Beech lumber, 1 inch (741 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
741 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Beech lumber, 2 inch (741 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
741 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Beech lumber, 4 inch (741 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
741 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Beef tallow
Livestock farming cattle, slaughtering and rendering/ technology mix;
production mix, at producer;
Beef tallow

EU-28aggERASM

Bentonite granular, sodium activated
1000 kg of bentonite sodium activated granular with a particle size ranging from 0.5 to 5 mm and a moisture content ranging between 8 and 13%, stored in silo, ready to be shipped in bulk.;
Production at plant;
none

RERaggEuBa

Bentonite powder, sodium activated
1000 kg of bentonite sodium activated powder with particle sizes below 74 µm and a moisture content ranging between 8 and 12%, stored in silo, ready to be shipped in bulk.;
Production at plant;
None

RERaggEuBa

Benzene
distillation, from BTX;
single route, at plant;
0.88 g/cm3, 78.1 g/mol

DEaggts

Benzene
distillation, from pyrolysis fuel;
single route, at plant;
0.88 g/cm3, 78.1 g/mol

EU-28aggts

Benzene
distillation, from pyrolysis fuel;
single route, at plant;
0.88 g/cm3, 78.1 g/mol

NLaggts

Benzene
distillation, from pyrolysis fuel;
single route, at plant;
0.88 g/cm3, 78.1 g/mol

DEaggts

Benzene
production mix, at plant

EU-28p-aggPlasticsEurope

Benzene
distillation, from BTX;
single route, at plant;
0.88 g/cm3, 78.1 g/mol

NLaggts

Benzene
hydrodealkylation, from toluene and hydrogen;
single route, at plant;
0.88 g/cm3, 70.1 g/mol

DEaggts

Benzene (from reformate)
distillation, from BTX;
single route, at plant;
0.88 g/cm3, 78.1 g/mol

EU-28aggts

Benzene (from toluene dealkylation)
hydrodealkylation, from toluene and hydrogen;
single route, at plant;
0.88 g/cm3, 70.1 g/mol

EU-28aggts

Benzene mix
technology mix, from pyrolysis gasoline, reformate and toluene dealkylation;
production mix, at plant;
0.88 g/cm3, 78 g/mol

EU-28aggts

Benzene mix
technology mix;
production mix, at plant;
0.88 g/cm3, 78.1 g/mol

NLaggts

Benzene mix
technology mix;
production mix, at plant;
0.88 g/cm3, 78.1 g/mol

DEaggts

Benzoic acid (from toluene)
catalytic oxidation of toluene;
production mix, at plant;
1.27 g/cm3, 122 g/mol

DEaggts

Beverage carton converting
Converting;
converting mix, at plant;
beverage carton

EU-28u-soACE/ELCD

BF Steel billet / slab / bloom
BF route;
production mix, at plant;
Crude steel

DEp-aggts

Biodegradable waste on landfill
landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Landfill height 30 m, landfill area 40.000 sqm

EU-28p-aggts

Birch lumber, 1 inch (689 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
689 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Birch lumber, 2 inch (689 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
689 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Birch lumber, 4 inch (689 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
689 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Bisphenol A (BPA)
technology mix;
consumption mix, at plant;
1.2 g/cm3, 228 g/mol

EU-25aggPlasticsEurope

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

USaggts

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

AUaggts

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

DEaggts

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

EU-28aggts

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

JPaggts

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

INaggts

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

BRaggts

Bitumen at refinery
from crude oil;
production mix, at refinery;
39 MJ/kg net calorific value

GBaggts

Bitumen at refinery
from crude oil;
production mix, at refinery

FRaggts

Bitumen cold adhesive (EN15804 A1-A3)
technology mix;
production mix, at plant;
60% bitumen, 23% solvent, 17% water

EU-28aggts

Bitumen emulsion (EN 15804 A1-A3)
technology mix;
production mix, at plant;
40% bitumen, 60% water

EU-28aggts

Bitumen sheet v 60
technology mix;
production mix, at plant;
5 kg/m2

CNaggts

Bitumen sheet v 60 (EN15804 A1-A3)
technology mix;
production mix, at plant;
5 kg/m2

DEaggts

Bitumen sheet v 60 (EN15804 A1-A3)
technology mix;
production mix, at plant;
5 kg/m2

EU-28aggts

Bitumen sheets G 200 S4
technology mix;
production mix, at plant;
5,0 kg/m2

CNaggts

Bitumen sheets G 200 S4 (EN15804 A1-A3)
technology mix;
production mix, at plant;
5,0 kg/m2

EU-28aggts

Bitumen sheets PYE-PV 200 S5 (not slated) (EN15804 A1-A3)
technology mix;
production mix, at plant;
5,2 kg/m2

EU-28aggts

Bitumen sheets PYE-PV 200 S5 ns (slated) (EN15804 A1-A3)
technology mix;
production mix, at plant;
6,2 kg/m2

EU-28aggts

Borosilicate glass production
Mixing, melting minerals and forming glass;
production mix, at plant;
2500 kg/m3

EU-28aggts

Brass (CuZn20)
anode furnace and casting, from copper and zinc, primary production;
single route, at plant;
80% copper, 20% zinc

EU-28p-aggts

Brass (CuZn39Pb3)
anode furnace and casting, from copper and zinc, primary production;
single route, at plant;
58% copper, 39% zinc, 3% lead

EU-28p-aggts

Brick chimney double-duct (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Brick chimney double-duct (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Brick chimney single-duct (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Brick chimney single-duct (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Bricks vertically perforated (EN15804 A1-A3)
technology mix;
production mix, at plant;
vertically perforated

EU-28aggts

Brine-Water (geothermal collector) 20 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Briquetted oil filters - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Briquetted oil filters - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Briquetted used beverage cans (UBC) - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Briquetted used beverage cans (UBC) - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Buffer storage (stainless steel) (EN15804 A1-A3)
technology mix;
production mix, at plant;
Stainless steel (based on German stainless steel)

EU-28p-aggts

Buffer storage (stainless steel) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Buffer storage (stainless steel) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Buffer storage (steel) (EN15804 A1-A3)
technology mix;
production mix, at plant;
Steel (based on German steel)

EU-28p-aggts

Buffer storage (steel) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Buffer storage (steel) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Building, administration type (1 m³ gross volume = 432 kg)
building construction;
single route, at plant;
material quantities adjustable

GLOu-sots

Building, reinforced concrete frame construction (1 m³ gross volume = 242 kg)
reinforced concrete frame production;
single route, at plant;
material quantities adjustable

GLOu-sots

Building, steel frame construction (1 m³ gross volume = 125 kg)
steel frame construction;
single route, at plant;
material quantities adjustable

GLOu-sots

Bulk carrier ocean incl. fuel, 100,000-200,000 dwt, ocean going
heavy fuel oil driven, cargo;
consumption mix;
100,000-200,000 dwt, ocean going

EU-28aggts

Bulk carrier offshore (EN15804 A4)
technology mix;
production mix, at plant

EU-28aggts

Bulk carrier shore (EN15804 A4)
technology mix;
production mix, at plant

EU-28aggts

Bulk commodity carrier, 1,500 to 20,000 dwt payload capacity, coastal
light fuel oil driven, cargo;
consumption mix;
1,500 to 20,000 dwt payload capacity, coastal

GLOu-sots

Bulk commodity carrier, 5,000 to 200,000 dwt payload capacity, ocean going
heavy fuel oil driven, cargo;
consumption mix;
5,000 to 200,000 dwt payload capacity, ocean going

GLOu-sots

Bulk commodity carrier, average, coastal
light fuel oil driven, cargo;
consumption mix;
average, coastal

GLOu-sots

Bulk commodity carrier, average, ocean going
heavy fuel oil driven, cargo;
consumption mix;
average, ocean going

GLOu-sots

Bundled steel cans - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Bundled steel cans - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

FRaggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

GBaggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

JPaggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

USaggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

INaggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

DEaggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

BRaggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

EU-28aggts

Bunker oil at refinery
from crude oil;
production mix, at refinery;
3.5 wt.% sulphur

AUaggts

Butadiene
production mix, at plant

EU-28p-aggPlasticsEurope

Butane at refinery
from crude oil;
production mix, at refinery;
2.48 kg/m3, 58 g/mol, 46 MJ/kg net calorific value

GBaggts

Butane at refinery
from crude oil;
production mix, at refinery

EU-28aggts

Butane at refinery
from crude oil;
production mix, at refinery

DEaggts

Butane at refinery
from crude oil;
production mix, at refinery

BRaggts

Butane at refinery
from crude oil;
production mix, at refinery;
2.48 kg/m3, 58 g/mol, 46 MJ/kg net calorific value

USaggts

Butane at refinery
from crude oil;
production mix, at refinery

FRaggts

Butane at refinery
from crude oil;
production mix, at refinery;
2.48 kg/m3, 58 g/mol, 46 MJ/kg net calorific value

INaggts

Butane at refinery
from crude oil;
production mix, at refinery

AUaggts

Butane at refinery
from crude oil;
production mix, at refinery;
2.48 kg/m3, 58 g/mol, 46 MJ/kg net calorific value

JPaggts

Butanediol
Reppe chemistry process, from ethyne and formaldehyde, hydrogen from steam cracker;
production mix, at plant;
1.02 g/cm3, 90 g/mol

DEaggts

Butanediol
Reppe chemistry process, from ethyne and formaldehyde, hydrogen from natural gas steam reforming;
production mix, at plant;
1.02 g/cm3, 90 g/mol

DEaggts

Butylene at refinery
from crude oil;
production mix, at refinery;
0.641 g/mL, 56 g/mol, 46 MJ/kg net calorific value

USaggts

Butylene at refinery
from crude oil;
production mix, at refinery

DEaggts

Butylene at refinery
from crude oil;
production mix, at refinery

EU-28aggts

Butylene at refinery
from crude oil;
production mix, at refinery;
0.641 g/mL, 56 g/mol, 46 MJ/kg net calorific value

JPaggts

Butylene at refinery
from crude oil;
production mix, at refinery;
0.641 g/mL, 56 g/mol, 46 MJ/kg net calorific value

GBaggts

Butylene at refinery
from crude oil;
production mix, at refinery

AUaggts

Butylene at refinery
from crude oil;
production mix, at refinery

FRaggts

Butylene at refinery
from crude oil;
production mix, at refinery

BRaggts

Butylene at refinery
from crude oil;
production mix, at refinery;
0.641 g/mL, 56 g/mol, 46 MJ/kg net calorific value

INaggts

C10-13 Linear alkylbenzene sulphonic acid (HLAS) (petro based) (No 2 - Matrix)
Sulphonation of C10-C13 LAB (linear alkylbenzene);
Production mix, at plant;
100% active ingredient; liquid;

EU-28aggERASM

C12-13 Alcohol Ether Sulphates (petro based), 2 mole EO (No. 7 - Matrix)
Sulphation of fatty alcohol ethoxylates; 2 mole EO;
Production mix, at plant;
64.8% active substance; product mass of 1543,2 kg refers to 1 ton 100% active ingredient; CAS number: 161074-79-9

EU-28aggERASM

C12-14 Alcohol (oleo) Ethoxylate, 3 moles EO (No. 9 - Matrix)
Oxidation of fatty alcohols with ethylene oxide; 3 mole EO;
Production mix, at plant;
100% active ingredient; CAS number: 68439-50-9

EU-28aggERASM

C12-14 Alcohol (oleo) Ethoxylate, 7 moles EO (No. 10 - Matrix)
Oxidation of fatty alcohols with ethylene oxide; 7 mole EO;
Production mix, at plant;
100% active ingredient; CAS number: 68439-50-9

EU-28aggERASM

C12-14 Alcohol Ether Sulphates (oleo based) (No. 6 - Matrix)
Sulphation of alcohol ethoxylates; 2 mole EO;
Production mix, at plant;
69.8% active substance in water; product mass of 1432,6 kg refers to 1 ton 100% active ingredient; CAS number: 68891-38-3

EU-28aggERASM

C12-14 Alkyl sulphate (oleo/petro based) (No. 5 - Matrix)
Sulphation of fatty alcohol and neutralization of fatty alcohol (C12-14) ester;
Production mix, at plant;
51.7% active substance in water; product mass of 1558,2 kg refers to 1 ton 100% active ingredient; CAS number: 85586-07-8

EU-28aggERASM

C12-14 Amine Oxide (oleo/petro based) (No. 20 - Matrix)
Oxidation of tertiary amines (C12-14 Alkyl amine) with hydrogen peroxide;
Production mix, at plant;
32.0% active substance in water; product mass of 3127,5 kg refers to 1 ton 100% active ingredient; CAS number: 308062-28-4

EU-28aggERASM

C12-15 Alcohol (petro) Ethoxylate, 3 moles EO(No. 11 - Matrix)
Oxidation of fatty alcohols with ethylene oxide; 3 mole EO;
Production mix, at plant;
100% active ingredient; CAS number: 68131-39-5

EU-28aggERASM

C12-15 Alcohol (petro) Ethoxylate, 7 moles EO (No. 12 - Matrix)
Oxidation of alcohols with ethylene oxide; 7 mole EO;
Production mix, at plant;
100% active ingredient; CAS number: 68131-39-5

EU-28aggERASM

C16-18 Alcohol (oleo) Ethoxylate, >20 moles EO (No. 14 - Matrix)
Oxidation of C16-18 fatty alcohols with ethylene oxide, >20 mole EO;
Production mix, at plant;
100% active ingredient; CAS number: 68439-49-6

EU-28aggERASM

C16-18 fatty alcohol from beef tallow (No. 21 - Matrix)
Trans-esterification of pure tallow fat to C16-18 methyl-ester and hydrogenation of C16-18 methyl-esters;
Production mix, at plant;
100% active substance; CAS number: 67762-27-0

EU-28aggERASM

C16-18 fatty alcohol from palm oil (No. 13 - Matrix)
Trans-esterification of palm oil to C16-18 methyl-ester and hydrogenation of C16-18 methyl-esters;
Production mix, at plant;
100% active substance; CAS number: 67762-27-0

EU-28aggERASM

C16-18 TEA-Quat (oleo based) (No. 24 - Matrix)
Quaternarization of triethanolamine fatty acid esters;
Production mix, at plant;
90.0% active substance in isopropanol; product mass of 1111,1 kg refers to 1 ton100% active ingredient; CAS number: 157905-74-3

EU-28aggERASM

C4 cut (Butadiene)
steam cracker, from naphtha;
single route, at plant;
54 g/mol

ITaggts

C4 cut (Butadiene)
steam cracker, from naphtha;
single route, at plant;
45.3 MJ net calorific value

DEaggts

C8-18 Alkyl amidopropyl betaine (oleo based) (No. 28 - Matrix)
Reaction of alkyl chain source with DMAPA (N,N-Dimethyla-minopropyl acrylamide) and reaction with Chloroacetic acid and NaOH,;
Production mix, at plant;
37.0% active substance in water; product mass of 2702,7 kg refers to 1 ton100% active ingredient; EG number: 931-296-8

EU-28aggERASM

Cable 1 wire (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Cable 1 wire (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable 1 wire (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable 3 wire (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Cable 3 wire (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable 3 wire (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable 5 wire (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Cable 5 wire (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable 5 wire (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable CAT 7 (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Cable CAT 7 (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable CAT 7 (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Cable waste in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
30.0 MJ/kg net calorific value

DEp-aggts

Cable waste in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
30.0 MJ/kg net calorific value

EU-28p-aggts

Calcined petroleum coke
calcination;
single route, at plant;
95 to 99 wt% carbon content

USaggts

Calcined petroleum coke
calcination;
single route, at plant;
95 to 99 wt% carbon content

EU-28aggts

Calcined petroleum coke
calcination;
single route, at plant;
95 to 99 wt% carbon content

DEaggts

Calcium ammonium nitrate (CAN, 27% N)
neutralising nitric acid with ammonia, including primary production;
production mix, at plant;
27 % nitrogen content

EU-28aggFertilizers Europe

Calcium carbonate > 63 microns
Production;
at plant

EU-28aggIMA-Europe/ELCD

Calcium hydroxide (Ca(OH)2; dry; slaked lime) (EN15804 A1-A3)
technology mix;
production mix, at plant;
solid, density: 2,24 g·cm−3 (20 °C), molar mass: 74,10 g·mol−1

DEaggts

Calcium silicate
blocks and elements;
production mix, at plant;
density 1400 to 2000 kg/m3

EU-28aggts

Caprolactam (from cyclohexane)
from cyclohexane;
production mix, at plant;
1.01 g/cm3, 113 g/mol

DEaggts

Car CNG, Euro 2
CNG driven, Euro 2, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car CNG, Euro 3
CNG driven, Euro 3, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car CNG, Euro 4
CNG driven, Euro 4, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car CNG, Euro 5
CNG driven, Euro 5, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car CNG, Euro 6
CNG driven, Euro 6, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car diesel EURO 4 (EN15804 A4)
technology mix, diesel driven, Euro 4, passenger car;
production mix, at plant

EU-28aggts

Car diesel, 1986-88, engine size 1.4-2l
diesel driven, 1986-1988, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car diesel, 1986-88, engine size more than 2l
diesel driven, 1986-88, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, 1986-88, engine size up to 1.4l
diesel driven, 1986-1988, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car diesel, Euro 1, engine size 1.4-2l
diesel driven, Euro 1, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car diesel, Euro 1, engine size more than 2l
diesel driven, Euro 1, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 1, engine size up to 1.4l
diesel driven, Euro 1, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car diesel, Euro 2, engine size 1.4-2l
diesel driven, Euro 2, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car diesel, Euro 2, engine size more than 2l
diesel driven, Euro 2, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 2, engine size up to 1.4l
diesel driven, Euro 2, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car diesel, Euro 3, engine size 1.4-2l
diesel driven, Euro 3, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car diesel, Euro 3, engine size more than 2l
diesel driven, Euro 3, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 3, engine size up to 1.4l
diesel driven, Euro 3, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car diesel, Euro 4, engine size 1.4-2l
diesel driven, Euro 4, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car diesel, Euro 4, engine size more than 2l
diesel driven, Euro 4, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 4, engine size up to 1.4l
diesel driven, Euro 4, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car diesel, Euro 5, engine size 1.4-2l
diesel driven, Euro 5, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car diesel, Euro 5, engine size more than 2l
diesel driven, Euro 5, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 5, engine size up to 1.4l
diesel driven, Euro 5, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car diesel, Euro 6 (from Jan 2021), engine size 1,4-2l
diesel driven, Euro 6 (from Jan 2021), passenger car;
consumption mix;
engine size 1,4-2l

GLOu-sots

Car diesel, Euro 6 (from Jan 2021), engine size more than 2l
diesel driven, Euro 6 (from Jan 2021), passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 6 (from Jan 2021), engine size up to 1,4l
diesel driven, Euro 6 (from Jan 2021), passenger car;
consumption mix;
engine size up to 1,4l

GLOu-sots

Car diesel, Euro 6 (from Sept 2019), engine size 1,4-2l
diesel driven, Euro 6 (from Sept 2019), passenger car;
consumption mix;
engine size 1,4-2l

GLOu-sots

Car diesel, Euro 6 (from Sept 2019), engine size more than 2l
diesel driven, Euro 6 (from Sept 2019), passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 6 (from Sept 2019), engine size up to 1,4l
diesel driven, Euro 6 (from Sept 2019), passenger car;
consumption mix;
engine size up to 1,4l

GLOu-sots

Car diesel, Euro 6, engine size 1,4-2l
diesel driven, Euro 6, passenger car;
consumption mix;
engine size 1,4-2l

GLOu-sots

Car diesel, Euro 6, engine size more than 2l
diesel driven, Euro 6, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car diesel, Euro 6, engine size up to 1,4l
diesel driven, Euro 6, passenger car;
consumption mix;
engine size up to 1,4l

GLOu-sots

Car LPG, Euro 2
LPG driven, Euro 2, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car LPG, Euro 3
LPG driven, Euro 3, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car LPG, Euro 4
LPG driven, Euro 4, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car LPG, Euro 5
LPG driven, Euro 5, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car LPG, Euro 6
LPG driven, Euro 6, passenger car;
consumption mix;
engine size unspecified

GLOu-sots

Car petrol EURO 4 (EN15804 A4)
technology mix, gasoline driven, Euro 4, passenger car;
production mix, at plant

EU-28aggts

Car petrol, controlled catalytic converter < 87, engine size 1.4-2l
gasoline driven, controlled catalytic converter < 87, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, controlled catalytic converter < 87, engine size more than 2l
gasoline driven, controlled catalytic converter < 87, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, controlled catalytic converter < 87, engine size up to 1.4l
gasoline driven, controlled catalytic converter < 87, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, controlled catalytic converter 87-90, engine size 1.4-2l
gasoline driven, controlled catalytic converter 87-90, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, controlled catalytic converter 87-90, engine size more than 2l
gasoline driven, controlled catalytic converter 87-90, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, controlled catalytic converter 87-90, engine size up to 1.4l
gasoline driven, controlled catalytic converter 87-90, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, conventional, engine size 1.4-2l
gasoline driven, conventional, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, conventional, engine size more than 2l
gasoline driven, conventional, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, conventional, engine size up to 1.4l
gasoline driven, conventional, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, ECE 15'04, engine size 1.4-2l
gasoline driven, ECE 15'04, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, ECE 15'04, engine size more than 2l
gasoline driven, ECE 15'04, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, ECE 15'04, engine size up to 1.4l
gasoline driven, ECE 15'04, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, Euro 1, engine size 1.4-2l
gasoline driven, Euro 1, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, Euro 1, engine size more than 2l
gasoline driven, Euro 1, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, Euro 1, engine size up to 1.4l
gasoline driven, Euro 1, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, Euro 2, engine size 1.4-2l
gasoline driven, Euro 2, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, Euro 2, engine size more than 2l
gasoline driven, Euro 2, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, Euro 2, engine size up to 1.4l
gasoline driven, Euro 2, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, Euro 3, engine size 1.4-2l
gasoline driven, Euro 3, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, Euro 3, engine size more than 2l
gasoline driven, Euro 3, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, Euro 3, engine size up to 1.4l
gasoline driven, Euro 3, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, Euro 4, engine size 1.4-2l
gasoline driven, Euro 4, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, Euro 4, engine size more than 2l
gasoline driven, Euro 4, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, Euro 4, engine size up to 1.4l
gasoline driven, Euro 4, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, Euro 5, engine size 1.4-2l
gasoline driven, Euro 5, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, Euro 5, engine size more than 2l
gasoline driven, Euro 5, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, Euro 5, engine size up to 1.4l
gasoline driven, Euro 5, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car petrol, Euro 6, engine size 1,4-2l
gasoline driven, Euro 6, passenger car;
consumption mix;
engine size 1,4-2l

GLOu-sots

Car petrol, Euro 6, engine size more than 2l
gasoline driven, Euro 6, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, Euro 6, engine size up to 1,4l
gasoline driven, Euro 6, passenger car;
consumption mix;
engine size up to 1,4l

GLOu-sots

Car petrol, non-controlled catalytic converter, engine size 1.4-2l
gasoline driven, non-controlled catalytic converter, passenger car;
consumption mix;
engine size 1.4-2l

GLOu-sots

Car petrol, non-controlled catalytic converter, engine size more than 2l
gasoline driven, non-controlled catalytic converter, passenger car;
consumption mix;
engine size more than 2l

GLOu-sots

Car petrol, non-controlled catalytic converter, engine size up to 1.4l
gasoline driven, non-controlled catalytic converter, passenger car;
consumption mix;
engine size up to 1.4l

GLOu-sots

Car shredder
car shredding, for automobile recycling;
production mix, at plant;
0,2 MJ electricity consumption per kg material shredded

DEp-aggts

Carbon balance correction (renewables)
Biogenic carbon dioxide (CO2) correction, primary energy (PE) correction

GLOu-sots

Carbon black (furnace black; general purpose)
furnace black, general purpose;
production mix, at plant;
1 kg

DEaggts

Carbon dioxide (CO2) by-product ammonia (NH3) (economic allocation)
Haber- Bosch process, from natural gas;
single route, at plant;
1.977 kg/m3, 44 g/mol

DEaggts

Carbon monoxide (via synthetic gas)
purified, cryogenic air separation, from synthesis gas with 75% hydrogen and 25% carbon monoxide;
single route, at plant;
1.25 kg/m3, 28 g/mol

DEaggts

Cargo plane
technology mix, kerosene driven, cargo;
consumption mix, to consumer;
65 t payload

GLOaggts

Cargo plane, 113 t payload
technology mix, kerosene driven, cargo;
consumption mix;
113 t payload

GLOu-sots

Cargo plane, 22 t payload
technology mix, kerosene driven, cargo;
consumption mix;
22 t payload

GLOu-sots

Cargo plane, 65 t payload
technology mix, kerosene driven, cargo;
consumption mix;
65 t payload

GLOu-sots

Cast aluminium - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Cast aluminium - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Cast iron component (EN15804 A1-A3)
EAF route;
production mix, at plant;
cast iron

DEp-aggts

Cast iron part (automotive)
electric arc furnace route, from steel scrap, secondary production;
single route, at plant

DEp-aggts

Cement (average)
grinding and clinkering, from gravel;
production mix, at plant;
Average

CNaggts

Cement (CEM I 32.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM I 32.5

EU-28aggts

Cement (CEM I 42.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM I 42.5

EU-28aggts

Cement (CEM I 52.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM I 52.5

EU-28aggts

Cement (CEM II 32.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM II 32.5

EU-28aggts

Cement (CEM II 42.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM II 42.5

EU-28aggts

Cement (CEM II 52.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM II 52.5

EU-28aggts

Cement (CEM II/A) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM II/A

EU-28aggts

Cement (CEM II/B) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM II/B

EU-28aggts

Cement (CEM III 32.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM III 32.5

EU-28aggts

Cement (CEM III 42.5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM III 42.5

EU-28aggts

Cement (CEM III A) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CEM III A

EU-28aggts

Cement (CEM IV 42.5) (A1-A3)
technology mix;
production mix, at plant;
CEM IV

EU-28aggts

Cherry lumber, 1 inch (561 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
561 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Cherry lumber, 2 inch (561 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
561 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Cherry lumber, 4 inch (561 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
561 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Chimney polypropylene (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Chimney polypropylene (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Chimney polypropylene (PP) (EN15804 A1-A3)
technology mix;
production mix, at plant;
PP

EU-28aggts

Chimney stainless steel (single wall) (EN15804 A1-A3)
technology mix;
production mix, at plant;
single wall

EU-28p-aggts

Chimney stainless steel (single wall) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Chimney stainless steel single-wall (EN15804 C3)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Chimney stainless steel single-wall (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Chlorine
chlorine-alkali electrolysis (Amalgam), from sodium chloride solution;
single route, at plant;
3.22 kg/m3, 35.45 g/mol

DEaggts

Chlorine
chlorine-alkali electrolysis (diaphragm), from sodium chloride solution;
single route, at plant;
3.22 kg/m3, 35 g/mol

DEaggts

Chlorine from chlorine alkali electrolysis (membrane)
chlorine-alkali electrolysis (membrane), from sodium chloride solution;
single route, at plant;
3.22 kg/m3, 35 g/mol

DEaggts

Chlorine mix
technology mix;
production mix, at plant;
3.22 kg/m3, 35 g/mol

DEaggts

Chlorine mix (chlorine production countries)
technology mix;
production mix, at plant;
3.22 kg/m3, 35 g/mol

EU-28aggts

Circulating pump (for 20 kW radiator)
Circulation pump, electric- driven;
production mix, at plant;
electricity consumption 1.5 W per kW boiler power

EU-28aggts

Circulating pump (for 260 kW radiator)
Circulation pump, electric- driven;
production mix, at plant;
electricity consumption 1.5 W per kW boiler power

EU-28aggts

Circulating pump (for 70 kW radiator)
Circulation pump, electric- driven;
production mix, at plant;
electricity consumption 1.5 W per kW boiler power

EU-28aggts

Circulating pump < 50W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Circulating pump <50 W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Circulating pump <50 W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Circulating pump 250 - 1000 W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Circulating pump 250 - 1000 W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Circulating pump 250-1000W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Circulating pump 50 - 250 W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Circulating pump 50 - 250 W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Circulating pump 50-250W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Clean motor blocks - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Clean motor blocks - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Clean painted aluminium sheets - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Clean painted aluminium sheets - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Clear coat solvent-based (parquet) (A1-A3)
parquet, PUR dispersion, 34% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Clear coat water-based (parquet) (EN15804 A1-A3)
parquet, PUR dispersion, 12% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Coated aluminium - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Coated aluminium - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Coating silicate emulsion (building, exterior, white) (EN15804 A5)
building, exterior, white, 1,25% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Coating silicone (building, exterior, white) (EN15804 A5)
building, exterior, white, 1,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Cobalt, refined (metal)
hydro- and pyrometallurgical processes;
production mix, at plant;
>99% Co

GLOaggCDI

Cocamide diethanolamine (oleo based) (No. 16 - Matrix)
Condensation reaction of lauric oils (coconut oil and/or palm kernel oil) with diethanolamines (DEA);
Production mix, at plant;
100% active ingredient; CAS number: 68603-42-9

EU-28aggERASM

Coconut oil methyl ester (incl. LUC)
Cultivation, harvesting of coconut palm and processing of coconuts/ technology mix;
production mix, at producer;
Coconut oil methyl ester

GLOaggERASM

Coke mix
coke oven process, from hard coal;
production mix, at plant;
29 MJ/kg net calorific value

USaggts

Coke mix
coke oven process, from hard coal;
production mix, at plant;
29 MJ/kg net calorific value

DEaggts

Cold Rolled Aluminum
technology mix;
production mix, at producer

RNAaggAA/ts

Combined heat and power plant (lambda 1 engine, 160 kW, 1 piece)
CHP plant manufacturing;
single route, at plant;
lambda 1 engine, 160 kW, material quantities adjustable

GLOu-sots

Commercial waste (AT, DE, IT, LU, NL, SE, CH) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 10,4 MJ/kg

EU-28p-aggts

Commercial waste (ES, GR, PT) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 10,4 MJ/kg

EU-28p-aggts

Commercial waste (FR, GB, FI, NO) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 10,4 MJ/kg

EU-28p-aggts

Commercial waste for municipal disposal (BE, DK) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 10,4 MJ/kg

EU-28p-aggts

Commercial waste in municipal waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
10.4 MJ/kg net calorific value

EU-28p-aggts

Commercial waste in municipal waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
10.4 MJ/kg net calorific value

DEp-aggts

Compact fluorescent lamp 18W (external control gear) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Components for Re-Use (CRU)
This auxiliary process is used to declare the "Components for re-use" (CRU) in EPDs according to EN 15804.

GLOu-sots-EPD

Composite bridge
composite bridge construction;
production mix, at customer, installed;
1 sqm road bridge constructed, material composition see table attached

DEp-aggts

Compressed air
7 bar, high efficiency;
production mix, at plant;
low electricity consumption

EU-28aggts

Compressed air
10 bar, high efficiency;
production mix, at plant;
low electricity consumption

EU-28aggts

Compressed air
14 bar, high efficiency;
production mix, at plant;
low electricity consumption

EU-28aggts

Compressed air
7 bar, low efficiency;
production mix, at plant;
high power consumption

EU-28aggts

Compressed air
10 bar, low efficiency;
production mix, at plant;
high power consumption

EU-28aggts

Compressed air
14 bar, low efficiency;
production mix, at plant;
high power consumption

EU-28aggts

Compressed air 10 bar (high power consumption)
10 bar, low efficiency;
consumption mix, at plant;
high power consumption

GLOu-sots

Compressed air 10 bar (low power consumption)
10 bar, high efficiency;
consumption mix, at plant;
low electricity consumption

GLOu-sots

Compressed air 10 bar (medium power consumption)
10 bar, medium efficiency;
consumption mix, at plant;
medium electricity consumption

GLOu-sots

Compressed air 14 bar (high power consumption)
14 bar, low efficiency;
consumption mix, at plant;
high power consumption

GLOu-sots

Compressed air 14 bar (low power consumption)
14 bar, high efficiency;
consumption mix, at plant;
low electricity consumption

GLOu-sots

Compressed air 14 bar (medium power consumption)
14 bar, medium efficiency;
consumption mix, at plant;
medium electricity consumption

GLOu-sots

Compressed air 7 bar (high power consumption)
7 bar, low efficiency;
consumption mix, at plant;
high power consumption

GLOu-sots

Compressed air 7 bar (low power consumption)
7 bar, high efficiency;
consumption mix, at plant;
low electricity consumption

GLOu-sots

Compressed air 7 bar (medium power consumption)
7 bar, medium efficiency;
consumption mix, at plant;
medium electricity consumption

GLOu-sots

Concrete bricks
technology mix;
production mix, at plant;
2000 kg/m3

CNaggts

Concrete bricks (EN15804 A1-A3)
technology mix;
production mix, at plant;
2000 kg/m3

DEaggts

Concrete bricks (EN15804 A1-A3)
technology mix;
production mix, at plant;
2000 kg/m3

EU-28aggts

Concrete bridge
concrete bridge construction;
production mix, at customer, installed;
1 sqm road bridge constructed, material composition see table attached

DEp-aggts

Concrete C12/15
mixing of cement, water and aggregates such as gravel;
production mix, at plant;
Compression strength class C12/15

CNaggts

Concrete C12/15 (Ready-mix concrete)
mixing of cement, water and aggregates such as gravel;
production mix, at plant;
Compression strength class C12/15

CNaggts

Concrete C12/15 (Ready-mix concrete) (EN15804 A1-A3)
technology mix;
production mix, at plant;
C12/15

EU-28aggts

Concrete C20/25
technology mix;
production mix, at plant;
Concrete C20/25

DEaggts

Concrete C20/25
mixing of cement, water and aggregates such as gravel;
production mix, at plant;
Compression strength class C20/25

CNaggts

Concrete C20/25 (Ready-mix concrete)
mixing cement, water and aggregates;
production mix, at plant;
C20/25

CNaggts

Concrete C20/25 (Ready-mix concrete) (EN15804 A1-A3)
mixing cement, water and aggregates;
production mix, at plant;
C20/25

EU-28aggts

Concrete C25/30 (Ready-mix concrete)
mixing cement, water and aggregates;
production mix, at plant;
C25/30

CNaggts

Concrete C25/30 (Ready-mix concrete) (EN15804 A1-A3)
mixing cement, water and aggregates;
production mix, at plant;
C25/30

EU-28aggts

Concrete C30/37
mixing of cement, water and aggregates such as gravel;
production mix, at plant;
Compression strength class C30/37

CNaggts

Concrete C30/37 (Ready-mix concrete)
mixing of cement, water and aggregates such as gravel;
production mix, at plant;
Compression strength class C30/37

CNaggts

Concrete C30/37 (Ready-mix concrete) (EN15804 A1-A3)
technology mix;
production mix, at plant;
C30/37

EU-28aggts

Concrete C35/45 (Ready-mix concrete)
mixing cement, water and aggregates;
production mix, at plant;
C35/45

CNaggts

Concrete C35/45 (Ready-mix concrete) (EN15804 A1-A3)
mixing cement, water and aggregates;
production mix, at plant;
C35/45

EU-28aggts

Concrete C8/10
mixing of cement, water and aggregates such as gravel;
production mix, at plant;
Compression strength class C8/10

CNaggts

Concrete C8/10 (Ready-mix concrete)
mixing of cement, water and aggregates such as gravel;
production mix, at plant;
Compression strength class C8/10

CNaggts

Concrete C8/10 (Ready-mix concrete) (EN15804 A1-A3)
technology mix;
production mix, at plant;
C8/10

EU-28aggts

Concrete pipe, not reinforced (EN15804 A1-A3)
technology mix;
production mix, at plant;
not reinforced

EU-28aggts

Concrete pipe, reinforced (EN15804 A1-A3)
technology mix;
production mix, at plant;
reinforced

EU-28aggts

Concrete roof tile (A1-A3)
technology mix;
production mix, at plant;
Concrete

EU-28aggts

Construction rubble on inert matter landfill
landfill including leachate treatment and without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Landfill height 30 m, landfill area 40.000 sqm

CNaggts

Construction waste dumping (EN15804 C4)
technology mix;
production mix, at plant;
construction waste

EU-28aggts

Construction waste treatment plant (C3)
technology mix;
production mix, at plant;
treatment of construction waste

EU-28p-aggts

Container glass
glass melting and conditioning, from quartz sand;
production mix, at plant;
59% quartz sand content

EU-28p-aggts

Container glass (delivered to the end user of the contained product, reuse rate: 7%)
technology mix;
production mix at plant

RERaggFEVE/ELCD

Container ship (EN15804 A4)
technology mix, heavy fuel oil driven, cargo;
production mix, at plant;
Average

EU-28aggts

Container ship ocean incl. fuel, 27,500 dwt payload capacity, ocean going
heavy fuel oil driven, cargo;
consumption mix;
27,500 dwt payload capacity, ocean going

EU-28aggts

Container ship, 5,000 to 200,000 dwt payload capacity, ocean going
heavy fuel oil driven, cargo;
consumption mix;
global average 43,000 dwt payload capacity, ocean going

GLOu-sots

Containerboard
sulfite pulping process, from woodchips, primary production;
single route, at plant;
1.05 kg woodchips per kg cardboard produced

USp-aggts/AF&PA

Continuous filament glass fibre (assembled rovings)
-;
at plant;
-

RERaggAPFE/ELCD

Continuous filament glass fibre (direct rovings)
-;
at plant;
-

RERaggAPFE/ELCD

Continuous filament glass fibre (dry chopped strands)
-;
at plant;
-

RERaggAPFE/ELCD

Continuous filament glass fibre (wet chopped strands)
-;
at plant;
-

RERaggAPFE/ELCD

Copper (99.99%; cathode)
from pyrometallurgical (including secondary) and hydrometallurgical production;
production mix, at producer;
99.99% Cu

GLOaggICA

Copper mix (99,999% from electrolysis)
from electrolysis;
consumption mix, to consumer;
99,999% Cu

GLOaggts

Copper pipe mix (Europe 2015)
technology mix;
consumption mix, at plant

EU-28aggDKI/ECI

Copper pipe mix, bare (A1-A3)
technology mix;
production mix, at producer;
1 kg

EU-28aggts

Copper sheet
rolling, pickling, and annealing;
production mix, at plant;
0.5 mm

CNaggts

Copper sheet (A1-A3)
technology mix;
production mix, at plant;
Copper

EU-28aggts

Copper Sheet Mix (Europe 2015)
technology mix;
consumption mix, at plant

EU-28aggDKI/ECI

Copper sheet; technology mix; market mix, at plant; 0,6 mm thickness
Hot and Cold Rolling based on melting and casting a mix of Copper cathode and Copper scrap;
Technology and Market Mix for Sheet fabrication representing main European production countries, Market Mix for Copper cathode in Europe (primary and secondary Cu cathode production in Europe as well as Cu cathode import into Europe);
1000 kg Copper sheet

EU-25aggECI/ELCD

Copper tube; technology mix; market mix, at plant; diameter 15 mm, 1 mm thickness
Extrusion and Drawing based on melting and casting a mix of Copper cathode and Copper scrap;
Technology and Market Mix for Tube fabrication representing main European production countries, Market Mix for Copper cathode in Europe (primary and secondary Cu cathode production in Europe as well as Cu cathode import into Europe);
1000 kg Copper tube

EU-25aggECI/ELCD

Copper Wire Mix (Europe 2015)
technology mix;
consumption mix, at plant

EU-28aggDKI/ECI

Copper wire; technology mix; market mix, at plant; cross section 1 mm
Extrusion and Drawing based on melting and casting a mix of Copper cathode and Copper scrap;
Technology and Market Mix for Wire fabrication representing main European production countries, Market Mix for Copper cathode in Europe (primary and secondary Cu cathode production in Europe as well as Cu cathode import into Europe);
1000 kg Copper wire

EU-25aggECI/ELCD

Corkboard, 1m2, 4 mm (EN15804 A1-A3)
technology mix;
production mix, at plant;
1,8 kg/m2

EU-28aggts

Corkboard, 1m2, 6 mm (EN15804 A1-A3)
technology mix;
production mix, at plant;
2,7 kg/m2

EU-28aggts

Corkboard, 1m2, 8 mm (EN15804 A1-A3)
technology mix;
production mix, at plant;
3,6 kg/m2

EU-28aggts

Corrugated board excl. paper production 2015, open paper input, average composition
technology mix;
production mix, at plant;
paper input grade per kg corrugated board changeable

EU-28p-aggts/FEFCO

Corrugated board input material mixer

EU-28u-sots/FEFCO

Corrugated product
sulfite pulping process, from woodchips, primary production;
single route, at plant;
1.17 kg woodcips per kg cardboard produced

USp-aggts/AF&PA

Cotton fiber (bales after ginning)
technology mix;
production mix, at producer;
cotton fiber global average

GLOaggCottonInc

Cotton fiber (organic) (at gin gate)
technology mix;
production mix, at producer (gin)

GLOaggTextile Exchange

Cotton fibre (organic) (EN15804 A1-A3)
technology mix;
production mix, at plant;
40 kg/m3

EU-28aggts

Cotton raw conventional (EN15804 A1-A3)
technology mix;
production mix, at plant;
40 kg/m3

EU-28aggts

Cottonwood lumber, 1 inch (449 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
449 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Cottonwood lumber, 2 inch (449 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
449 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Cottonwood lumber, 4 inch (449 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
449 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

County road
country road construction;
production mix, at customer, installed;
1 km road constructed, material composition see table attached

DEaggts

Credit for recycling of steel scrap

GLOu-sots

Crude coconut oil (incl. LUC)
Cultivation, harvesting of coconut palm and processing of coconuts/ technology mix;
production mix, at producer;
Crude coconut oil

GLOaggERASM

Crude oil
technology mix;
production mix, at producer

RERaggPlasticsEurope

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

ATaggts

Crude oil mix
technology mix of conventional and unconventional production methods;
consumption mix, to consumer;
42 MJ/kg net calorific value

AUaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

DEaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

GBaggts

Crude oil mix
technology mix of conventional and unconventional production methods;
consumption mix, to consumer;
42 MJ/kg net calorific value

USaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

SEaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

ITaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

JPaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

PLaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

INaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

PTaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
41 MJ/kg net calorific value

NZaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

SKaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

HUaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

ROaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

NLaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

NOaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

BRaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

BEaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
42 MJ/kg net calorific value

LTaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

FRaggts

Crude oil mix
technology mix of conventional and unconventional production metods;
consumption mix, to consumer;
43 MJ/kg net calorific value

IEaggts

Crude palm kernel oil (incl. LUC; incl. peat emissions)
Cultivation, harvesting of oil palm and processing of fresh fruit bunches/ technology mix;
production mix, at producer;
Crude palm kernel oil

GLOaggERASM

Crude palm oil (incl. LUC; incl. peat emissions)
Cultivation, harvesting of oil palm and processing of fresh fruit bunches/ technology mix;
production mix, at producer;
Crude palm oil

GLOaggERASM

Crushed rock 16-32 mm
technology mix;
production mix, at plant;
undried

CNaggts

Crushed rock 16-32 mm (dried) (EN15804 A1-A3)
technology mix;
production mix, at plant;
dried

EU-28aggts

Crushed rock 16-32 mm (undried) (EN15804 A1-A3)
technology mix;
production mix, at plant;
undried

EU-28aggts

Crushed sand 0/2
technology mix;
production mix, at plant;
dried

CNaggts

Crushed sand grain 0-2 mm (EN15804 A1-A3)
technology mix;
production mix, at plant;
dried

EU-28aggts

Crushed stone 16/32
open pit mining;
production mix, at plant;
16/32, undried

DEaggts

Crushed stone grain 2-15 mm
technology mix;
production mix, at plant;
undried

CNaggts

Crushed stone grain 2-15 mm (dried) (EN15804 A1-A3)
technology mix;
production mix, at plant;
dried

EU-28aggts

Crushed stone grain 2-15 mm (undried) (EN15804 A1-A3)
technology mix;
production mix, at plant;
undried

EU-28aggts

Cumene (isopropylbenzene) (C9H12)
alkylation, from benzene and propylene;
production mix, at plant;
0.86 g/cm3, 120 g/mol

NLaggts

Cumene (isopropylbenzene) (C9H12)
alkylation, from benzene and propylene;
production mix, at plant;
0.86 g/cm3, 120 g/mol

ITaggts

Cumene (isopropylbenzene) (C9H12)
alkylation, from benzene and propylene;
production mix, at plant;
0.86 g/cm3, 120 g/mol

DEaggts

Cyclohexane
catalytic hydration of benzene;
production mix, at plant;
0.7781 g/mL, 84 g/mol

DEaggts

Damp insulation PE (EN15804 A1-A3)
technology mix;
production mix, at plant;
PE

EU-28aggts

Deionised water (reverse-osmosis/electro-deionisation, from groundwater, for regionalization)
reverse osmosis, from groundwater;
single route, at plant;
1000 kg/m3, 18 g/mol

GLOp-aggts

Deionised water (reverse-osmosis/electro-deionisation, from surface water, for regionalization)
reverse osmosis, from surface water;
single route, at plant;
1000 kg/m3, 18 g/mol

GLOp-aggts

Deionised water from ground water (for regionalization)
via ion exchange;
single route, at plant;
1000 kg/m3, 18 g/mol

GLOp-aggts

Derived timber product in MWI (EN15804 C3)
End of Life, incineration;
production mix (region specific plants), at plant;
1kg

EU-28aggts

Derived timber product in MWI (EN15804 D)
End of Life, incineration;
production mix (region specific plants), at plant;
wood incineration

EU-28aggts

Diammonium phosphate (DAP, 18% N, 46% P2O5)
neutralising phosphoric acid with ammonia, including primary production;
production mix, at plant;
18% nitrogen, 46% phosphate

EU-28aggFertilizers Europe

Dichloroethane (ethylene dichloride)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Diesel at refinery
from crude oil;
production mix, at refinery;
500 ppm sulphur

RAFaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
0.11 wt.% bio components

CNaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
6.18 wt.% bio components

BRaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
2.55 wt.% bio components

GBaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
3.62 wt.% bio components

USaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
1.26 wt.% bio components

AUaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
6.78 wt.% bio components

EU-28aggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
9.2 wt.% bio components

FRaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
6.42 wt.% bio components

DEaggts

Diesel mix at filling station
from crude oil and bio components;
consumption mix, at filling station;
3.30 wt.% bio components

NLaggts

Diesel mix at filling station Western Australia
from crude oil and bio components;
consumption mix, at filling station;
1.26 wt.% bio components

AUaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 6.42 wt.% bio components

DEaggts

Diesel mix at refinery
from crude oil;
production mix, at refinery;
500 ppm sulphur

RSAaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 6.78 wt.% bio components

EU-28aggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 2.55 wt.% bio components

GBaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
488 ppm sulphur (calculated by ratio), 0,14% wt. bio components (calculated by ratio)

RASaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
15 ppm sulphur, 3.62 wt.% bio components

USaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 1.26 wt.% bio components

AUaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 0.05 wt.% bio components

JPaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
500 ppm sulphur, 6.18 wt.% bio components

BRaggts

Diesel mix at refinery
from crude oil and bio components;
production mix, at refinery;
350 ppm sulphur, 0.09 wt.% biocomponents

INaggts

Diethylene glycol
production mix, at plant

EU-28p-aggPlasticsEurope

Diethylene glycol by product ethylene glycol from ethene and oxygen via EO
from ethene and oxygen;
single route, at plant;
1.12 g/m³, 106 g/mol

DEaggts

Diffuser (Damp room) T8 36W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Diffuser (Damp room) T8 36W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Diffuser (Damp room) T8 36W (LFL) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Di-isononyl phthalate (DINP)
esterification of phthalic anhydride with isononyl alcohol;
production mix, at producer;
-

EU-28aggECPI

Dimpled sheets polyethylene (PE)
dimpled, extruder and calender process, from polyethylene granulate;
production mix, at plant;
gauge 0.1 to 0.5 mm

CNaggts

Dimpled sheets polyethylene (PE) (A1-A3)
technology mix;
production mix, at producer;
PE

EU-28aggts

Dip-Switch (Light switch) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Dip-Switch (Light switch) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Direct expansion air conditioner (per 1 kW) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Direct expansion air conditioner (per 1 kW) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Direct expansion air conditioner (per 1 kW) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

District heating 120-400 kW (Use)
technology mix;
production mix, at plant;
120-400 kW

CNaggts

District heating 20-120 kW (Use)
technology mix;
production mix, at plant;
20-120 kW

CNaggts

District heating mix
technology mix;
production mix, at plant;
10.7 % energy loss during transmission

EU-28aggts

District heating transfer station (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 kW

EU-28p-aggts

District heating transfer station (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

District heating transfer station (EN15804 D)
technology mix;
production mix, at plant;
1 kW

EU-28aggts

Double glazing unit
combination of glass and rubber, argon fill;
production mix, at plant;
26 kg glass, 0.65 kg rubber, 0.03 kg argon per square meter

CNaggts

Double glazing unit (EN15804 A1-A3)
technology mix;
production mix, at plant;
double glass

EU-28aggts

Downlight 18W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Downlight 18W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Downlight cabinet 18W (CFL, G24D) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Drinking water mix
clarification, filtration, disinfection, ion exchange, activated carbon absorption;
production mix, at plant;
1000 kg/m3, 18 g/mol

DEaggts

Drinking water pipe PB (EN15804 A1-A3)
technology mix;
production mix, at plant;
PB

EU-28aggts

Drinking water pipe PE-X (A1-A3)
technology mix;
production mix, at plant;
PE-X

EU-28aggts

Drinking water pipe PE-X-Alu (EN15804 A1-A3)
technology mix;
production mix, at plant;
PE-X-Alu

EU-28aggts

Dry screed (Gypsum fibre board) (EN15804 A1-A3)
technology mix;
production mix, at plant;
24 kg/m2

EU-28aggts

Dry screed (Gypsum plaster board) (EN15804 A1-A3)
technology mix;
production mix, at plant;
20 kg/m2

EU-28p-aggts

EAF Steel billet / Slab / Bloom
EAF route;
production mix, at plant;
Crude steel

DEp-aggts

Electric heat pump (Brine-Water, geothermal collector) 10 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Brine-Water, geothermal collector) 10 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal collector) 10 kW (EN15804 D)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal collector) 20 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal collector) 20 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal collector) 70 kW (A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Brine-Water, geothermal collector) 70 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal collector) 70 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal probe) 10 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Brine-Water, geothermal probe) 10 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal probe) 10 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal probe) 20 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Brine-Water, geothermal probe) 20 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal probe) 20 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal probe) 70 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Brine-Water, geothermal probe) 70 kW (EN15804 C4)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Electric heat pump (Brine-Water, geothermal probe) 70 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Water-Water) 10 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Water-Water) 10 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Water-Water) 10 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Water-Water) 20 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Water-Water) 20 kW (EN15804 C4)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Electric heat pump (Water-Water) 20 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Water-Water) 70 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric heat pump (Water-Water) 70 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric heat pump (Water-Water) 70 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electric instantaneous water heater (21 kW) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electric instantaneous water heater (use)
Electric instantaneous water heater, for buildings;
production mix, at plant;
100% efficiency

EU-28aggts

Electrical flow heater (21 kW) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electrical flow heater (21 kW) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electrical heat pump Brine-water (0/35) (utilization)
electric- driven heat pump;
production mix, at plant;
4.4 kW thermal power per 1 kW electricity input

EU-28aggts

Electrical heat pump Brine-water (0/50)
electric- driven heat pump;
production mix, at plant;
3.0 kW thermal power per 1 kW electricity input

EU-28aggts

Electrical heat pump Brine-water (5/55) (utilization)
electric- driven heat pump;
production mix, at plant;
2.4 kW thermal power per 1 kW electricity input

EU-28aggts

Electrical heat pump water-water (10/35) (utilization)
electric- driven heat pump;
production mix, at plant;
5.5 kW thermal power per 1 kW electricity input

EU-28aggts

Electrical heat pump water-water (10/50) (utilization)
electric- driven heat pump;
production mix, at plant;
3.8 kW thermal power per 1 kW electricity input

EU-28aggts

Electrical heat pump water-water (7/55) (utilization)
electric- driven heat pump;
production mix, at plant;
3.0 kW thermal power per 1 kW electricity input

EU-28aggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LVaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CHaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DKaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GRaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LUaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

MTaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CYaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from biogas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DKaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LUaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LVaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CHaggts

Electricity from biomass (solid)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from coal gases
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from geothermal
AC, CHP, technology mix;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from geothermal
AC, CHP, technology mix;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from geothermal
AC, CHP, technology mix;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from geothermal
AC, CHP, technology mix;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from geothermal
AC, CHP, technology mix;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from geothermal
AC, CHP, technology mix;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from geothermal
AC, CHP, technology mix;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DKaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from hard coal
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CHaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DKaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GRaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

MTaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LVaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CYaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from heavy fuel oil (HFO)
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

GRaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

DKaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

CHaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

CNaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

LUaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from hydro power
AC, technology mix of run-off-river, storage and pump storage;
production mix, at power plant;
1kV - 60kV

LVaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from lignite
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GRaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LVaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LUaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CHaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

GRaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NZaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

DKaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

AUaggts

Electricity from natural gas
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from natural gas (IAI 2015)
AC, aluminium industry specific combined cycle without CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

RMEaggIAI/ts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

BGaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

CHaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

BRaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

ROaggts

Electricity from nuclear
AC, technology mix of BWR and PWR;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from peat
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from peat
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from peat
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from peat
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from peat
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from peat
AC, mix of direct and CHP, technology mix regarding firing and flue gas cleaning;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

DEaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

NLaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

SIaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

BRaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

SEaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at producer;
1kV - 60kV

MTaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

GBaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

BGaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

FRaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

PTaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

INaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

ITaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

LUaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

JPaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

ROaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

FIaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

EU-28aggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

SKaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

PLaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

LTaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

USaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

ESaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

CHaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

NZaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

DKaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

IEaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

GRaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

CZaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

ATaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

BEaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

AUaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

HUaggts

Electricity from photovoltaic
AC, technology mix of CIS, CdTE, mono crystalline and multi crystalline;
production mix, at plant;
1kV - 60kV

CYaggts

Electricity from solar thermal
AC, compact linear fresnel reflector concentrated solar power technology;
single route, at plant;
1kV - 60kV

ESaggts

Electricity from solar thermal
AC, compact linear fresnel reflector concentrated solar power technology;
single route, at plant;
1kV - 60kV

EU-28aggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

SIaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

LTaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

CZaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

GRaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

SKaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

JPaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

CHaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

EEaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

NOaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

FRaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

FIaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

ESaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

LUaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

GBaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

IEaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

DEaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

INaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

CNaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

USaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

SEaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

EU-28aggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

DKaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

HUaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

ATaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

BEaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

PLaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

PTaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

ITaggts

Electricity from waste
AC, CHP, dry flue gas treatment, without waste collection, transport and pre-treatment;
production mix, at power plant;
1kV - 60kV

NLaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

IEaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

FIaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

FRaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

BEaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

NLaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

AUaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

CZaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

BRaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

LTaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

BGaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

LUaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

NOaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

INaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

HUaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

LVaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

PLaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

CYaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

SEaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

EEaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

USaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

NZaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

ATaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

GBaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

DEaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

SIaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

CHaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

ESaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

DKaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

CNaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

SKaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

EU-28aggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

ITaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

GRaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

ROaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

JPaggts

Electricity from wind power
AC, technology mix of onshore and offshore;
production mix, at plant;
1kV - 60kV

PTaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

NZaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

EU-28aggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

CHaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

BRaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

SKaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

JPaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

PLaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

IEaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

INaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

LUaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

BGaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

CYaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

USaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

SEaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

ROaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

NLaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

PTaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

ESaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

ATaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

ITaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

BEaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

DKaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

ISaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

DEaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

MTaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

SIaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

ENTSOaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

HUaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

CNaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

GBaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

NOaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

LVaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

EEaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

LTaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

GRaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

FIaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

CZaggts

Electricity grid mix
AC, technology mix;
consumption mix, to consumer;
<1kV

FRaggts

Electricity grid mix (EGA)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix (eGRID)
AC, technology mix;
consumption mix, at consumer;
<1kV

USaggts

Electricity grid mix (IAI 2015)
AC, technology mix of coal and hydro power aluminium industry specific;
consumption mix, to consumer, aluminium specific regional mix;
1kV - 60kV

CNaggIAI/ts

Electricity grid mix (MBIE)
AC, technology mix;
consumption mix, to consumer;
<1kV

NZaggts

Electricity grid mix (NSW)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix (NT)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix (QLD)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix (SA)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix (TAS)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix (VIC)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix (WA)
AC, technology mix;
consumption mix, to consumer;
<1kV

AUaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

DEaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

PTaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

GRaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

LTaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

PLaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

LUaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

BRaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

FIaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

ATaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

BGaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

HUaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

BEaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

CZaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

DKaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

ENTSOaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

GBaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

EEaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

NLaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

LVaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

NZaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

NOaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

ESaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

ROaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

INaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

SEaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

CHaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

SIaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

MTaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

ITaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

CYaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

JPaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

FRaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

EU-28aggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

IEaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

ISaggts

Electricity grid mix 1kV-60kV
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

SKaggts

Electricity grid mix 1kV-60kV (EGA)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV (MBIE)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

NZaggts

Electricity grid mix 1kV-60kV (NSW)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV (NT)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV (QLD)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV (SA)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV (TAS)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV (VIC)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity grid mix 1kV-60kV (WA)
AC, technology mix;
consumption mix, to consumer;
1kV - 60kV

AUaggts

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

EU-28u-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

FRu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

ESu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

LUu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

SIu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

LTu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

ROu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

JPu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

GBu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

GRu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

NLu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

ITu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

BRu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

CHu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

CZu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

HUu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

FIu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

ATu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

INu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

CYu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

PTu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

AUu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

DKu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

NOu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

LVu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

SKu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

DEu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

NZu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

PLu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

IEu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

EEu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

MTu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

BEu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

BGu-sots

Electricity mix (energy carriers, generic)
AC, technology mix;
production mix, at power plant;
<1kV

SEu-sots

Electricity mix (energy carriers, generic, US eGRID)
AC, technology mix;
production mix, at power plant;
<1kV

USu-sots

Electricity transfer
AC, technology mix;
consumption mix;
all voltage stages

GLOu-sots

Electrolysis (Prebake) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

GLOp-aggIAI/ts

Electrolysis (Prebake) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

OCEp-aggIAI/ts

Electrolysis (Prebake) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

RMEp-aggIAI/ts

Electrolysis (Prebake) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

CNp-aggIAI/ts

Electrolysis (Prebake/Søderberg) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

RNAp-aggIAI/ts

Electrolysis (Prebake/Søderberg) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

EU-28p-aggIAI/ts

Electrolysis (Prebake/Søderberg) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

CAp-aggIAI/ts

Electrolysis (Prebake/Søderberg) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

RLAp-aggIAI/ts

Electrolysis (Søderberg) IAI 2015
electrolysis of alumina, including aluminium industry and region specific electricity mix;
single route, at plant;
60 to over 500 kiloamperes (kA), 4.2 to 5.0 volts

GLOp-aggIAI/ts

Electronic ballast EB (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Electronic ballast EB (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Electronic ballast EB (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Elevator average utilization (200.000 rides/a)
technology mix;
production mix, at plant;
200.000 rides/a

CNaggts

Elevator average utilization (200.000 rides/a)
Technology mix;
production mix, at plant;
200000 rides/a

EU-28aggts

Elevator basic component (Independent of floor) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Elevator basic component (Independent of floor) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Elevator basic component (Independent of floor) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Elevator component (dependent on floor) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 floor

EU-28p-aggts

Elevator component dependent on floor (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 floor

EU-28aggts

Elevator component dependent on floor (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 floor

EU-28aggts

Elevator high utilization (400.000 rides/a)
technology mix;
production mix, at plant;
400.000 rides/a

CNaggts

Elevator high utilization (400.000 rides/a)
Technology mix;
production mix, at plant;
400000 rides/a

EU-28aggts

Elevator low utilization (100.000 rides/a)
Technology mix;
production mix, at plant;
100000 rides/a

EU-28aggts

Elevator low utilization (100.000 rides/a)
technology mix;
production mix, at plant;
100.000 rides/a

CNaggts

Elm lumber, 1 inch (593 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
593 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Elm lumber, 2 inch (593 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
593 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Elm lumber, 4 inch (593 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
593 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Enclosed composting (finished compost)
enclosed composting plant, without collection and transport of waste but including the production of good quality compost;
at plant

ATaggBOKU / ts

Enclosed composting (incl. compost application and crediting)
enclosed composting plant, without collection and transport of waste but including the production of good quality compost and the utilisation of compost;
at plant

ATaggBOKU / ts

Enclosed composting (incl. compost application)
enclosed composting plant, without collection and transport of waste but including the production of good quality compost and the utilisation of compost;
at plant

ATaggBOKU / ts

Energy recovery from hardwood glulam, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
674 kg/m3 at 10.5% moisture content (dry basis) / 9.5% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood glulam, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
674 kg/m3 at 10.5% moisture content (dry basis) / 9.5% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, green, dressed, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
828 kg/m3 at 30% moisture content (dry basis) / 23.1% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, green, dressed, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
828 kg/m3 at 30% moisture content (dry basis) / 23.1% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, green, rough-sawn, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
768 kg/m3 at 26.4% moisture content (dry basis) / 20.9% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, green, rough-sawn, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
768 kg/m3 at 26.4% moisture content (dry basis) / 20.9% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, kiln-dried, dressed, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, kiln-dried, dressed, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, kiln-dried, rough-sawn, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Energy recovery from hardwood timber, kiln-dried, rough-sawn, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, moisture resistant (MR), E1, melamine coated, 18 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, moisture resistant (MR), E1, melamine coated, 18 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, moisture resistant (MR), E1, melamine coated, 25 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
17.6 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, moisture resistant (MR), E1, melamine coated, 25 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
17.6 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, MR, E1, melamine coated, 16 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
11.7 kg/m3 at 7.3% moisture content (dry basis) / 6.8% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, MR, E1, melamine coated, 16 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.7 kg/m3 at 7.3% moisture content (dry basis) / 6.8% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, standard, E1, melamine coated, 16 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
11.6 kg/m3 at 7.2% moisture content (dry basis) / 6.7% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, standard, E1, melamine coated, 16 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.6 kg/m3 at 7.2% moisture content (dry basis) / 6.7% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, standard, E1, melamine coated, 18 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, standard, E1, melamine coated, 18 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, standard, E1, melamine coated, 25 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
17.5 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Energy recovery from MDF, standard, E1, melamine coated, 25 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
17.5 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, flooring (tongue & groove), 19 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
13.6 kg/m3 at 9.8% moisture content (dry basis) / 8.9% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, flooring (tongue & groove), 19 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13.6 kg/m3 at 9.8% moisture content (dry basis) / 8.9% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, flooring (tongue & groove), 22 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
15.9 kg/m3 at 9.4% moisture content (dry basis) / 8.6% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, flooring (tongue & groove), 22 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
15.9 kg/m3 at 9.4% moisture content (dry basis) / 8.6% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, flooring (tongue & groove), 25 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
18.3 kg/m3 at 9.1% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, flooring (tongue & groove), 25 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
18.3 kg/m3 at 9.1% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, MR, E1, melamine coated, 16 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, MR, E1, melamine coated, 16 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, MR, E1, melamine coated, 18 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.8% moisture content (dry basis) / 6.4% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, MR, E1, melamine coated, 18 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.8% moisture content (dry basis) / 6.4% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, standard, E1, melamine coated, 16 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, standard, E1, melamine coated, 16 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, standard, E1, melamine coated, 18 mm (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.6% moisture content (dry basis) / 6.2% water content (wet basis)

AUaggFWPA

Energy recovery from particleboard, standard, E1, melamine coated, 18 mm (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.6% moisture content (dry basis) / 6.2% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, exterior, A-bond, 7 mm (bracing) (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
3.5 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, exterior, A-bond, 7 mm (bracing) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
3.5 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, exterior, A-bond, 9 mm (structural) (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
4.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, exterior, A-bond, 9 mm (structural) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
4.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, flooring (tongue & groove), A-bond, 15 mm (residential) (EN 15804 C3,
technology mix;
end-of-life mix, at producer;
7.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, flooring (tongue & groove), A-bond, 15 mm (residential) (EN 15804 D, C
technology mix;
end-of-life mix, at producer;
7.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, flooring (tongue & groove), A-bond, 25 mm (commercial) (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
12.3 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, flooring (tongue & groove), A-bond, 25 mm (commercial) (EN 15804 D, Co
technology mix;
end-of-life mix, at producer;
12.3 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, formply, A-bond, 17 mm (formwork) (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
8.7 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, formply, A-bond, 17 mm (formwork) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
8.7 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, formply, B-bond, 17 mm (formwork) (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
9.3 kg/m3 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, formply, B-bond, 17 mm (formwork) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
9.3 kg/m3 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, interior, C-bond, 9 mm (joinery) (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
5.42 kg/m2 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Energy recovery from plywood, interior, C-bond, 9 mm (joinery) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
5.42 kg/m2 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Energy recovery from softwood glulam, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
621 kg/m3 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Energy recovery from softwood glulam, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
621 kg/m3 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Energy recovery from softwood timber, kiln-dried, dressed, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Energy recovery from softwood timber, kiln-dried, dressed, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Energy recovery from softwood timber, kiln-dried, rough-sawn, untreated (EN 15804 C3)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Energy recovery from softwood timber, kiln-dried, rough-sawn, untreated (EN 15804 D)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Engineered I-joists
Average/Typical

RNAaggCORRIM

EOL: Waste to be recycled

GLOu-sots

EOL: Waste to disposal (e.g. landfill, energy recovery)

GLOu-sots

EPDM roofing membranes (EN15804 A1-A3)
technology mix;
production mix, at plant;
EPDM

EU-28aggts

EPDM seal in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
43.0 MJ/kg net calorific value

EU-28p-aggts

EPDM seal in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
43.0 MJ/kg net calorific value

DEp-aggts

Epoxy resin
technology mix;
production mix, at producer

RERaggPlasticsEurope

Epoxy Resin (EP) Mix
from Bisphenol A and epichlorohydrin;
consumption mix, to consumer;
approx. 1.15 g/cm3

DEaggts

Escalator - basic component (independent of lifting height) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Escalator basic componenet (Independent of lifting height) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Escalator basic componenet (Independent of lifting height) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Escalator component dependent on lifting height (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 meter lifting height

EU-28p-aggts

Escalator component dependent on lifting height (per m) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 meter lifting height

EU-28aggts

Escalator component dependent on lifting height (per m) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 meter lifting height

EU-28aggts

Ethanol
hydrogenation with nitric acid;
single route, at plant;
96 % concentrated

DEaggts

Ethene (ethylene)
steam cracker, from naphtha;
production mix, at plant;
1.178 kg/m3, 28 g/mol

DEaggts

Ethene (ethylene)
steam cracker, from naphtha;
production mix, at plant;
1.178 kg/m3, 28 g/mol

NOaggts

Ethene (ethylene)
steam cracker, from naphtha;
production mix, at plant;
1.178 kg/m3, 28 g/mol

GBaggts

Ethene (ethylene)
steam cracker, from naphtha;
production mix, at plant;
1.178 kg/m3, 28 g/mol

ITaggts

Ethene (ethylene)
steam cracker, from naphtha;
production mix, at plant;
1.178 kg/m3, 28 g/mol

EU-28aggts

Ethine (acetylene)
SACHSSE-BARTHOLOME process, from natural gas;
production mix, at plant;
1.097 kg/m3, 26.04 g/mol

DEaggts

Ethyl acrylate
acid-catalysed esterification reaction of acrylic acid and ethanol;
production mix, at producer

EU-28aggEBAM

Ethyl benzene
technology mix;
production mix, at producer

RERaggPlasticsEurope

Ethylene
production mix, at plant

EU-28p-aggPlasticsEurope

Ethylene glycol
oxidation of ethene with oxygen and water;
production mix, at plant;
1.11 g/cm³, 62 g/mol

DEaggts

Ethylene glycol
oxidation of ethene with oxygen and water;
production mix, at plant;
1.11 g/cm³, 62 g/mol

NLaggts

Ethylene glycol
oxidation of ethene with oxygen and water;
production mix, at plant;
1.11 g/cm³, 62 g/mol

EU-28aggts

Ethylene glycol
production mix, at plant

EU-28p-aggPlasticsEurope

Ethylene oxide
production mix, at plant

EU-28p-aggPlasticsEurope

Ethylene oxide (EO) via air
purified, oxidation of ethylene with air;
production mix, at plant;
0.882 g/mL, 44 g/mol

DEaggts

Ethylene Oxide (No. 8 - Matrix)
Sulphation of fatty alcohol and neutralization of fatty alcohol (C12-14) ester;
Production mix, at plant;
100% active substance; CAS number: 75-21-8

EU-28aggERASM

ETIC (Adhesion and coating, silicone resin plaster) (A1-A3)
technology mix;
production mix, at plant;
12,3 kg/m2

EU-28aggts

EVA roof sheets (EN15804 A1-A3)
technology mix;
production mix, at plant;
EVA

EU-28aggts

Excavated soil with digger (EN15804 A5)
technology mix;
production mix, at plant;
100 kW

EU-28aggts

Excavated soil with digger (EN15804 A5)
technology mix;
production mix, at plant;
15 kW

EU-28aggts

Excavator 100 kW 1m3 (Sand)
technology mix;
production mix, at plant;
100 kW

CNaggts

Excavator 15 kW 1m3 (Sand)
technology mix;
production mix, at plant;
15 kW

CNaggts

Excavator, 100 kW, construction
technology mix;
consumption mix;
100 kW, construction

GLOu-sots

Excavator, 500 kW, mining
technology mix;
consumption mix;
500 kW, mining

GLOu-sots

Expandable polystyrene (EPS), white and grey
suspension polymerisation, extrusion or mass pelletisation;
production mix, at producer

EU-28aggPlasticsEurope

Expanded clay (EN15804 A1-A3)
technology mix;
production mix, at plant;
grain size 4/16

EU-28aggts

Expanded cork (A1-A3)
technology mix;
production mix, at plant;
80 kg/m3

EU-28aggts

Expanded glass, granulate (EN15804 A1-A3)
technology mix;
production mix, at plant;
granulate

EU-28aggts

Expanded Polystyrene (EPS 15)
technology mix;
production mix, at plant;
15 kg/m3

CNaggts

Expanded Polystyrene (EPS 30)
PS production, foaming;
production mix, at plant;
30 kg/m3

CNaggts

Expanded Polystyrene (PS 30) (EN15804 A1-A3)
technology mix;
production mix, at plant;
PS 30

EU-28aggts

Expanded polystyrene foam (PS 15) (A1-A3)
styrene polymerization, foaming;
single producer, at plant;
PS 15, no flame retardand

EU-28aggts

Expanded polystyrene foam (PS 20) (A1-A3)
styrene polymerization, foaming;
single producer, at plant;
PS 20, no flame retardand

EU-28aggts

Expanded polystyrene foam (PS 25) (A1-A3)
styrene polymerization, foaming;
single route, at plant;
PS 25, no flame retardand

EU-28aggts

Exported Electrical Energy (EEE)
This auxiliary process is used to declare the "Exported electrical energy" (EEE) in EPDs according to EN 15804.;
[MJ]

GLOu-sots-EPD

Exported Thermal Energy (EET)
This auxiliary process is used to declare the "Exported thermal energy" (EET) in EPDs according to EN 15804.;
[MJ]

GLOu-sots-EPD

External wall insulation system (Silicate dispersion plaster) (A1-A3)
technology mix;
production mix, at plant;
Silicate dispersion plaster

EU-28aggts

External wall insulation system (synthetic resin plaster) (A1-A3)
technology mix;
production mix, at plant;
Synthetic resin plaster

EU-28aggts

Extruded Aluminum
technology mix;
production mix, at producer

RNAaggAA/ts

Extruded polystyrene (XPS)
technology mix;
production mix, at plant;
32 kg/m3

CNaggts

Extruded polystyrene (XPS) (EN15804 A1-A3)
technology mix;
production mix, at plant;
32 kg/m3

EU-28aggts

Facing brick
technology mix;
production mix, at plant;
1800 kg/m3

CNaggts

Facing brick (EN15804 A1-A3)
technology mix;
production mix, at plant;
clay- based

EU-28aggts

Farm tractor production (material composition, including Maintenance, without EoL)
based on material composition, including the usage of spare parts (maintenance), without assembly and EoL/recycling of component parts;
single route, at producer;
approximation

GLOp-aggts

Federal road
federal road construction;
production mix, at customer, installed;
1 km road constructed, material composition see table attached

DEaggts

Ferro chrome mix
primary production;
consumption mix, to consumer;
60 % chrome, high carbon

DEaggts

Ferro metals on landfill
landfill including leachate treatment and without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Landfill height 30 m, landfill area 40.000 sqm

EU-28aggts

Ferro Nickel (29% Ni) ILCD 2017
technology mix;
production mix, at plant;
29% Nickel

GLOaggNickel Institute

Ferro nickel (29%)
mining, separation, electric arc furnace;
production mix, at plant;
29 % nickel

GLOaggts

Ferro silicon mix (90% Si)
primary production;
production mix, at plant;
90%, silicon

GLOaggts

Ferro-manganese, high-carbon (HC FeMn), 74 to 82 wt. % Mn, up to 7.5 wt % carbon
primary production;
production mix, at plant;
74 to 82 wt. % Mn, up to 7.5 wt % carbon

ZAaggts

Ferro-manganese, refined (Ref. FeMn), 80 to 85 wt. % Mn, less than 1.5 wt % carbon
primary production;
production mix, at plant;
80 to 85 wt. % Mn, less than 1.5 wt % carbon

ZAaggts

Ferrosilicon production

CNu-soDLR/ts

Film for green roof
technology mix;
production mix, at plant;
Density: 1126 kg/m3

CNaggts

Final manufacturing (carbon steel product)

GLOu-sots

Final manufacturing (stainless steel product)

GLOu-sots

Five-Layer laminated wood board, pine (EN15804 A1-A3)
technology mix;
production mix, at plant;
472 kg/m3 at 12% moisture

EU-28aggts

Fixing material screws galvanized (EN15804 A1-A3)
technology mix;
production mix, at plant;
galvanized (based on German steel)

EU-28aggts

Fixing material screws stainless steel (EN15804 A1-A3)
technology mix;
production mix, at plant;
Stainless steel (based on German stainless steel)

EU-28aggts

Flat collector (Big plant > 500m2)
technology mix;
production mix, at plant;
1 m2 and year

EU-28aggts

Flat collector (Big plant > 500m2) (Use)
technology mix;
production mix, at plant;
1 kWh

CNaggts

Flat solar collector (EN15804 A1-A3)
technology mix;
production mix, at plant;
Flat collector

EU-28aggts

Flat solar collector (EN15804 A1-A3)
technology mix;
production mix, at plant;
Flat collector

EU-28p-aggts

Flat solar collector (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Flat solar collector (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Flattened car bodies - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Flattened car bodies - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Flax fibre fleece (EN15804 A1-A3)
technology mix;
production mix, at plant;
38 kg/m3

EU-28aggts

Float flat glass
cut, Pilkington process, from sand and soda ash;
production mix, at plant;
23% cullet (cut-off, burden free)

EU-28aggts

Float flat glass (open sec. material)
technology mix;
production mix, at plant;
open secondary material

EU-28p-aggts

Floor screed (anhydrite) (A1-A3)
technology mix;
production mix, at plant;
anhydrite

EU-28aggts

Floor screed (cement) (A1-A3)
technology mix;
production mix, at plant;
Cement

EU-28aggts

Fluorescent lamp socket T8-18W (LFL) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Fluorescent lamp socket T8-36W (LFL) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Fluorescent lamp T5 14W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamp T5 14W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamp T5 28W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Fluorescent lamp T5 28W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamp T5 28W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamp T8 18W (D)
End of Life;
production mix (region specific plants), at consumer;
1 piece

EU-28aggts

Fluorescent lamp T8 18W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Fluorescent lamp T8 18W (EN15804 C4)
End of Life;
production mix (region specific plants), at consumer;
1 piece

EU-28aggts

Fluorescent lamp T8 36W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Fluorescent lamp T8 36W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamp T8 36W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamps socket T8 18W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamps socket T8 18W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamps socket T8 36W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Fluorescent lamps socket T8 36W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Formaldehyde (HCHO; 100%)
dehydrogenation of methanol;
production mix, at plant;
100 % concentrated

DEaggts

Formaldehyde (HCHO; 100%)
dehydrogenation of methanol;
production mix, at plant;
100 % concentrated

EU-28aggts

Formaldehyde (HCHO; 37%)
dehydrogenation of methanol;
production mix, at plant;
37 % concentrated

DEaggts

Freeway
freeway construction;
production mix, at customer, installed;
1 km road constructed, material composition see table attached

DEaggts

Gas condensing boiler < 20 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Gas condensing boiler < 20 kW (upright unit) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas condensing boiler < 20 kW (upright unit) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas condensing boiler < 20 kW (use)
Gas condensing boiler, for heating of buildings;
production mix, at plant;
up to 20 kW

EU-28aggts

Gas condensing boiler < 20 kW (wall unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Gas condensing boiler < 20 kW (wall-mounted unit) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas condensing boiler < 20 kW (wall-mounted unit) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas condensing boiler 120-400 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas condensing boiler 120-400 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas condensing boiler 120-400 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Gas condensing boiler 120-400 kW (use)
Gas condensing boiler, for heating of buildings;
production mix, at plant;
120-400 kW

EU-28aggts

Gas condensing boiler 20-120 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
2 piece

EU-28aggts

Gas condensing boiler 20-120 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
2 piece

EU-28aggts

Gas condensing boiler 20-120 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Gas condensing boiler 20-120 kW (use)
Gas condensing boiler, for heating of buildings;
production mix, at plant;
20-120 kW

EU-28aggts

Gas heat pump (air) 20-70 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
20-70 kW

EU-28p-aggts

Gas heat pump air (20 kW) 0°C (utilization)
gas- driven heat pump;
production mix, at plant;
20 kW thermal power

EU-28aggts

Gas heat pump air (20 kW) 7°C (utilization)
gas- driven heat pump;
production mix, at plant;
20 kW thermal power

EU-28aggts

Gas heat pump air (70 kW) 0°C (utilization)
gas- driven heat pump;
production mix, at plant;
70 kW thermal power

EU-28aggts

Gas heat pump air (70 kW) 7°C (utilization)
gas- driven heat pump;
production mix, at plant;
70 kW thermal power

EU-28aggts

Gas heat pump air 20-70 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas heat pump air 20-70 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas low temperature 20-120 kW (Use)
technology mix;
production mix, at plant;
1 kWh

CNaggts

Gas low temperature boiler < 20 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas low temperature boiler < 20 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas low temperature boiler < 20 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Gas low temperature boiler < 20 kW (Use)
technology mix;
production mix, at plant;
1 kWh

CNaggts

Gas low temperature boiler < 20 kW (use)
Gas low temperature boiler, for heating of buildings;
production mix, at plant;
up to 20 kW

EU-28aggts

Gas low temperature boiler 120-400 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas low temperature boiler 120-400 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas low temperature boiler 120-400 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Gas low temperature boiler 120-400 kW (Use)
technology mix;
production mix, at plant;
1 kWh

CNaggts

Gas low temperature boiler 120-400 kW (use)
Gas low temperature boiler, for heating of buildings;
production mix, at plant;
120-400 kW

EU-28aggts

Gas low temperature boiler 20-120 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas low temperature boiler 20-120 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Gas low temperature boiler 20-120 kW (upright unit) (EN 15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Gas low temperature boiler 20-120 kW (use)
Gas low temperature boiler, for heating of buildings;
production mix, at plant;
20-120 kW

EU-28aggts

Gas-fired power plant (350 MW, 1 piece)
natural gas power plant production;
single route, at plant;
350 MW, material quantities adjustable

GLOu-sots

Gasoline E10 (premium)
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 10.66 wt.% bio components (E10)

DEaggts

Gasoline mix (E10) at filling station
from crude oil and bio components;
consumption mix, at filling station;
10.66 wt.% bio components (E10)

DEaggts

Gasoline mix (E5) at filling station
from crude oil and bio components;
consumption mix, at filling station;
5.33 wt.% bio components (E5)

DEaggts

Gasoline mix (E5) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 5.33 wt.% bio components (E5)

DEaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
5.60 wt.% bio components

EU-28aggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
10.34 wt.% bio components

FRaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
40.40 wt.% bio components

BRaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
12.23 wt.% bio components

USaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
5.92 wt.% bio components

NLaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
7.09 wt.% bio components

DEaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
2.7 wt.% bio components

CNaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
1.38 wt.% bio components

AUaggts

Gasoline mix (premium) at filling station
from crude oil and bio components;
consumption mix, at filling station;
5.04 wt.% bio components

GBaggts

Gasoline mix (premium) at filling station Western Australia
from crude oil and bio components;
consumption mix, at filling station;
1.38 wt.% bio components

AUaggts

Gasoline mix (premium) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 1.38 wt.% bio components

AUaggts

Gasoline mix (premium) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 5.60 wt.% bio components

EU-28aggts

Gasoline mix (premium) at refinery
from crude oil and bio components;
production mix, at refinery;
30 ppm sulphur, 12.23 wt.% bio components

USaggts

Gasoline mix (premium) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 7.09 wt.% bio components

DEaggts

Gasoline mix (premium) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 5.04 wt.% bio components

GBaggts

Gasoline mix (premium) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 1.22 wt.% bio components

JPaggts

Gasoline mix (premium) at refinery
from crude oil and bio components;
production mix, at refinery;
500 ppm sulphur, 40.40 wt.% bio components

BRaggts

Gasoline mix (regular) at filling station
from crude oil and bio components;
consumption mix, at filling station;
1.38 wt.% bio components

AUaggts

Gasoline mix (regular) at filling station
from crude oil and bio components;
consumption mix, at filling station;
12.23 wt.% bio components

USaggts

Gasoline mix (regular) at filling station
from crude oil and bio components;
consumption mix, at filling station;
40.40 wt.% bio components

BRaggts

Gasoline mix (regular) at filling station
from crude oil and bio components;
consumption mix, at filling station;
5.60 wt.% bio components

EU-28aggts

Gasoline mix (regular) at filling station
from crude oil and bio components;
consumption mix, at filling station;
2.7 wt.% bio components

CNaggts

Gasoline mix (regular) at filling station Western Australia
from crude oil and bio components;
consumption mix, at filling station;
1.38 wt.% bio components

AUaggts

Gasoline mix (regular) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 1.38 wt.% bio components

AUaggts

Gasoline mix (regular) at refinery
from crude oil and bio components;
production mix, at refinery;
200 ppm sulphur, 40.40 wt.% bio components

BRaggts

Gasoline mix (regular) at refinery
from crude oil and bio components;
production mix, at refinery;
30 ppm sulphur, 12.23 wt.% bio components

USaggts

Gasoline mix (regular) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 5.60 wt.% bio components

EU-28aggts

Gasoline mix (regular) at refinery
from crude oil and bio components;
production mix, at refinery;
10 ppm sulphur, 1.22 wt.% bio components

JPaggts

Gasoline mix (regular) at refinery
from crude oil and bio components;
production mix, at refinery;
150 ppm sulphur, 2.46 wt.% bio components

INaggts

GCC dry
Ground Calcium Carbonate (GCC) - dry, uncoated, with a CaCO3 content of 98% or more, a median particle size ranging typically from 2.5 to 5 µm, ready to be shipped in bulk. Production at plant.;
Production at plant;
None

RERaggCCA/ELCD

General purpose polystyrene (GPPS)
continuous-mass copolymerization of styrene;
production mix, at producer;
40 MJ/kg net calorific value

EU-28aggPlasticsEurope

Glacial Acrylic Acid
catalysed oxidation of propene;
production mix, at producer

EU-28aggEBAM

Glass ceramic production
Mixing, melting minerals and forming glass;
production mix, at plant;
2500 kg/m3

EU-28aggts

Glass cullet, sorted
sorting and pretreatment of glass cullets, transports;
single route, at plant

EU-28p-aggts

Glass fibres
from mineral components;
production mix, at plant;
Borosillicate glass / E-glass

DEaggts

Glass lamp bulbs (soda-lime - BREF)
Mixing, melting minerals and forming glass;
production mix, at plant;
2500 kg/m3

EU-28aggts

Glass wool
fleece;
production mix, at plant;
density between 10 to 100 kg/m3

EU-28aggts

Glass/inert waste on landfill
landfill including leachate treatment and without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Landfill height 30 m, landfill area 40.000 sqm

EU-28aggts

Glue for gypsum boards (EN15804 A1-A3)
technology mix;
production mix, at plant;
1000 kg/m3

EU-28aggts

Glued laminated timber
Average/Typical

RNAaggCORRIM

Glued laminated timber (EN15804 A1-A3)
technology mix;
production mix, at plant;
Glued laminated timber

EU-28aggts

Granulator
technology mix;
production mix, at plant;
30 - 1500 kg/h throughput

DEu-sots

Graphic Paper
technology mix;
production mix, at plant;
79% primary fibre, 21% recycled fibre

EU-25aggEuro-graph/ELCD

Gravel (Grain size 2/32) (EN15804 A1-A3)
technology mix;
production mix, at plant;
wet, Grain size 2/32

DEaggts

Gravel (grain size 2-32mm)
wet and dry quarry;
production mix, at plant;
undried

CNaggts

Gravel 2/32
wet and dry quarry;
production mix, at plant;
2/32, undried

EU-28aggts

Green car bodies - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Green car bodies - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Grey cast iron (GG) part (sand casting)
hot blast cupola furnace, sand casting;
single route, at producer;
GG20 grade, 7,06 - 7,34 g/cm3

DEp-aggts

Ground calcium carbonate slurry
Ground Calcium Carbonate (GCC) - slurry, unbleached and uncoated, with a solid content of 75% in the slurry, a CaCO3 content of 98% or more, a median particle size ranging typically from 1 to 3 µm, ready to be shipped as slurry with a biocide content enabling a transportation or a storage during maximum 48h. Production at plant;
Production at plant;
None

RERaggCCA-Europe

Ground water, input regionalization dummy
Regionalization dummy process

GLOu-sots

Gypsum (CaSO4 alpha hemihydrate from FGD gypsum) (EN15804 A1-A3)
grinded and purified product, via calcination of calcium sulphate dihydrate;
production mix, at plant;
145.15 g/mol

EU-28aggts

Gypsum (CaSO4 alpha hemihydrate from FGD gypsum) (EN15804 A1-A3)
grinded and purified product, via calcination of calcium sulphate dihydrate;
production mix, at plant;
145.15 g/mol

DEaggts

Gypsum board (EN15804 A1-A3)
technology mix;
production mix, at plant;
10 kg/m2

EU-28p-aggts

Gypsum cardboard
gypsum extraction and cardboard manufacturing;
production mix, at plant;
10 kg/m2

CNaggts

Gypsum fibre board (EN15804 A1-A3)
technology mix;
production mix, at plant;
10 kg/m2

EU-28aggts

Gypsum interior plaster
technology mix;
production mix, at plant;
1000 kg/m3

CNaggts

Gypsum interior plaster (EN15804 A1-A3)
technology mix;
production mix, at plant;
1000 kg/m3

EU-28aggts

Gypsum lime plaster (EN15804 A1-A3)
technology mix;
production mix, at plant;
1400 kg/m3

EU-28aggts

Gypsum plaster (CaSO4 beta hemihydrate)
technology mix of natural gypsum (45%) and gypsum from flue gas desulphurisation (55%);
production mix, at plant;
grinded and purified product

CNaggts

Gypsum plaster (CaSO4 beta hemihydrate) (EN15804 A1-A3)
technology mix of natural gypsum (45%) and gypsum from flue gas desulphurisation (55%);
production mix, at plant;
grinded and purified product

EU-28aggts

Gypsum plaster (CaSO4 beta hemihydrate) (EN15804 A1-A3)
technology mix of natural gypsum (45%) and gypsum from flue gas desulphurisation (55%);
production mix, at plant;
grinded and purified product

DEaggts

Gypsum plaster board (Acoustic ceilings) (EN15804 A1-A3)
technology mix;
production mix, at plant;
8,5 kg/m2

EU-28p-aggts

Gypsum plaster board (Fire protection) (EN15804 A1-A3)
technology mix;
production mix, at plant;
10 kg/m2

EU-28p-aggts

Gypsum plaster board (Moisture resistant) (EN15804 A1-A3)
technology mix;
production mix, at plant;
10 kg/m2

EU-28p-aggts

Gypsum plasterboard
technology mix of plasterboard production;
production mix at factory;
10 kg/m2

EU-28p-aggELCD/EUROGYPSUM

Gypsum stone (CaSO4-Dihydrate) (EN15804 A1-A3)
underground and open pit mining;
production mix, at plant;
grinded and purified product

DEaggts

Gypsum wallboard (EN15804 A1-A3)
technology mix;
production mix, at plant;
84 kg/m2

EU-28aggts

Hackberry lumber, 1 inch (593 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
593 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Hackberry lumber, 2 inch (593 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
593 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Hackberry lumber, 4 inch (593 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
593 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Hard coal mix
technology mix;
consumption mix, to consumer;
66% carbon content, 27 MJ/kg net calorific value

EU-28aggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 28 MJ/kg net calorific value

NZaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
61% carbon content, 24 MJ/kg net calorific value

ATaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
70% carbon content, 27 MJ/kg net calorific value

BRaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 27 MJ/kg net calorific value

SEaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
62% carbon content, 25 MJ/kg net calorific value

NOaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
66% carbon content, 26 MJ/kg net calorific value

SIaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
65% carbon content, 25 MJ/kg net calorific value

SKaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 28 MJ/kg net calorific value

DEaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 26 MJ/kg net calorific value

PTaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
66% carbon content, 26 MJ/kg net calorific value

ITaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
70% carbon content, 28 MJ/kg net calorific value

USaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 27 MJ/kg net calorific value

FRaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
68% carbon content, 26 MJ/kg net calorific value

LUaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
67% carbon content, 26 MJ/kg net calorific value

GBaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
66% carbon content, 26 MJ/kg net calorific value

IEaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
67% carbon content, 27 MJ/kg net calorific value

JPaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 27 MJ/kg net calorific value

NLaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
59% carbon content, 24 MJ/kg net calorific value

PLaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 27 MJ/kg net calorific value

BEaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
68% carbon content, 27 MJ/kg net calorific value

INaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 27 MJ/kg net calorific value

ROaggts

Hard coal mix
technology mix;
consumption mix, to consumer;
69% carbon content, 28 MJ/kg net calorific value

AUaggts

Hard coal power plant (800 MW, 1 piece)
hard coal power plant construction;
single route, at plant;
800 MW, material quantities adjustable

GLOu-sots

Hard Maple lumber, 1 inch (705 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
705 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Hard Maple lumber, 2 inch (705 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
705 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Hard Maple lumber, 4 inch (705 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
705 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

Hardwood Glulam, untreated (EN 15804 A1-A3)
technology mix;
production mix, at producer;
674 kg/m3 at 10.5% moisture content (dry basis) / 9.5% water content (wet basis)

AUaggFWPA

Hardwood timber, green, dressed, untreated (EN 15804 A1-A3)
technology mix;
production mix, at producer;
828 kg/m3 at 30% moisture content (dry basis) / 23.1% water content (wet basis)

AUaggFWPA

Hardwood timber, green, rough-sawn, untreated (EN 15804 A1-A3)
technology mix;
production mix, at producer;
768 kg/m3 at 26% moisture content (dry basis) / 20.6% water content (wet basis)

AUaggFWPA

Hardwood timber, kiln-dried, dressed, untreated (EN 15804 A1-A3)
technology mix;
production mix, at producer;
735 kg/m3 at 10% moisture content (dry basis) / 9.1% water content (wet basis)

AUaggFWPA

Hardwood timber, kiln-dried, rough-sawn, untreated (EN 15804 A1-A3)
technology mix;
production mix, at producer;
735 kg/m3 at 10% moisture content (dry basis) / 9.1% water content (wet basis)

AUaggFWPA

Heat
residential heating systems from natural gas, condensing boiler, max. heat output 14.9 kW;
consumption mix, to consumer;
at a temperature level of 55°C

EU-28aggts

Heat
residential heating systems from wood pellets, boiler, max. heat output 14.9 kW;
consumption mix, to consumer;
at a temperature level of 70°C

EU-28aggts

Heat
residential heating systems from light fuel oil (low sulphur), condensing boiler, max. heat output 14.9 kW;
consumption mix, to consumer;
at a temperature level of 55°C

EU-28aggts

Heating value of product (PERM & PENRM)
This auxiliary process is used to declare the PERM & PENRM in EPDs according to EN 15804.;
The parameters specify the heating value for the whole product. [per functional unit, NOT per kg]

GLOu-sots-EPD

Heavy fuel oil at refinery (0.3wt.% S)
from crude oil;
production mix, at refinery;
0.3 wt.% sulphur

USaggts

Heavy fuel oil at refinery (1.0 wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

INaggts

Heavy fuel oil at refinery (1.0 wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

DEaggts

Heavy fuel oil at refinery (1.0 wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

BRaggts

Heavy fuel oil at refinery (1.0 wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

FRaggts

Heavy fuel oil at refinery (1.0 wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

JPaggts

Heavy fuel oil at refinery (1.0 wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

AUaggts

Heavy fuel oil at refinery (1.0 wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

GBaggts

Heavy fuel oil at refinery (1.0wt.% S)
from crude oil;
production mix, at refinery;
1 wt.% sulphur

EU-28aggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

AUaggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

EU-28aggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

USaggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

GBaggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

JPaggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

DEaggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

FRaggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

INaggts

Heavy fuel oil at refinery (2.5wt.% S)
from crude oil;
production mix, at refinery;
2.5 wt.% sulphur

BRaggts

Hemp fibre fleece (EN15804 A1-A3)
technology mix;
production mix, at plant;
density 38 kg/m3

EU-28aggts

Hexamethylenediamine (HMDA; via adipic acid)
over adiponitrile, from adipic acid, ammonia and hydrogen;
production mix, at plant;
0.84 g/mL, 116 g/mol

DEaggts

Hickory lumber, 1 inch (833 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
833 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Hickory lumber, 2 inch (833 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
833 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Hickory lumber, 4 inch (833 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
833 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

High impact polystyrene (HIPS)
polymerisation of polybutadiene rubber in a styrene solution;
production mix, at producer;
41 MJ/kg net calorific value

EU-28aggPlasticsEurope

Hot Rolled Aluminum
technology mix;
production mix, at producer

RNAaggAA/ts

Hydrated Lime
Hydrated Lime, stored in silos, ready to be shipped;
Production at plant;
None

EU-27aggEuLa

Hydrochloric acid (32%)
primarily from chlorine;
single route, at plant;
32 % concentrated

DEaggts

Hydrochloric acid mix (100%)
technology mix;
consumption mix, to consumer;
100% HCl

DEaggts

Hydrogen (cracker)
via steam cracker;
production mix, at producer

RERaggPlasticsEurope

Hydrogen (cracker)
steam cracker, from naphtha;
single route, at plant;
0.0899 kg/m3, 2 g/mol, 120 MJ/kg net calorific value

DEaggts

Hydrogen (electrolysis)
via electrolysis;
production mix, at producer

RERaggPlasticsEurope

Hydrogen (Europipeline)
via Europipeline;
single route, at plant;
0.0899 kg/m3, 2 g/cm3, 120 MJ/kg net calorific value

EU-28aggts

Hydrogen (steam reforming from heavy fuel oil)
steam reforming, from heavy fuel oil;
single route, at plant;
0.0899 kg/m3, 2 g/mol, 120 MJ/kg net calorific value

NLaggts

Hydrogen (steam reforming from heavy fuel oil)
steam reforming, from heavy fuel oil;
single route, at plant;
0.0899 kg/m3, 2 g/mol, 120 MJ/kg net calorific value

DEaggts

Hydrogen (steam reforming from natural gas)
steam reforming, from natural gas;
single route, at plant;
0.0899 kg/m3, 2 g/mol, 120 MJ/kg net calorific value

NLaggts

Hydrogen (steam reforming from natural gas)
steam reforming, from natural gas;
single route, at plant;
0.0899 kg/m3, 2 g/mol, 120 MJ/kg net calorific value

DEaggts

Hydrogen (steam reforming from natural gas)
Steam reforming - natural gas;
production mix, at producer

RERaggPlasticsEurope

Hydrogen chloride
technology mix;
production mix for PVC production, at plant

RERp-aggELCD/PlasticsEurope

Hydrogen cyanide (prussic acid)
purified, Andrussow process, from natural gas and ammonia;
single route, at plant;
0.687 g/mL, 27 g/mol

DEaggts

Hydrogen cyanide (prussic acid)
technology mix;
production mix, at plant;
0.687 g/mL, 27 g/mol

NLaggts

Hydrogen cyanide (prussic acid)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Hydrogen cyanide (prussic acid)
technology mix;
production mix, at plant;
0.687 g/mL, 27 g/mol

DEaggts

Hydrogen fluoride
conversion of dried fluorspar with sulphuric acid;
production mix, at plant;
1.15 g/L, 20 g/mol

DEaggts

Hydrogen peroxide
anthraquinone process;
production mix, at plant;
50%; H2O2

FRaggts

Hydrogen peroxide
anthraquinone process;
production mix, at plant;
50%; H2O2

DEaggts

Hydrogen peroxide
anthraquinone process;
production mix, at plant;
50%; H2O2

BEaggts

Hydrogen peroxide
anthraquinone process;
production mix, at plant;
50%; H2O2

NLaggts

Hydrogen peroxide (100%; H2O2) (Hydrogen from steam cracker)
anthraquinone process;
production mix, at plant;
100%; H2O2

DEaggts

Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming)
anthraquinone process;
production mix, at plant;
100% concentrated

BEaggts

Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming)
anthraquinone process;
production mix, at plant;
100% concentrated

DEaggts

Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming)
anthraquinone process;
production mix, at plant;
100% concentrated

NLaggts

Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming)
anthraquinone process;
production mix, at plant;
100% concentrated

FRaggts

Hydrogen peroxide (100%; H2O2) (integrated prod., 70% H2 chemical synthesis, 40% raw solut.)
anthraquinone process, steam supply from integrated steam system;
production mix, at plant;
100%; H2O2

NLaggts

Hydrogen peroxide (100%; H2O2) (integrated prod., 70% H2 chemical synthesis, 40% raw solut.)
anthraquinone process, steam supply from integrated steam system;
production mix, at plant;
100%; H2O2

BEaggts

Hydrogen peroxide (100%; H2O2) (integrated prod., 70% H2 chemical synthesis, 40% raw solut.)
anthraquinone process, steam supply from integrated steam system;
production mix, at plant;
100%; H2O2

FRaggts

Hydrogen peroxide (100%; H2O2) (integrated prod., 70% H2 chemical synthesis, 40% raw solut.)
anthraquinone process, steam supply from integrated steam system;
production mix, at plant;
100%; H2O2

DEaggts

Incineration domestic waste (EN15804 C4)
End of Life, incineration;
production mix, at plant;
MWI

EU-28aggts

Incineration domestic waste (EN15804 D)
End of Life, incineration credits;
production mix (region specific plants), at plant;
municipal waste incineration

EU-28aggts

Industrial road, asphaltic
excavation, asphalt production, installation with construction machines;
production mix, at customer, installed;
all layer's thickness 70 cm (40 cm anti-frost layer, 18 cm asphalt supporting layer, 12 cm asphalt top layer)

DEaggts

Inert matter (Glass) on landfill
landfill including leachate treatment and without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Landfill height 30 m, landfill area 40.000 sqm

EU-28aggts

Ingeo Polylactide (PLA) biopolymer production
corn production, dextrose wet milling process, fermentation to lactic acid, polymerisation;
single route, at plant;
1.210–1.430 kg/m3

USaggNatureWorks

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

OCEu-soIAI

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

EU-28u-soIAI

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

RLAu-soIAI

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

CAu-soIAI

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

RMEu-soIAI

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

GLOu-soIAI

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

CNu-soIAI

Ingot casting 2015
casting of aluminium metal into ingots;
single route, at plant;
2.7 g/cm3

RNAu-soIAI

Inland water vessel (Average) (EN15804 A4)
technology mix;
production mix, at plant

EU-28aggts

INPUT: Material with recycled content

GLOu-sots

INPUT: Reused material

GLOu-sots

INPUT: Virgin material (no recycled/reused content)

GLOu-sots

Insulated aluminium wire - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Insulated aluminium wire - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Intermediate coat water-based (windows, white) (EN15804 A5)
windows, white, 10% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Investment goods, generic (1 piece used for 1 year)
investment goods for manufacturing a product;
single route, at plant;
parameters adjustable

GLOu-sots

Iron (II) sulphate
reacting iron ore with dilute sulphuric acid;
single route, at plant;
2.84 g/cm3, 151.91 g/mol

EU-28aggts

Isobutene (from Isobutane)
catalytic dehydrogenation of isobutane;
production mix, at plant;
0.59 g/cm3, 56 g/mol

DEaggts

Isopropanol
refined, indirect hydrogenation of propene;
single route, at plant;
0.78 g/cm3, 60 g/mol

DEaggts

Kaolin
mining, wet processing, drying and grinding;
single route, at plant;
2.16- 2.68 g/cm3

DEaggts

Kaolin coarse filler
Production;
at plant

EU-28aggIMA-Europe/ELCD

Kaolin fine, granular or powder, moisture content 0 to 30%, expressed in dry mass
kaolin-fine (powder or granular) with kaolin content exceeding 75%, particle size (d100) below 2 µm, moisture contents up to 30 %, stored in silo, ready to be shipped in bulk;
Production at plant;
none

EU-27aggKPC

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
0.25 wt.% sulphur

INaggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

AUaggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
400 ppm sulphur

JPaggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
400 ppm sulphur

DEaggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

USaggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
400 ppm sulphur

FRaggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
480 ppm sulphur

EU-28aggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
400 ppm sulphur

GBaggts

Kerosene / Jet A1 at refinery
from crude oil;
production mix, at refinery;
0.25 wt.% sulphur

BRaggts

Kraftliner (2015) - for use in avoided burden EoL scenario cases
technology mix, by-products tall oil, turpentine, thermal energy sold/used externally;
production mix, at plant;
0.35 kg waste paper input per kg Kraftliner

EU-28p-aggts/FEFCO

Kraftliner (2015) - for use in cut-off EoL scenario cases
technology mix, by-products tall oil, turpentine, thermal energy sold/used externally;
production mix, at plant;
0.35 kg waste paper input per kg Kraftliner

EU-28p-aggts/FEFCO

Lake water, input regionalization dummy
Regionalization dummy process

GLOu-sots

Laminated veneer lumber (EN15804 A1-A3)
technology mix;
production mix, at plant;
466 kg/m3 density at 12 % moisture

EU-28aggts

Laminated veneer lumber (LVL)
Average/Typical

RNAaggCORRIM

Laminated woodboard softwood (EN15804 A1-A3)
technology mix;
production mix, at plant;
515 kg/m3 density at 12% moisture

EU-28aggts

Land road
land road construction;
production mix, at customer, installed;
1 km road constructed, material composition see table attached

DEaggts

Landfill (Municipal household waste)
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Landfill height 30 m, landfill area 40.000 sqm

CNaggts

Landfill of hardwood glulam, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
674 kg/m3 at 10.5% moisture content (dry basis) / 9.5% water content (wet basis)

AUaggFWPA

Landfill of hardwood glulam, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
674 kg/m3 at 10.5% moisture content (dry basis) / 9.5% water content (wet basis)

AUaggFWPA

Landfill of hardwood glulam, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
674 kg/m3 at 10.5% moisture content (dry basis) / 9.5% water content (wet basis)

AUaggFWPA

Landfill of hardwood glulam, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
674 kg/m3 at 10.5% moisture content (dry basis) / 9.5% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, dressed, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
828 kg/m3 at 30% moisture content (dry basis) / 23.1% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, dressed, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
828 kg/m3 at 30% moisture content (dry basis) / 23.1% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, dressed, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
828 kg/m3 at 30% moisture content (dry basis) / 23.1% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, dressed, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
828 kg/m3 at 30% moisture content (dry basis) / 23.1% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, rough-sawn, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
768 kg/m3 at 26.4% moisture content (dry basis) / 20.9% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, rough-sawn, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
768 kg/m3 at 26.4% moisture content (dry basis) / 20.9% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, rough-sawn, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
768 kg/m3 at 26.4% moisture content (dry basis) / 20.9% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, green, rough-sawn, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
768 kg/m3 at 26.4% moisture content (dry basis) / 20.9% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, dressed, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, dressed, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, dressed, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, dressed, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, rough-sawn, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, rough-sawn, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, rough-sawn, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of hardwood timber, kiln-dried, rough-sawn, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
735 kg/m3 at 10.4% moisture content (dry basis) / 9.4% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 16 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
11.7 kg/m3 at 7.3% moisture content (dry basis) / 6.8% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 16 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.7 kg/m3 at 7.3% moisture content (dry basis) / 6.8% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 18 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 18 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 18 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 18 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 25 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
17.6 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 25 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
17.6 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 25 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
17.6 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant (MR), E1, melamine coated, 25 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
17.6 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant, E1, melamine coated, 16 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
11.7 kg/m3 at 7.3% moisture content (dry basis) / 6.8% water content (wet basis)

AUaggFWPA

Landfill of MDF, moisture resistant, E1, melamine coated, 16 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.7 kg/m3 at 7.3% moisture content (dry basis) / 6.8% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 16 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
11.6 kg/m3 at 7.2% moisture content (dry basis) / 6.7% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 16 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.6 kg/m3 at 7.2% moisture content (dry basis) / 6.7% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 16 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
11.6 kg/m3 at 7.2% moisture content (dry basis) / 6.7% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 16 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.6 kg/m3 at 7.2% moisture content (dry basis) / 6.7% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 18 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 18 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 18 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 18 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13 kg/m3 at 7.1% moisture content (dry basis) / 6.6% water content (wet basis)

AUaggFWPA

Landfill of mDF, standard, E1, melamine coated, 25 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
17.5 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 25 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
17.5 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 25 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
17.5 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of MDF, standard, E1, melamine coated, 25 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
17.5 kg/m3 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 19 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
13.6 kg/m3 at 9.8% moisture content (dry basis) / 8.9% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 19 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13.6 kg/m3 at 9.8% moisture content (dry basis) / 8.9% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 19 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
13.6 kg/m3 at 9.8% moisture content (dry basis) / 8.9% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 19 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
13.6 kg/m3 at 9.8% moisture content (dry basis) / 8.9% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 22 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
15.9 kg/m3 at 9.4% moisture content (dry basis) / 8.6% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 22 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
15.9 kg/m3 at 9.4% moisture content (dry basis) / 8.6% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 22 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
15.9 kg/m3 at 9.4% moisture content (dry basis) / 8.6% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 22 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
15.9 kg/m3 at 9.4% moisture content (dry basis) / 8.6% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 25 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
18.3 kg/m3 at 9.1% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 25 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
18.3 kg/m3 at 9.1% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 25 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
18.3 kg/m3 at 9.1% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, flooring (tongue & groove), 25 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
18.3 kg/m3 at 9.1% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, MR, E1, melamine coated, 16 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard, MR, E1, melamine coated, 16 mm (NGA) (EN 15804 D) (Copy)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard, MR, E1, melamine coated, 18 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.8% moisture content (dry basis) / 6.4% water content (wet basis)

AUaggFWPA

Landfill of particleboard, MR, E1, melamine coated, 18 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.8% moisture content (dry basis) / 6.4% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 16 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 16 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 16 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 16 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 18 mm (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.6% moisture content (dry basis) / 6.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 18 mm (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.6% moisture content (dry basis) / 6.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 18 mm (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.6% moisture content (dry basis) / 6.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard, standard, E1, melamine coated, 18 mm (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.6% moisture content (dry basis) / 6.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard,moisture resistant (MR), E1, melamine coated, 16 mm (typical) (EN 15804 D,
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard,moisture resistant (MR), E1, melamine coated, 16 mm (typical)(EN 15804 C4,
technology mix;
end-of-life mix, at producer;
10.6 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of particleboard,moisture resistant (MR), E1, melamine coated, 18 mm (typical) (EN 1580 C4,
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.8% moisture content (dry basis) / 6.4% water content (wet basis)

AUaggFWPA

Landfill of particleboard,moisture resistant (MR), E1, melamine coated, 18 mm (typical) (EN 15804 D,
technology mix;
end-of-life mix, at producer;
11.8 kg/m3 at 6.8% moisture content (dry basis) / 6.4% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 7 mm (bracing) (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
3.5 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 7 mm (bracing) (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
3.5 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 7 mm (bracing) (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
3.5 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 7 mm (bracing) (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
3.5 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 9 mm (structural) (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
4.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 9 mm (structural) (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
4.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 9 mm (structural) (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
4.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, exterior, A-bond, 9 mm (structural) (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
4.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 15 mm (residential) (NGA) (EN 15804 C4, Cop
technology mix;
end-of-life mix, at producer;
7.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 15 mm (residential) (NGA) (EN 15804 D
technology mix;
end-of-life mix, at producer;
7.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 15 mm (residential) (typical) (EN 15804 C4,
technology mix;
end-of-life mix, at producer;
7.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 15 mm (residential) (typical) (EN 15804 D,
technology mix;
end-of-life mix, at producer;
7.4 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 25 mm (commercial) (NGA) (EN 15804 C4
technology mix;
end-of-life mix, at producer;
12.3 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 25 mm (commercial) (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
12.3 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 25 mm (commercial) (typical) (EN 15804 C4,
technology mix;
end-of-life mix, at producer;
12.3 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, flooring (tongue & groove), A-bond, 25 mm (commercial) (typical) (EN 15804 D, C
technology mix;
end-of-life mix, at producer;
12.3 kg/m3 at 7.9% moisture content (dry basis) / 7.3% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, A-bond, 17 mm (formwork) (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
8.7 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, A-bond, 17 mm (formwork) (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
8.7 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, A-bond, 17 mm (formwork) (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
8.7 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, A-bond, 17 mm (formwork) (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
8.7 kg/m3 at 7.8% moisture content (dry basis) / 7.2% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, B-bond, 17 mm (formwork) (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
9.3 kg/m3 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, B-bond, 17 mm (formwork) (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
9.3 kg/m3 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, B-bond, 17 mm (formwork) (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
9.3 kg/m3 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Landfill of plywood, formply, B-bond, 17 mm (formwork) (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
9.3 kg/m3 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Landfill of plywood, interior, C-bond, 9 mm (joinery) (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
5.42 kg/m2 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of plywood, interior, C-bond, 9 mm (joinery) (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
5.42 kg/m2 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of plywood, interior, C-bond, 9 mm (joinery) (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
5.42 kg/m2 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of plywood, interior, C-bond, 9 mm (joinery) (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
5.42 kg/m2 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of softwood glulam, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
621 kg/m3 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of softwood glulam, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
621 kg/m3 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of softwood glulam, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
621 kg/m3 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of softwood glulam, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
621 kg/m3 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, dressed, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, dressed, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, dressed, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, dressed, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, rough-sawn, untreated (NGA) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, rough-sawn, untreated (NGA) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, rough-sawn, untreated (typical) (EN 15804 C4)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Landfill of softwood timber, kiln-dried, rough-sawn, untreated (typical) (EN 15804 D)
technology mix;
end-of-life mix, at producer;
551 kg/m3 at 12.2% moisture content (dry basis) / 10.9% water content (wet basis)

AUaggFWPA

Large Engine ship, 3,000t payload capacity / downstream
technology mix, diesel driven, cargo;
consumption mix;
3,000t payload capacity / downstream

GLOu-sots

Large Engine ship, 3,000t payload capacity / upstream
technology mix, diesel driven, cargo;
consumption mix;
3,000t payload capacity / upstream

GLOu-sots

Large Engine ship, 3'000t payload capacity / canal
technology mix, diesel driven, cargo;
consumption mix;
3'000t payload capacity / canal

GLOu-sots

Lava granulate (EN15804 A1-A3)
technology mix;
production mix, at plant;
granulate

EU-28aggts

Lead
technology mix, primary production;
consumption mix, to consumer;
11.3 g/cm3, 207 g/mol

DEp-aggts

Lead (99,995%)
primary production;
production mix, at plant;
99,995 % Pb

DEaggts

Lead primary and secondary mix
technology mix;
production mix, at producer;
primary 46% / secondary 54%

EU-28p-aggILA

Lead sheet
technology mix;
production mix, at plant;
Lead

CNp-aggts

Light duty vehicle, 1980s, up to 3.5t gross weight / up to 1.5 t payload capacity
diesel driven, 1980s, cargo;
consumption mix;
up to 3.5t gross weight / up to 1.5 t payload capacity

GLOu-sots

Light duty vehicle, Euro 1, up to 3.5t gross weight / up to 1.5 t payload capacity
diesel driven, Euro 1, cargo;
consumption mix;
up to 3.5t gross weight / up to 1.5 t payload capacity

GLOu-sots

Light duty vehicle, Euro 2, up to 3.5t gross weight / up to 1.5 t payload capacity
diesel driven, Euro 2, cargo;
consumption mix;
up to 3.5t gross weight / up to 1.5 t payload capacity

GLOu-sots

Light duty vehicle, Euro 3, up to 3.5t gross weight / up to 1.5 t payload capacity
diesel driven, Euro 3, cargo;
consumption mix;
up to 3.5t gross weight / up to 1.5 t payload capacity

GLOu-sots

Light duty vehicle, Euro 4, up to 3.5t gross weight / up to 1.5 t payload capacity
diesel driven, Euro 4, cargo;
consumption mix;
up to 3.5t gross weight / up to 1.5 t payload capacity

GLOu-sots

Light duty vehicle, Euro 5, up to 3.5t gross weight / up to 1.5 t payload capacity
diesel driven, Euro 5, cargo;
consumption mix;
up to 3.5t gross weight / up to 1.5 t payload capacity

GLOu-sots

Light duty vehicle, Euro 6, up to 3.5t gross weight / up to 1.5 t payload capacity
diesel driven, Euro 6, cargo;
consumption mix;
up to 3.5t gross weight / up to 1.5 t payload capacity

GLOu-sots

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

FRaggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

AUaggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
1.8 wt.% sulphur

INaggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.05 wt.% sulphur

USaggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.3 wt.% sulphur

BRaggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

EU-28aggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

GBaggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

JPaggts

Light fuel oil at refinery
from crude oil;
production mix, at refinery;
0.1 wt.% sulphur

DEaggts

Light mortar LM 21 (A1-A3)
technology mix;
production mix, at plant;
LM 21

EU-28aggts

Lighting (1 kWh of electricity consumption)
electricity consumed by lighting;
consumption mix, to consumer;
1 kWh

CNaggts

Lightweight concrete block
expanded clay as base material;
production mix, at plant;
Light-weight concrete

EU-28aggts

Lightweight concrete block (expanded clay, hollow block, density class 1,6) (EN15804 A1-A3)
technology mix;
production mix, at plant;
expanded clay, hollow block, density class 1,6, 1600 kg/m3

EU-28aggts

Lightweight concrete block (expanded clay, solid block, density class 0,5) (EN15804 A1-A3)
technology mix;
production mix, at plant;
expanded clay, solid block, density class 0,5, 500 kg/m3

EU-28aggts

Lightweight concrete block exterior wall (pumice, solid block, density class 0,55) (A1-A3)
technology mix;
production mix, at plant;
pumice, solid block, density class 0,55, 550 kg/m3

EU-28aggts

Lightweight concrete block interior wall (expanded clay, density class 0,7) (EN15804 A1-A3)
technology mix;
production mix, at plant;
Plan stone interior wall, density class 0,7, 700 kg/m3

EU-28aggts

Lightweight concrete block interior wall (pumice, hollow block, density class 1,0) (A1-A3)
technology mix;
production mix, at plant;
pumice, hollow block, density class 1,0, 1000 kg/m3

EU-28aggts

Lightweight concrete block partition wall (pumice, hollow block, density class 1,6)
technology mix;
production mix, at plant;
pumice, hollow block, density class 1,6, 1600 kg/m3

EU-28aggts

Lightweight plaster (lime-cement)
technology mix;
production mix, at plant;
900 kg/m3

CNaggts

Light-weight sand expanded clay (grain size 0/4) (EN15804 A1-A3)
technology mix;
production mix, at plant;
grain size 0/4

EU-28aggts

Light-weight sand pumice (grain size 0/4) (EN15804 A1-A3)
technology mix;
production mix, at plant;
grain size 0/4

EU-28aggts

Lightweight wood fibers panel (EN15804 A1-A3)
technology mix;
production mix, at plant;
360 kg/m3

EU-28aggts

Lignite dust
grinding lignite, for furnace applications;
production mix, at plant;
22 MJ/kg net calorific value, 59% carbon content

USaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
26% carbon content, 9.4 MJ/kg net calorific value

EU-28aggts

Lignite mix
lignite mining;
consumption mix, to consumer;
27% carbon content, 9.9 MJ/kg net calorific value

DEaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
31% carbon content, 11.6 MJ/kg net calorific value

INaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
27% carbon content, 9.8 MJ/kg net calorific value

SIaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
21% carbon content, 7.8 MJ/kg net calorific value

FRaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
22% carbon content, 7.5 MJ/kg net calorific value

HUaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
32% carbon content, 11.2 MJ/kg net calorific value

SKaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
36% carbon content, 14.0 MJ/kg net calorific value

USaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
27% carbon content, 9.3 MJ/kg net calorific value

AUaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
25% carbon content, 7.6 MJ/kg net calorific value

ROaggts

Lignite mix
lignite mining;
consumption mix, to consumer;
24% carbon content, 8.9 MJ/kg net calorific value

PLaggts

Lignite power plant (950 MW, 1 piece)
lignite power plant construction;
single route, at plant;
950MW, material quantities adjustable

GLOu-sots

Lime (CaO; finelime) (EN15804 A1-A3)
technology mix;
production mix, at plant;
CaO finelime, density of CaO: 3,37 g·cm−3 (20 °C), molar mass of CaO: 56,08 g·mol−1

DEaggts

Lime (CaO; quicklime lumpy)
calcination of limestone;
single route, at plant;
3.34 g/cm3, 56 g/mol

DEaggts

Lime (CaO; quicklime lumpy) (EN15804 A1-A3)
technology mix;
production mix, at plant;
3.37 g/cm3, 56.08 g/mol

EU-28aggts

Lime gypsum interior plaster
technology mix;
production mix, at plant;
1400 kg/cbm

CNaggts

Lime gypsum interior plaster (A1-A3)
technology mix;
production mix, at plant;
lime-gypsum

EU-28aggts

Limestone (CaCO3; washed)
mining and benefication;
production mix, at plant;
2.73 g/cm3, 100.09 g/mol

DEaggts

Limestone flour (0.1mm)
limestone production and grinding;
production mix, at plant;
0.1 mm grain size

DEaggts

Limestone flour (0.2mm)
limestone mining and beneficiation;
production mix, at plant;
grain size 0.2mm

DEaggts

Limestone flour (0.5µm)
limestone mining and beneficiation;
production mix, at plant;
grain size 0.5µm

DEaggts

Limestone flour (0.5mm)
limestone mining and beneficiation;
production mix, at plant;
grain size 0.5mm

DEaggts

Limestone flour (1µm)
limestone mining and beneficiation;
production mix, at plant;
grain size 1µm

DEaggts

Limestone flour (10µm)
limestone mining and beneficiation;
production mix, at plant;
grain size 10µm

DEaggts

Limestone flour (1mm)
limestone mining and beneficiation;
production mix, at plant;
grain size 1mm

DEaggts

Limestone flour (2µm)
limestone mining and beneficiation;
production mix, at plant;
grain size 2µm

DEaggts

Limestone flour (20µm)
limestone mining and beneficiation;
production mix, at plant;
grain size 20µm

DEaggts

Limestone flour (2mm)
limestone mining and beneficiation;
production mix, at plant;
grain size 2mm

DEaggts

Limestone flour (5µm)
limestone mining and beneficiation;
production mix, at plant;
grain size 5µm

DEaggts

Limestone flour (50µm)
limestone mining and beneficiation;
production mix, at plant;
grain size 50µm

DEaggts

Limestone flour (5mm)
limestone mining and beneficiation;
production mix, at plant;
grain size 5mm

DEaggts

Limestone flour (CaCO3; dried)
milling and drying;
production mix, at plant;
2.73 g/cm3, 100.09 g/mol

DEaggts

Limestone, crushed stone fines (Grain size 0/2) (EN15804 A1-A3)
technology mix;
production mix, at plant;
grain size 0/2

EU-28aggts

Limestone, gravel (grain size 16/32) (EN15804 A1-A3)
technology mix;
production mix, at plant;
grain size 16/32

EU-28aggts

Liquefied gas tank 2700 l (above ground) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 2700 l (above ground) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 2700 l (underground) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 2700 l (underground) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 2700 l/1,2 t (above ground) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Liquefied gas tank 2700 l/1,2 t (underground) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Liquefied gas tank 4850 l (above ground) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 4850 l (above ground) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 4850 l (underground) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 4850 l (underground) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 4850 l/2,1 t (underground) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Liquefied gas tank 4850 l/2,1T (above ground) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Liquefied gas tank 6400 l (above ground) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 6400 l (underground) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 6400 l (underground) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied gas tank 6400 l/2,9 t (above ground) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Liquefied gas tank 6400 l/2,9 t (underground) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Liquefied gas tank 6400l (above ground) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Liquefied Petroleum Gas (LPG) (70% propane, 30% butane)
from crude oil;
production mix, at refinery;
Mix of 70% propane and 30% butane

DEaggts

Liquefied Petroleum Gas (LPG) (70% propane, 30% butane)
from crude oil;
production mix, at refinery;
Mix of 70% propane and 30% butane

EU-28aggts

Liquefied Petroleum Gas (LPG) (70% propane; 30% butane)
from crude oil;
production mix, at refinery;
Mix of 70% propane and 30% butane

USaggts

Liquid Packaging Board (LPB) production
Production;
production mix, at plant;
mineral coated LPB (n=4), basis weight: 266 g/m2

EU-28aggACE/ELCD

LNG tanker, 125,000 m3 payload capacity, ocean going
heavy fuel oil driven, cargo;
consumption mix;
125,000 m3 payload capacity, ocean going

GLOu-sots

Long Chain Polyether Polyols mix
polymerisation of propylene oxide;
production mix, at plant;
Molecular weight > 1000 g/mol

EU-28aggISOPA

Loose used beverage cans (UBC) - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Loose used beverage cans (UBC) - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Lorry (22t) incl. fuel
technology mix, diesel driven, cargo

RERaggELCD

Lorry transport incl. fuel, Euro 0-6 mix, 22 t total weight, 17.3t max payload
Euro 0 - 6 mix;
consumption mix;
22 t total weight, 17.3t max payload

EU-28aggts

Louvrelight 2x T8 36W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Louvrelight 2X T8 36W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Louvrelight 2X T8 36W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Louvrelight integrated into ceiling 2X T5 28W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Louvrelight integrated into ceiling 2x T5 28W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Louvrelight integrated into ceiling 2x T5 28W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Louvrelight integrated into ceiling 3X T5 14W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Louvrelight integrated into ceiling 3x T5 14W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Louvrelight integrated into ceiling 3x T5 14W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Louvrelight integrated into ceiling 3X T8 18W (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Louvrelight integrated into ceiling 3x T8 18W (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Louvrelight integrated into ceiling 3x T8 18W (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Low copper aluminium - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Low copper aluminium - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Low grade irony aluminium - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Low grade irony aluminium - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Low-loss ballast LLB (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Low-loss ballast LLB (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Low-loss ballast LLB (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

AUaggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

JPaggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

GBaggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

EU-28aggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

USaggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

BRaggts

Lubricants at refinery
from crude oil;
production mix, at refinery

FRaggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

INaggts

Lubricants at refinery
from crude oil;
production mix, at refinery;
38 MJ/kg net calorific value

DEaggts

Magnesium
technology mix, primary production;
production mix, at plant;
1.74 g/cm3, 24 g/mol

CNaggts

Magnesium production, electrolysis

ILu-soDLR/ts

Magnesium production, pidgeon process

CNu-soDLR/ts

Manganese steel - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Manganese steel - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Mastic asphalt (EN15804 A1-A3)
technology mix;
production mix, at plant;
2400 kg/m3

EU-28aggts

Material credit (incl. value decrease)

GLOu-sots

Materials for Energy Recovery (MER)
This auxiliary process is used to declare the "Materials for energy recovery" (MER) in EPDs according to EN 15804.

GLOu-sots-EPD

Materials for Recycling (MFR)
This auxiliary process is used to declare the "Materials for recycling" (MFR) in EPDs according to EN 15804.

GLOu-sots-EPD

MDF, moisture resistant (MR), E1, melamine coated, 16 mm (EN 15804 A1-A3)
11.7 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

MDF, moisture resistant (MR), E1, melamine coated, 18 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
13.0 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

MDF, moisture resistant (MR), E1, melamine coated, 25 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
17.6 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

MDF, standard, E1, melamine coated, 16 mm (EN 15804 A1-A3)
11.6 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

MDF, standard, E1, melamine coated, 18 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
13.0 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

MDF, standard, E1, melamine coated, 25 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
17.5 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Medium density fiberboard (MDF)
Average/Typical

RNAaggCORRIM

Melamine
Stami carbon process;
production mix, at plant;
1574 kg/m3, 126 g/mol

DEaggts

Metal fitting for double casement windows (EN15804 A1-A3)
technology mix;
production mix, at plant;
1,014 kg/piece

EU-28aggts

Metal fitting for horizontal sliding window (EN15804 A1-A3)
technology mix;
production mix, at plant;
0,696 kg/piece

EU-28aggts

Metal fitting for vertical sliding window (EN15804 A1-A3)
technology mix;
production mix, at plant;
0,93 kg/piece

EU-28aggts

Metal-cutting machine (1 piece)
construction of a metal cutting machine;
single route, at plant;
material quantities adjustable

GLOu-sots

Methane
natural gas purification;
single route, at plant;
0.72 kg/m3, 16,04 g/mol, 56 MJ/kg net calorific value

DEaggts

Methyl acrylate
acid-catalysed esterification reaction of acrylic acid and methanol;
production mix, at producer

EU-28aggEBAM

Methyl methacrylate (MMA)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Methyl methacrylate (MMA) from acetone and hydrogen cyanide
purified, acetone- cyanohydrine- route, from acetone, hydrogen cyanide and methanol;
production mix, at plant;
0.94 g/cm³, 100 g/mol

DEaggts

Methylene diisocyanate (MDI), by-product hydrochloric acid, methanol
phosgenation of methylenedianiline;
production mix, at plant;
1.23 g/cm3, 250 g/mol

DEaggts

Methylenediphenyl diisocyanate ( (p)MDI)
phosgenation of methylenedianiline (MDA);
production mix, at plant;
polymeric MDI ( (p)MDI)

EU-28aggISOPA

Methylmethacrylate (MMA, recycling of spent acid)
purified, acetone- cyanohydrine- route, recycling of spent acid;
production mix, at plant;
0.94 g/cm³, 100 g/mol

DEaggts

Methylmethacrylate (MMA, recycling of spent acid)
purified, acetone- cyanohydrine- route, recycling of spent acid;
production mix, at plant;
0.94 g/cm³, 100 g/mol

ITaggts

Mineral wool (Facades) (EN15804 A1-A3)
technology mix;
production mix, at plant;
46 kg/m3

EU-28p-aggts

Mineral wool (Flat roofs) (EN15804 A1-A3)
technology mix;
production mix, at plant;
145 kg/m3

EU-28p-aggts

Mineral wool (Floors) (EN15804 A1-A3)
technology mix;
production mix, at plant;
85 kg/m3

EU-28p-aggts

Mineral wool (Partition walls) (EN15804 A1-A3)
technology mix;
production mix, at plant;
26 kg/m3

EU-28p-aggts

Mineral wool (Pitched roofs) (EN15804 A1-A3)
technology mix;
production mix, at plant;
30 kg/m3

EU-28p-aggts

Mineralic render
minerals mixing;
production mix, at plant;
1200 kg/cbm

CNaggts

Mining Truck, 220 t payload, 1,700 kW
technology mix;
consumption mix;
220 t payload, 1,700 kW

EU-28p-aggts

Mining Truck, 220 t payload, 1,700 kW
technology mix;
consumption mix;
220 t payload, 1,700 kW

GLOu-sots

Mixed cast iron - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Mixed cast iron - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Mixed iron & steel - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Mixed iron & steel - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Mixed irony aluminium - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Mixed irony aluminium - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Mixed steel cans - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Mixed steel cans - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Mixed steel turnings & iron borings - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Mixed steel turnings & iron borings - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Motor ship, 1,100t payload capacity / canal
technology mix, diesel driven, cargo;
consumption mix;
1,100t payload capacity / canal

GLOu-sots

Motor ship, 1,100t payload capacity / downstream
technology mix, diesel driven, cargo;
consumption mix;
1,100t payload capacity / downstream

GLOu-sots

Motor ship, 1,100t payload capacity / upstream
technology mix, diesel driven, cargo;
consumption mix;
1,100t payload capacity / upstream

GLOu-sots

Motor ship, 1,500t payload capacity / downstream
technology mix, diesel driven, cargo;
consumption mix;
1,500t payload capacity / downstream

GLOu-sots

Motor ship, 1,500t payload capacity / upstream
technology mix, diesel driven, cargo;
consumption mix;
1,500t payload capacity / upstream

GLOu-sots

Motorboat production
material composition, without ship manufacturing, without EoL;
single route, at producer;
600 DWT; 150t lightweight

GLOp-aggts

Multi layer parquet (EN15804 A1-A3)
technology mix;
production mix, at plant;
6,5 kg/m²

EU-28aggts

Municipal household waste (AT, DE, IT, LU, NL, SE, CH) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 9,7 MJ/kg

EU-28p-aggts

Municipal household waste (BE, DK) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 10 MJ/kg

EU-28p-aggts

Municipal household waste (ES, GR, PT) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 9,7 MJ/kg

EU-28p-aggts

Municipal household waste (FR, GB, FI, NO) on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 10 MJ/kg

EU-28p-aggts

Municipal road
municipal road construction;
production mix, at customer, installed;
1 km road constructed, material composition see table attached

DEaggts

Municipal solid waste on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
AT, DE, IT, LU, NL, SE, CH production mix (region specific sites), at landfill site;
Net calorific value 9,7 MJ/kg

EU-28p-aggts

Municipal solid waste on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
ES, GR, PT production mix (region specific sites), at landfill site;
Net calorific value 9,7 MJ/kg

EU-28p-aggts

Municipal solid waste on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
FR, GB, IE, FI, NO production mix (region specific sites), at landfill site;
Net calorific value 10 MJ/kg

EU-28p-aggts

Municipal solid waste on landfill
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
BE, DK production mix (region specific sites), at landfill site;
Net calorific value 10 MJ/kg

EU-28p-aggts

Municipal waste in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
8.5 MJ/kg net calorific value

DEp-aggts

Municipal waste in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
10 MJ/kg net calorific value

EU-28p-aggts

Municipal waste landfill (EN15804 C4)
landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 9,7 MJ/kg

EU-28aggts

Municipal waste water treatment (agricultural sludge application)
technology mix;
production mix, at plant;
agricultural sludge application

DEaggts

Municipal waste water treatment (agricultural sludge application)
technology mix;
production mix, at plant;
agricultural sludge application

USaggts

Municipal waste water treatment (agricultural sludge application)
technology mix;
production mix, at plant;
agricultural sludge application

EU-28aggts

Municipal waste water treatment (mix)
technology mix;
production mix, at plant;
50% agricultural sludge application, 50% sludge incineration

EU-28aggts

Municipal waste water treatment (sludge 50% agricultural/50% incineration, for regionalization)
technology mix;
production mix, at plant;
50% agricultural sludge application, 50% sludge incineration

GLOp-aggts

Municipal waste water treatment (sludge agricultural application, for regionalization)
technology mix;
production mix, at plant;
agricultural sludge application

GLOp-aggts

Municipal waste water treatment (sludge deposited on landfill)
technology mix;
production mix, at plant;
sludge deposited on landfill

USaggts

Municipal waste water treatment (sludge incineration)
technology mix;
production mix, at plant;
sludge incineration

DEaggts

Municipal waste water treatment (sludge incineration)
technology mix;
production mix, at plant;
sludge incineration

USaggts

Municipal waste water treatment (sludge incineration)
technology mix;
production mix, at plant;
sludge incineration

EU-28aggts

Municipal waste water treatment (sludge incineration, for regionalization)
technology mix;
production mix, at plant;
sludge incineration

GLOp-aggts

Municipal waste water treatment (sludge landfill, for regionalization)
technology mix;
production mix, at plant;
sludge deposited on landfill

GLOp-aggts

Naphtha
technology mix;
production mix, at producer

RERaggPlasticsEurope

Naphtha at refinery
from crude oil;
production mix, at refinery

FRaggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

AUaggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

EU-28aggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

BRaggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

USaggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

INaggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

JPaggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

GBaggts

Naphtha at refinery
from crude oil;
production mix, at refinery;
44 MJ/ kg net calorific value

DEaggts

Natural gas
technology mix;
production mix, at producer

RERaggPlasticsEurope

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

LUaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

LTaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

GBaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

SEaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

NOaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

NZaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

SIaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

FRaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

HUaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

SKaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

DEaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

INaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

EU-28aggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

JPaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

AUaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

CHaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

USaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

BEaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

BRaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

ITaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

NLaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

IEaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

ROaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

PTaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

ATaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

LVaggts

Natural gas mix
technology mix;
consumption mix, to consumer;
medium pressure level (< 1 bar)

PLaggts

Natural stone slab, flexible, facade
technology mix;
production mix, at plant;
104 kg/m2

CNaggts

Natural stone slab, flexible, indoor
technology mix;
production mix, at plant;
52 kg/m2

CNaggts

Natural stone slab, rigid, exterior
technology mix;
production mix, at plant;
208 kg/m2

CNaggts

Natural stone slab, rigid, facade
technology mix;
production mix, at plant;
78 kg/m2

CNaggts

Natural stone slab, rigid, indoor
technology mix;
production mix, at plant;
52 kg/m2

CNaggts

n-Butyl acrylate
acid-catalysed esterification reaction of acrylic acid and butanol;
production mix, at producer

EU-28aggEBAM

New beverage cans stock - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

New beverage cans stock - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Nickel (Class 1, 99.95%) ILCD 2017
technology mix;
production mix, at plant;
99.9% Ni

GLOaggNickel Institute

Nitric acid (60%)
oxidation of ammonia;
single route, at plant;
60%

DEaggts

Nitric acid (98% HNO3)
Ostwald process, from ammonia, including primary production;
production mix, at plant;
98 % nitric acid

EU-28aggFertilizers Europe

Nitric acid (98%)
oxidation of ammonia;
single route, at plant;
98%

DEaggts

Nitrile butadiene rubber (NBR, 33% acrylonitrile)
polymerisation of acrylonitrile and butadiene;
single route, at plant;
33% acrylonitrile content

DEaggts

Nitrobenzene
purified, nitration of benzene;
production mix, at plant;
1.2 g/cm3, 123 g/mol

DEaggts

Nitrogen (gaseous)
via cryogenic air separation;
production mix, at plant;
1.250 kg/m3, 14.0 g/mol

EU-28aggts

Nitrogen (gaseous)
via cryogenic air separation;
production mix, at plant;
1.250 kg/m3, 14.0 g/mol

NLaggts

Nitrogen (gaseous)
via cryogenic air separation;
production mix, at plant;
1.250 kg/m3, 14.0 g/mol

DEaggts

Nitrogen (liquid)
via cryogenic air separation;
production mix, at plant;
14.0 g/mol

DEaggts

Nitrogen (liquid)
via cryogenic air separation;
production mix, at plant;
14.0 g/mol

NLaggts

No. 1 steel - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

No. 1 steel - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

No. 1 steel (2 foot) - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

No. 1 steel (2 foot) - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

No. 2 steel - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

No. 2 steel - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

No. 2 steel (2 foot) - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

No. 2 steel (2 foot) - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

No. 3 steel (unprepared bushling) - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

No. 3 steel (unprepared bushling) - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

No. 4 shredded steel - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

No. 4 shredded steel - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

No. 4 steel (silicon bushling) - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

No. 4 steel (silicon bushling) - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Normal mortar
mixing water and aggregates;
production mix, at plant;
1600 kg/m3

CNaggts

Normal mortar (A1-A3)
mixing cement, water and aggregates;
single producer, at plant;
1600 kg/m3

EU-28aggts

NPK 15-15-15 (nitrophosphate route, 15N-15P2O5-15K2O)
including primary production, nitrophosphate route;
production mix, at plant;
15% nitrogen, 15 % phosphate, 15% potassium

EU-28aggFertilizers Europe

Ocean bulk carrier/tanker ship production (100,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
100,000t deadweight; 18,000t lightweight

GLOp-aggts

Ocean bulk carrier/tanker ship production (200,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
200,000t deadweight; 32,000t lightweight

GLOp-aggts

Ocean bulk carrier/tanker ship production (50,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
50,000t deadweight; 11,000t lightweight

GLOp-aggts

Ocean container ship production (100,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
100,000t DWT; 50,000t lightweight; about 9,000 TEU

GLOp-aggts

Ocean container ship production (125,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
125,000t DWT; 62,500t lightweight; about 13,000 TEU

GLOp-aggts

Ocean container ship production (150,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
150,000t DWT; 75,000t lightweight; about 15,000 TEU

GLOp-aggts

Ocean container ship production (200,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
200,000t DWT; 100,000t lightweight; more than 19,000 TEU

GLOp-aggts

Ocean container ship production (27,500t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
27,500t DWT; 13,200t lightweight; about 2,000 TEU

GLOp-aggts

Ocean container ship production (50,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
50,000t DWT; 26,500t lightweight; about 4,000 TEU

GLOp-aggts

Ocean container ship production (85,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
85,000t DWT; 42,500t lightweight; about 7,000 TEU

GLOp-aggts

Ocean ferry production (1,200t - 10,000t DWT)
material composition, without ship manufacturing, without EoL;
single route, at producer;
1,200t - 10,000t DWT; 11,700t lightweight

GLOp-aggts

Oil condensing boiler < 20 kW (upright unit) (A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil condensing boiler < 20 kW (use)
Oil condensing boiler, for heating of buildings;
production mix, at plant;
up to 20 kW

EU-28aggts

Oil condensing boiler < 20 kW (wall unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil condensing boiler <20 kW (upright unit (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler <20 kW (upright unit) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler <20 kW (wall-mounted appliance) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler <20 kW (wall-mounted appliance) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler 120 - 400 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler 120 - 400 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler 120-400 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil condensing boiler 120-400 kW (use)
Oil condensing boiler, for heating of buildings;
production mix, at plant;
120-400 kW

EU-28aggts

Oil condensing boiler 20 - 120 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler 20 - 120 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil condensing boiler 20-120 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil condensing boiler 20-120 kW (use)
Oil condensing boiler, for heating of buildings;
production mix, at plant;
20-120 kW

EU-28aggts

Oil low temperature < 20 kW (Use)
technology mix;
production mix, at plant;
1 kWh

CNaggts

Oil low temperature 120-400 kW (Use)
technology mix;
production mix, at plant;
1 kWh

CNaggts

Oil low temperature 20-120 kW (Use)
technology mix;
production mix, at plant;
1 kWh

CNaggts

Oil low temperature boiler < 20 kW (upright unit)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil low temperature boiler < 20 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil low temperature boiler < 20 kW (upright unit) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil low temperature boiler < 20 kW (use)
Oil low temperature boiler, for heating of buildings;
production mix, at plant;
up to 20 kW

EU-28aggts

Oil low temperature boiler 120-400 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil low temperature boiler 120-400 kW (upright unit) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil low temperature boiler 120-400 kW (upright unit) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil low temperature boiler 120-400 kW (use)
Oil low temperature boiler, for heating of buildings;
production mix, at plant;
120-400 kW

EU-28aggts

Oil low temperature boiler 20-120 kW (upright unit)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil low temperature boiler 20-120 kW (upright unit) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil low temperature boiler 20-120 kW (upright unit) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil low temperature boiler 20-120 kW (use)
Oil low temperature boiler, for heating of buildings;
production mix, at plant;
20-120 kW

EU-28aggts

Oil tank PE HD (1000 l) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank PE HD (1000 l) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank PE HD (1500 l) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank PE HD (1500 l) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank PE HD (750 l) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank PE HD (750 l) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank PE-HD (1000l) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Oil tank PE-HD (1500l) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Oil tank PE-HD (750l) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Oil tank steel/PE-HD (Double wall tank, 1000l) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil tank steel/PE-HD (Double wall tank, 750l) (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Oil tank steel/PE-HD (double walled tank, 1000 l) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank steel/PE-HD (double walled tank, 1000 l) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank steel/PE-HD (double walled tank, 750 l) (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tank steel/PE-HD (double walled tank, 750 l) (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Oil tanker, 5,000 - 300,000 dwt payload capacity, ocean going
heavy fuel oil driven, cargo;
consumption mix;
5,000 - 300,000 dwt payload capacity, ocean going

GLOu-sots

Oil tanker, 500 to 20,000 dwt payload capacity, coastal
light fuel oil driven, cargo;
consumption mix;
500 to 20,000 dwt payload capacity, coastal

GLOu-sots

Oil tanker, average, coastal
light fuel oil driven, cargo;
consumption mix;
average, coastal

GLOu-sots

Oil tanker, average, ocean going
heavy fuel oil driven, cargo;
consumption mix;
average, ocean going

GLOu-sots

Old mixed aluminium - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Old mixed aluminium - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

OneSteel Low relaxation strand and low relaxation wire (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at mill;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Merchant Bar (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at distributor;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Merchant Bar (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at mill;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Rail products (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at mill;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Reinforcing Bar (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at mill;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Reinforcing Bar (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at distributor;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Reinforcing Mesh (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at distributor;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Reinforcing Rod and Wire (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at mill;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Steel scrap credit (EN15804 D)
Credit/burden for production/use of recycled steel;
Virtual credit/burden

AUaggOneSteel

OneSteel Structural (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at distributor;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

OneSteel Structural (EN15804 A1-A3)
Blast furnace - basic oxygen steelmaking & electric arc furnace, steel rolling;
Production mix, at mill;
Typical composition of the product: Iron >98%, Manganese <1.6%, Carbon <0.5%, Other <0.5%

AUp-aggOneSteel

Open windrow composting (finished compost)
Open windrow composting plant, without collection and transport of waste but including the production of good quality compostilisation of compost;
at plant

ATaggBOKU / ts

Open windrow composting (incl. compost application and crediting)
Open windrow composting plant, without collection and transport of waste but including the production of good quality compost and the utilisation of compost;
at plant

ATaggBOKU / ts

Open windrow composting (incl. compost application)
Open windrow composting plant, without collection and transport of waste but including the production of good quality compost and the utilisation of compost;
at plant

ATaggBOKU / ts

Oriented strandboard (OSB)
Average/Typical

RNAaggCORRIM

OUTPUT: Manufacturing waste to be recycled

GLOu-sots

OUTPUT: Manufacturing waste to disposal (e.g. landfill, energy recovery)

GLOu-sots

OUTPUT: Product mass and utility

GLOu-sots

Oxygen (gaseous)
via cryogenic air separation;
production mix, at plant;
1.429 kg/m3, 16.0 g/mol

NLaggts

Oxygen (gaseous)
via cryogenic air separation;
production mix, at plant;
1.429 kg/m3, 16.0 g/mol

DEaggts

Oxygen (gaseous)
via cryogenic air separation;
production mix, at plant;
1.429 kg/m3, 16.0 g/mol

EU-28aggts

Oxygen (liquid)
via cryogenic air separation;
production mix, at plant;
16.0 g/mol

NLaggts

Oxygen (liquid)
via cryogenic air separation;
production mix, at plant;
16.0 g/mol

DEaggts

o-Xylene
from pyrolysis gasoline;
single route, at plant;
0.88 g/ml, 106.17 g/mol

DEaggts

o-Xylene
production mix, at plant

EU-28p-aggPlasticsEurope

Paint emulsion (building, exterior, white) (EN15804 A1-A3)
building, exterior, white, 4,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Paint emulsion (building, interior, white, wear resistant) (EN15804 A5)
building, interior, white, wear resistant, 2% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Paint system wooden facade (Half-Pigmented scumble) (EN15804 A1-A3)
wooden facade, 1,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Paint system wooden facade (Half-Pigmented scumble) (EN15804 A5)
wooden facade, 1,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Painted, insulated aluminium sheets - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Painted, insulated aluminium sheets - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Palm kernel oil methylester (incl. LUC, incl. peat emissions, 75 cm)
Cultivation, harvesting of oil palm and processing of fresh fruit bunches/ technology mix;
production mix, at producer;
Palm kernel oil methyl ester

GLOaggERASM

Palm oil methylester (incl. LUC, incl. peat emissions)
Cultivation, harvesting of oil palm and processing of fresh fruit bunches/ technology mix;
production mix, at producer;
Palm oil methyl ester

GLOaggERASM

Paper / Cardboard in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
15.0 MJ/kg net calorific value

EU-28p-aggts

Paper / Cardboard in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
15.0 MJ/kg net calorific value

DEp-aggts

Paper waste on landfill
landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Net calorific value 15 MJ/kg

EU-28p-aggts

Paperbacked aluminium foil - scrap credit (open loop)
market average;
production mix, at plant

USu-sots

Paperbacked aluminium foil - scrap credit (open loop)
market average;
production mix, at plant

EU-15u-sots

Parking area, asphaltic
excavation, asphalt production, installation with construction machines;
production mix, at customer, installed;
all layer's thickness 47 cm (18 cm anti-frost layer, 15 cm bearing layer, 10 cm asphalt supporting layer, 4 cm asphalt top layer)

DEaggts

Parking area, paved
excavation, cement clinker production, installation with construction machines;
production mix, at customer, installed;
all layer's thickness 47 cm (20 cm anti-frost layer, 15 cm bearing layer, 4 cm bedding material, 8 cm concrete blocks with facing concrete, grey, without surface treatment)

DEaggts

Particle board
Average/Typical

RNAaggCORRIM

Particle board
P2 (Standard FPY);
production mix, at plant;
7,8% water content

EU-28aggts

Particle board
P5 (V100);
production mix, at plant;
7,8% water content

EU-28aggts

Particle board in municipal waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
14.0 MJ/kg net calorific value

EU-28p-aggts

Particle board in municipal waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
14.6 MJ/kg net calorific value

DEp-aggts

Particleboard, flooring (tongue & groove), 19 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
13.6 kg/m2 at 10% moisture content (dry basis) / 9.1% water content (wet basis)

AUaggFWPA

Particleboard, flooring (tongue & groove), 22 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
15.9 kg/m2 at 9% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Particleboard, flooring (tongue & groove), 25 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
18.3 kg/m2 at 9% moisture content (dry basis) / 8.3% water content (wet basis)

AUaggFWPA

Particleboard, moisture resistant (MR), E1, melamine coated, 16 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
10.6 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Particleboard, moisture resistant (MR), E1, melamine coated, 18 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
11.8 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Particleboard, standard, E1, melamine coated, 16 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
10.6 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Particleboard, standard, E1, melamine coated, 18 mm (EN 15804 A1-A3)
technology mix;
production mix, at producer;
11.8 kg/m2 at 7% moisture content (dry basis) / 6.5% water content (wet basis)

AUaggFWPA

Passenger car (medium, gasoline, 1 piece)
construction of a passenger car;
single route, at plant;
material quantities adjustable

GLOu-sots

Passenger car, average, Euro 3-5, engine size from 1.4l up to >2l
technology mix, gasoline and diesel driven, Euro 3-5, passenger car;
consumption mix, to consumer;
engine size from 1.4l up to >2l

GLOaggts

Paste production 2015
production of Søderberg paste briquettes;
single route, at plant;
containing pitch and calcined petrol coke

GLOu-soIAI

PCC dry
Precipitated Calcium Carbonate (PCC) - dry, uncoated, with a CaCO3 content of 98% or more, a median particle size ranging typically from 1 to 3 µm, ready to be shipped either in bulk or bags. Production at plant.;
Production at plant;
None

RERaggCCA/ELCD

PCC slurry
Precipitated Calcium Carbonate (PCC) - slurry, uncoated, with a solid content ranging from 15% to 40% in the slurry, a CaCO3 content of 98% or more, a median particle size ranging typically from 0.3 to 3 µm, ready to be shipped as slurry. Production at plant.;
Production at plant;
none

RERaggCCA/ELCD

Pecan lumber, 1 inch (737 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
737 kg/m3, 1 inch thickness, 7% moisture content

USaggts/AHEC

Pecan lumber, 2 inch (737 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
737 kg/m3, 2 inch thickness, 7% moisture content

USaggts/AHEC

Pecan lumber, 4 inch (737 kg/m3), kiln-dried
rough-sawn, kiln-dried hardwood lumber;
production mix, at plant;
737 kg/m3, 4 inch thickness, 7% moisture content

USaggts/AHEC

PE-HD with PP fleece for sealing (EN15804 A1-A3)
technology mix;
production mix, at plant;
PE-HD with PP fleece

EU-28aggts

Pellet boiler < 20 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Pellet boiler < 20 kW (EN15804 B6)
technology mix;
production mix, at plant;
< 20 kW

EU-28aggts

Pellet boiler < 20 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Pellet boiler < 20kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Pellet boiler 20 - 120 kW (EN15804 D)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Pellet boiler 20-120 kW (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28p-aggts

Pellet boiler 20-120 kW (EN15804 B6)
technology mix;
production mix, at plant;
20-120 kW

EU-28aggts

Pellet boiler 20-120 kW (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Pelletizing and compounding
technology mix;
production mix, at plant;
Pelletizing and compounding

DEu-sots

Pentane
technology mix;
production mix, at producer

RERaggPlasticsEurope

PE-PP fleece (EN15804 A1-A3)
technology mix;
production mix, at plant;
PE-PP fleece

EU-28aggts

Perlite (grain size 0/1) (EN15804 A1-A3)
technology mix;
production mix, at plant;
grain size 0/1

EU-28aggts

Perlite (Grain size 0/3) (EN15804 A1-A3)
technology mix;
production mix, at plant;
Grain size 0/3

EU-28aggts

PET/wool 70/30 seat cover (fleece laminated; 10 sqm)
technology mix;
production mix, at plant;
10 sqm

DEaggts

Petroleum coke at refinery
from crude oil;
production mix, at refinery;
31 MJ/kg net calorific value

USaggts

Petroleum coke at refinery
from crude oil;
production mix, at refinery;
31 MJ/kg net calorific value

BRaggts

Petroleum coke at refinery
from crude oil;
production mix, at refinery;
31 MJ/kg net calorific value

INaggts

Petroleum coke at refinery
from crude oil;
production mix, at refinery;
31 MJ/kg net calorific value

EU-28aggts

Petroleum coke at refinery
from crude oil;
production mix, at refinery;
31 MJ/kg net calorific value

DEaggts

Petroleum coke at refinery
from crude oil;
production mix, at refinery;
31 MJ/kg net calorific value

GBaggts

Petroleum coke at refinery
from crude oil;
production mix, at refinery;
31 MJ/kg net calorific value

JPaggts

Phenol
hydroxy benzene;
production mix, at producer

RERaggPlasticsEurope

Phenol
Hock Process, oxidation of cumene;
single route, at plant;
1.07 g/cm3, 94 g/mol

DEaggts

Phenol
Hock Process, oxidation of cumene;
single route, at plant;
1.07 g/cm3, 94 g/mol

ITaggts

Phenol
Hock Process, oxidation of cumene;
single route, at plant;
1.07 g/cm3, 94 g/mol

EU-28aggts

Phenol
purified, toluene oxidation and distillation;
single route, at plant;
1.07 g/cm3, 94 g/mol

NLaggts

Phosphoric acid (H3PO4, 54% P2O5)
acid digestion of phosphate rock, including primary production;
production mix, at plant;
54 %

EU-28aggFertilizers Europe

Pine log with bark (79% moisture; 44% H2O content)
refostered managed forest;
production mix, to saw mill;
79% moisture / 44% water content

DEaggts

Pipeline (diameter 350 - 500 mm, 1 m length = 127 kg)
pipeline construction;
single route, at plant;
diameter 350 - 500 mm, 1 m length = 127 kg, material quantities adjustable

GLOu-sots

Pipeline (diameter 500 - 700 mm, 1 m length = 244 kg)
pipeline construction;
single route, at plant;
diameter 500 - 700 mm, 1 m length = 244 kg, material quantities adjustable

GLOu-sots

Pipeline (diameter 700 - 1000 mm, 1 m length = 365 kg)
pipeline construction;
single route, at plant;
diameter 700 - 1000 mm, 1 m length = 365 kg, material quantities adjustable

GLOu-sots

Pipeline average
technology mix, electricity driven, cargo;
consumption mix

GLOu-sots

Pipeline, gradient 0m/km / 0.4-0.6m
technology mix, electricity driven, cargo;
consumption mix;
gradient 0m/km / 0.4-0.6m

GLOu-sots

Pipeline, gradient 0m/km / 0.7-1m
technology mix, electricity driven, cargo;
consumption mix;
gradient 0m/km / 0.7-1m

GLOu-sots

Pipeline, gradient 4m/km / 0.4-0.6m
technology mix, electricity driven, cargo;
consumption mix;
gradient 4m/km / 0.4-0.6m

GLOu-sots

Pipeline, gradient 4m/km / 0.7-1m
technology mix, electricity driven, cargo;
consumption mix;
gradient 4m/km / 0.7-1m

GLOu-sots

Plane (cargo) incl. fuel, 65 t payload
technology mix, kerosene driven, cargo;
production mix, at plant;
65 t payload

EU-28aggts

Plastic extrusion profile (unspecific)
technology mix;
single route, at plant

GLOu-sots

Plastic Film (PE, PP, PVC)
single route, at plant;
PE, PP, PVC

GLOu-sots

Plastic granulate secondary (low metal contamination)
from post-consumer plastic waste, via grinding, metal separation, washing, pelletization;
production mix, at plant;
plastic waste with low metal fraction

EU-28p-aggts

Plastic injection moulding (parameterized)
single route, at plant

GLOu-sots

Plastic injection moulding part (unspecific)
single route, at plant

DEu-sots

Plastic packaging in municipal waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
36.0 MJ/kg net calorific value

EU-28p-aggts

Plastic packaging in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
36.0 MJ/kg net calorific value

DEp-aggts

Plastic waste on landfill
landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment;
production mix (region specific sites), at landfill site;
Landfill height 30 m, landfill area 40.000 sqm

EU-28aggts

Plug (PA6) (EN15804 A1-A3)
technology mix;
production mix, at plant;
200mm

EU-28aggts

Plug (PE) (EN15804 A1-A3)
technology mix;
production mix, at plant;
135mm

EU-28aggts

Plug (PP) (EN15804 A1-A3)
technology mix;
production mix, at plant;
131mm

EU-28aggts

Plywood board (EN15804 A1-A3)
technology mix;
production mix, at plant;
5% moisture

EU-28aggts

Plywood, exterior, A-bond, 7 mm (bracing) (EN 15804 A1-A3)
technology mix;
production mix, at producer;
3.45 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Plywood, exterior, A-bond, 9 mm (structural) (EN 15804 A1-A3)
technology mix;
production mix, at producer;
4.44 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Plywood, flooring (tongue & groove), A-bond, 15 mm (residential) (EN 15804 A1-A3)
technology mix;
production mix, at producer;
7.40 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Plywood, flooring (tongue & groove), A-bond, 25 mm (commercial) (EN 15804 A1-A3)
technology mix;
production mix, at producer;
12.3 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Plywood, formply, A-bond, 17 mm (formwork) (EN 15804 A1-A3)
technology mix;
production mix, at producer;
8.75 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Plywood, formply, B-bond, 17 mm (formwork) (EN 15804 A1-A3)
technology mix;
production mix, at producer;
9.28 kg/m2 at 8% moisture content (dry basis) / 7.4% water content (wet basis)

AUaggFWPA

Plywood, interior, C-bond, 9 mm (joinery) (EN 15804 A1-A3)
technology mix;
production mix, at producer;
5.42 kg/m2 at 12% moisture content (dry basis) / 10.7% water content (wet basis)

AUaggFWPA

Polyacrylonitrile Fibres (PAN)
Polymerization, dissolving, spinning;
single route, at plant;
PAN without additives, 53 g/mol

EU-28aggts

Polyamide (PA) 6 GF30 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
21.5 MJ/kg net calorific value

DEp-aggts

Polyamide (PA) 6 GF30 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
21.5 MJ/kg net calorific value

EU-28p-aggts

Polyamide (PA) 6 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
32.0 MJ/kg net calorific value

EU-28p-aggts

Polyamide (PA) 6 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
32.0 MJ/kg net calorific value

DEp-aggts

Polyamide (PA) 6.6 GF30 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
21.5 MJ/kg net calorific value

DEp-aggts

Polyamide (PA) 6.6 GF30 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
21.5 MJ/kg net calorific value

EU-28p-aggts

Polyamide (PA) 6.6 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
32.0 MJ/kg net calorific value

EU-28p-aggts

Polyamide (PA) 6.6 in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
32.0 MJ/kg net calorific value

DEp-aggts

Polyamide 6.6 fibres (PA 6.6)
from adipic acid and hexamethylene diamine (HMDA);
production mix, at plant;
PA 6.6 granulate without additives

EU-28aggts

Polyamide 6.6 Granulate (PA 6.6) Mix
technology mix;
consumption mix, to consumer;
PA 6.6 granulate

DEaggts

Polybutadiene (PB) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
41.6 MJ/kg net calorific value

EU-28p-aggts

Polybutadiene (PB) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
41.6 MJ/kg net calorific value

DEp-aggts

Polybutadiene granulate (PB)
technology mix;
production mix, at plant

RERp-aggELCD/PlasticsEurope

Polycarbonate (PC) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
29.6 MJ/kg net calorific value

DEp-aggts

Polycarbonate (PC) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
29.6 MJ/kg net calorific value

EU-28p-aggts

Polycarbonate granulate (PC)
Technology mix, dipenyl carbonate route and phosgene route;
production mix, at producer;
31 MJ net calorific value

EU-25aggPlasticsEurope

Polycarbonate Granulate (PC)
durable material, posgenation of Bisphenol A;
production mix, at plant;
1.22 g/cm3

DEaggts

Polyester Resin unsaturated (UP)
esterification and polymerization, from propylene glycol, phthalic anhydride and styrene;
single route, at plant;
1.22 to 1.38 g/cm3

DEaggts

Polyether polyol
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyether polyol
addition of propylene oxide and ethylene oxide;
production mix, at plant;
5000 g/mol

FRaggts

Polyethylene (HDPE/PE-HD) blow moulding
blow moulding;
single route, at plant;
PE-HD

DEu-sots

Polyethylene (PE) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
43.5 MJ/kg net calorific value

EU-28p-aggts

Polyethylene (PE) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
43.5 MJ/kg MJ/kg net calorific value

DEp-aggts

Polyethylene bottle (PE-HD)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyethylene bottle (PE-LD)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyethylene Cross-Linked (PEXa)
technology mix;
production mix, at plant;
Cross- linked polyethylene

DEaggts

Polyethylene film (PE-LD)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyethylene foam (EN15804 A1-A3)
technology mix;
production mix, at plant;
30 kg/m3

EU-28aggts

Polyethylene High Density Granulate (HDPE/PE-HD)
polymerisation of ethylene;
production mix, at plant;
0.91- 0.96 g/cm3, 28 g/mol per repeating unit

DEaggts

Polyethylene High Density Granulate (HDPE/PE-HD) Mix
technology mix;
consumption mix, to consumer;
0.93 to 0.97 g/cm3, 43 MJ net calorific value

DEaggts

Polyethylene high density granulate (PE-HD)
technology mix;
production mix, at plant

RERp-aggELCD/PlasticsEurope

Polyethylene Linear Low Density Granulate (LLDPE/PE-LLD)
Polymerisation of ethylene;
production mix, at plant;
0.91- 0.96 g/cm3, 28 g/mol per repeating unit

EU-28aggts

Polyethylene Low Density Granulate (LDPE/PE-LD)
polymerisation of ethylene;
production mix, at plant;
0.91- 0.96 g/cm3, 28 g/mol per repeating unit

DEaggts

Polyethylene low density granulate (PE-LD)
technology mix;
production mix, at plant

RERp-aggELCD/PlasticsEurope

Polyethylene low linear density granulate (PE-LLD)
technology mix;
production mix, at plant

RERp-aggELCD/PlasticsEurope

Polyethylene pipe (PE-HD)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyethylene terephthalate (PET) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
21.0 MJ/kg net calorific value

DEp-aggts

Polyethylene terephthalate (PET) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
22.2 MJ/kg net calorific value

EU-28p-aggts

Polyethylene terephthalate bottle grade granulate (PET) via PTA
via purified terephthalic acid (PTA) and ethylene glycol;
single route, at plant;
1.38 g/cm3, 192.17 g/mol per repeating unit

DEaggts

Polyethylene terephthalate bottle grade granulate (PET) via PTA
via purified terephthalic acid (PTA) and ethylene glycol;
single route, at plant;
1.38 g/cm3, 192.17 g/mol per repeating unit

EU-28aggts

Polyethylene terephthalate fibres (PET)
esterification of dimethyl terephthalate with ethylene glycol;
single route, at plant;
1.38 g/cm3, 192.17 g/mol per repeating unit

EU-28aggts

Polyethylene terephthalate fibres (PET)
esterification of dimethyl terephthalate with ethylene glycol;
single route, at plant;
1.38 g/cm3, 192.17 g/mol per repeating unit

DEaggts

Polyethylene terephthalate granulate (PET via DMT)
from dimethyl terephthalate and ethylene glycol;
production mix, at plant;
1.38 g/cm3, 192.17 g/mol

DEaggts

Polyethylene terephthalate granulate (PET, amorph)
technology mix;
production mix, at plant;
amorphous

RERp-aggELCD/PlasticsEurope

Polyethylene terephthalate, granulate, bottle grade, at plant

RERaggPlasticsEurope

Polyisocyanurate (PIR high-density foam)
from methylene diisocyanate and polyester polyol;
production mix, at plant;
hard foam

EU-28aggts

Polymethylmethacrylate (PMMA) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
25.1 MJ/kg net calorific value

DEp-aggts

Polymethylmethacrylate (PMMA) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
25.1 MJ/kg net calorific value

EU-28p-aggts

Polymethylmethacrylate granulate (PMMA)
bulk polymerisation, from methyl methacrylate;
production mix, at plant;
1.18 g/cm3, 24 MJ net calorific value

DEaggts

Polymethylmethacrylate sheet (PMMA)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polypropylene (PP) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
43.5 MJ/kg net calorific value

DEp-aggts

Polypropylene (PP) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
43.5 MJ/kg net calorific value

EU-28p-aggts

Polypropylene / Ethylene Propylene Diene Elastomer Granulate (PP/EPDM, TPE-O) Mix
Production from propene and ethene in gas phase;
consumption mix, to consumer;
40% ethylene content

DEaggts

Polypropylene fibers (PP)
crude oil based;
production mix, at plant;
without additives

EU-28aggts

Polypropylene film (PP)
technology mix;
production mix, at producer;
extended PP

RERaggPlasticsEurope

Polypropylene GMT part
hot rolling, from polypropylene and glass fibres;
production mix, at plant;
30% glass fibre content

DEaggts

Polypropylene granulate (PP)
technology mix;
production mix, at plant

RERp-aggELCD/PlasticsEurope

Polypropylene granulate (PP) mix
technology mix;
consumption mix, to consumer;
0.86 to 0.95 g/cm3, 43 MJ net calorific value

DEaggts

Polypropylene injection moulding part (PP)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polystyrene (PS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
39.6 MJ/kg net calorific value

DEp-aggts

Polystyrene (PS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
39.6 MJ/kg net calorific value

EU-28p-aggts

Polystyrene granulate (PS)
polymerisation of styrene;
production mix, at plant;
1.05 g/cm3, 104.15 g/mol per repeating unit

DEaggts

Polystyrene granulate (PS) mix
technology mix;
consumption mix, to consumer;
1.05 g/cm3, 104.15 g/mol per repeating unit

DEaggts

Polystyrene High Impact Granulate (HI-PS) Mix
technology mix;
consumption mix, to consumer;
1.05 g/cm3, 104.15 g/mol per repeating unit

DEaggts

Polystyrene part (PS)
technology mix;
production mix, at producer;
thermoformed

RERaggPlasticsEurope

Polystyrene, incineration in MWI (EN15804 C4)
End of Life, incineration;
production mix (region specific plants), at plant;
PS incineration

EU-28aggts

Polystyrene, incineration in MWI (EN15804 D)
End of Life, incineration credits;
production mix (region specific plants), at plant;
PS incineration

EU-28aggts

Polyurethane (PU) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
25.5 MJ/kg net calorific value

DEp-aggts

Polyurethane (PU) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
25.5 MJ/kg net calorific value

EU-28p-aggts

Polyurethane flexible foam (PU) - MDI-based, no flame retardant
reaction of MDI with long-chain polyether polyol and foaming;
production mix, at producer;
density 45 to 53 kg/m³ - hardness 2.1 to 4 kPa - viscoelastic

EU-28aggEUROPUR

Polyurethane flexible foam (PU) - TDI-based, no flame retardant, high density
reaction of TDI with long-chain polyether polyol and foaming;
production mix, at producer;
density 35 to 40kg/m³ - hardness 3.8 to 5 kPa

EU-28aggEUROPUR

Polyurethane flexible foam (PU) - TDI-based, no flame retardant, low density
reaction of TDI with long-chain polyether polyol and foaming;
production mix, at producer;
density 18 to 25 kg/m³ - hardness 2.5 to 4 kPa

EU-28aggEUROPUR

Polyurethane flexible foam (PU) - TDI-based, with flame retardant
reaction of TDI with long-chain polyether polyol and foaming;
production mix, at producer;
density 40 to 54 kg/m³ - hardness 3.5 to 5.8 kPa

EU-28aggEUROPUR

Polyurethane rigid foam (PU)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyvinyl chloride (PVC) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
18.0 MJ/kg net calorific value

EU-28p-aggts

Polyvinyl chloride (PVC) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
18.0 MJ/kg net calorific value

DEp-aggts

Polyvinyl chloride film (PVC)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyvinyl chloride granulate (Suspension, S-PVC)
polymerisation of vinyl chloride;
production mix, at plant;
62 g/mol per repeating unit

BEaggts

Polyvinyl chloride granulate (Suspension; S-PVC) mix
technology mix;
consumption mix, to consumer;
62 g/mol per repeating unit

DEaggts

Polyvinyl chloride sheet (PVC)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyvinylchloride injection moulding part (PVC)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyvinylchloride pipe (PVC)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Polyvinylidene chloride (PVdC)
technology mix;
production mix, at producer

RERaggPlasticsEurope

Populated printed wiring board (after RoHS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
11.0 MJ/kg net calorific value

DEp-aggts

Populated printed wiring board (after RoHS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
11.0 MJ/kg net calorific value

EU-28p-aggts

Populated printed wiring board (before RoHS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
11.0 MJ/kg net calorific value

DEp-aggts

Populated printed wiring board (before RoHS) in waste incineration plant
waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment;
production mix (region specific plants), at plant;
11.0 MJ/kg net calorific value

EU-28p-aggts

Potassium chloride (KCl/MOP, 60% K2O)
shaft mining and beneficiation, including primary production;
production mix, at plant;
60% potassium content

EU-28aggFertilizers Europe

Power outlet (EN15804 A1-A3)
technology mix;
production mix, at plant;
1 piece

EU-28aggts

Power outlet (EN15804 C4)
End of Life;
production mix (region specific plants), at plant;
1 piece

EU-28aggts

Pre-cast concrete
minimum reinforcement;
production mix, at plant;
concrete type C20/25, without consideration of casings

EU-28aggts

Prefabricated concrete ceiling, 20cm (EN15804 A1-A3)
technology mix;
production mix, at plant;
504 kg/m2

EU-28aggts

Prefabricated concrete ceiling, 40cm (EN15804 A1-A3)
technology mix;
production mix, at plant;
1008 kg/m2

EU-28aggts

Prefabricated concrete part slab, 20cm
technology mix;
production mix, at plant;
504 kg/m2

CNaggts

Prefabricated concrete part slab, 40cm
technology mix;
production mix, at plant;
1008 kg/m2

CNaggts

Prefabricated concrete wall, 12cm (EN15804 A1-A3)
technology mix;
production mix, at plant;
291,3 kg/m2

EU-28aggts

Prefabricated concrete wall, 40cm (EN15804 A1-A3)
technology mix;
production mix, at plant;
971 kg/m2

EU-28aggts

Primary aluminium ingot consumption mix (2015)
primary aluminium production in Europe (EU28+EFTA) and primary ingot imported in Europe (EU28+EFTA);
consumption mix, at European consumer;
primary aluminium ingot consumption mix, (i.e. European production + net fraction of imports into Europe)

EU28+EFTAaggEuropean Aluminium

Primary aluminium production ingot mix Europe (2015 only produced in Europe)
primary aluminium production in Europe (EU28+EFTA);
production mix, at European producer;
primary aluminium ingot production mix

EU28+EFTAaggEuropean Aluminium

Primary Aluminum Ingot
technology mix;
production mix, at producer

RNAaggAA/ts

Primer emulsion (building, exterior, white) (EN15804 A5)
building, exterior, white, 1,5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Primer solvent-based
automotive, 30% organic solvents;
production mix, at plant;
1 kg

DEaggts

Primer water-based (windows, white)
10% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Primer/base coat water-based (windows, white)
5% organic solvents;
production mix, at plant;
1 kg

EU-28aggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FIaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FRaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SKaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ITaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SIaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DKaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ESaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

USaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EEaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LVaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GRaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

HUaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SEaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LUaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PLaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BEaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DEaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GBaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NLaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ATaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PTaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NOaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CHaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

IEaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NZaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CZaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LTaggts

Process steam from biogas 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

AUaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NOaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LTaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ITaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GRaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SIaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

HUaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SEaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CZaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NLaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FRaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ATaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EEaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DEaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

AUaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GBaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EU-28aggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LVaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

USaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SKaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NZaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ESaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

IEaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DKaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FIaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PLaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BEaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PTaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LUaggts

Process steam from biogas 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CHaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LVaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SEaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

FIaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

FRaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DEaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

USaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

IEaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LUaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

PTaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SKaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

CHaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

CZaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

PLaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SIaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ITaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BEaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NOaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DKaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

GBaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

HUaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

AUaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NZaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

EEaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

GRaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ATaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ESaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NLaggts

Process steam from biogas 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LTaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PTaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

AUaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CHaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FRaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ATaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GBaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ITaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ESaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CZaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BEaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CNaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EEaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LTaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DEaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BRaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FIaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SKaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SIaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NOaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EU-28aggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NZaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NLaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BGaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

HUaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ROaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PLaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DKaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LVaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

IEaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SEaggts

Process steam from biomass (solid) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

USaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ESaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

HUaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NLaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PTaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SIaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NOaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

IEaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CHaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ITaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LVaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EU-28aggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BRaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

USaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CNaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SKaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DKaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ATaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GBaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EEaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SEaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ROaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LTaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DEaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CZaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BEaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FRaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NZaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PLaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FIaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BGaggts

Process steam from biomass (solid) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

AUaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ATaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LVaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SEaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

GBaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NOaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CZaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

IEaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SKaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

AUaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CHaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ESaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LTaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EEaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

USaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SIaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BGaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

EU-28aggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FRaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ROaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NLaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NZaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

HUaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DKaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

FIaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BRaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PLaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PTaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ITaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BEaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CNaggts

Process steam from biomass (solid) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DEaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ROaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NLaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

INaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FRaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LVaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NZaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SIaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BEaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CZaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EU-28aggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ATaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DKaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GBaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BGaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SKaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

JPaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DEaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

AUaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ITaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SEaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

USaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PTaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

IEaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NOaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BRaggts

Process steam from hard coal 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PLaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LVaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

USaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GBaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DEaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

JPaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DKaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BGaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NOaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

IEaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ITaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FRaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EU-28aggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

INaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PLaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BEaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SIaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SEaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ATaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PTaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BRaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CZaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

AUaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ROaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NZaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SKaggts

Process steam from hard coal 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NLaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

AUaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

PTaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DKaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DEaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BRaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NLaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NOaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SEaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

GBaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ATaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

JPaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ESaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ITaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

FRaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

CZaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BGaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

EU-28aggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

IEaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ROaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BEaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

PLaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

USaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SKaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SIaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LVaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NZaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

INaggts

Process steam from hard coal 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

FIaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NZaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EU-28aggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ROaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

JPaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EEaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CZaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DKaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PLaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

IEaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BRaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CHaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GRaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

MTaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

INaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SIaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ITaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PTaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BGaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LVaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GBaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

AUaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ATaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LTaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FRaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NLaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BEaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SEaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CYaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

USaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NOaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ESaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DEaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FIaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SKaggts

Process steam from heavy fuel oil (HFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

HUaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BGaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LTaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SKaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CZaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CHaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LVaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EEaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

INaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

IEaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GBaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EU-28aggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

USaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SEaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DKaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NZaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BRaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

AUaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ROaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

MTaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

JPaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PTaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BEaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

HUaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NLaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DEaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ATaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PLaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SIaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NOaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CYaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FRaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GRaggts

Process steam from heavy fuel oil (HFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ITaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

HUaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NOaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

INaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ROaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

MTaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NLaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SIaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

FRaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

EEaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LTaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

EU-28aggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

PLaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

JPaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

PTaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

USaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BEaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ITaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

GRaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BRaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

GBaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SEaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NZaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LVaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SKaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

AUaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

IEaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DEaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

CHaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ATaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BGaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

CZaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DKaggts

Process steam from heavy fuel oil (HFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

CYaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EU-28aggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

IEaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

AUaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SIaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BGaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

USaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FIaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CZaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ATaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PTaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NZaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ESaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

INaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LVaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ITaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GBaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

FRaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

JPaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

EEaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BEaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

ROaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SKaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

SEaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NOaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

GRaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

PLaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CYaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

HUaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

MTaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

LTaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DEaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

DKaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

CHaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

BRaggts

Process steam from light fuel oil (LFO) 85%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 85% efficiency

NLaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BEaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NOaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SEaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GBaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

FRaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PLaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ITaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

INaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LVaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EEaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CYaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

GRaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

LTaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SIaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

MTaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CHaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

IEaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

PTaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DKaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BRaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

HUaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ROaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

JPaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

USaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NLaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

DEaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

AUaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

ATaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

BGaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

NZaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

EU-28aggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

CZaggts

Process steam from light fuel oil (LFO) 90%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 90% efficiency

SKaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

CHaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

EEaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DEaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

PTaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

GRaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

MTaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ROaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NLaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

IEaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BGaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ITaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

HUaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

INaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LTaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

LVaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

NOaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

DKaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

ATaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

JPaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

SEaggts

Process steam from light fuel oil (LFO) 95%
technology mix regarding firing and flue gas cleaning;
production mix, at heat plant;
MJ, 95% efficiency

BRaggts

Process steam f