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Process name	Country	Type	Data source
1,3-Butadiene oxidative catalytic dehydrogenation of C4; production mix, at producer	DE	agg	PE
1,3-Butadiene oxidative catalytic dehydrogenation of C4; production mix, at producer	IT	agg	PE
Acetaldehyde (Ethanal) via ethylene and oxygen; production mix, at producer	DE	agg	PE
Acetic acid from methanol; production mix, at producer	DE	agg	PE
Acetone from cumene; production mix, at producer	DE	agg	PE
Acetone via isopropanol; production mix, at producer	NL	agg	PE
Acetone from cumene; production mix, at producer	IT	agg	PE
Acetone (dimethylcetone) technology mix; production mix, at producer	RER	agg	PlasticsEurope
Acetone cyanhydrine technology mix; production mix, at producer	RER	agg	PlasticsEurope
Acrylonitrile (AN) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Acrylonitrile-butadiene-styrene (ABS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Acrylonitrile-butadiene-styrene (ABS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Acrylonitrile-butadiene-styrene granulate (ABS) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Acrylonitrile-Butadiene-Styrene Granulate (ABS) Mix technology mix; consumption mix, at producer	DE	agg	PE
Adipic acid via cyclohexane; production mix, at producer	DE	agg	PE
Aerated concrete block type P4 05 reinforced; production mix, at plant; average density 485 kg/m3	RER	agg	PE
Aerated concrete block mix of P2 04 and P4 05; production mix, at plant; average density 433 kg/m3	RER	agg	PE
Aluminium cast machining technology mix; production mix, at producer	DE	e-ep	PE
Aluminium die-cast part technology mix; production mix, at producer	DE	e-ep	PE
Aluminium extrusion profile primary production; production mix, at plant; aluminium semi-finished extrusion product, including primary production, transformation and recycling	DE	agg	PE
Aluminium extrusion profile primary production; production mix, at plant; aluminium semi-finished extrusion product, including primary production, transformation and recycling	RER	t-agg	PE
Aluminium extrusion profile primary production; production mix, at plant; aluminium semi-finished extrusion product, including primary production, transformation and recycling	RER	agg	PE
Aluminium extrusion profile primary production; production mix, at plant; aluminium semi-finished extrusion product, including primary production, transformation and recycling	RER	agg	ELCD/EAA
Aluminium extrusion profile mix primary production; consumption mix, at consumer; aluminium semi-finished extrusion product, including primary production, transformation and recycling	DE	agg	PE
Aluminium foil primary production; production mix, at plant; 5-200 micro metres	RER	agg	PE
Aluminium hydroxide mix (bauxite treated) technology mix; consumption mix, at consumer	RER	agg	PE
Aluminium ingot mix primary production; consumption mix, at consumer; aluminium ingot product, including primary production, transformation and recycling	RER	agg	PE
Aluminium ingot mix primary production; consumption mix, at consumer; aluminium ingot product, including primary production, transformation and recycling	DE	agg	PE
Aluminium profile primary production; production mix, at producer; aluminium semi-finished sheet product, including primary production, transformation and recycling	RER	agg	PE
Aluminium sheet primary production; production mix, at plant; aluminium semi-finished sheet product, including primary production, transformation and recycling	RER	t-agg	PE
Aluminium sheet primary production; production mix, at plant; aluminium semi-finished sheet product, including primary production, transformation and recycling	RER	agg	EAA
Aluminium sheet primary production; production mix, at plant; aluminium semi-finished sheet product, including primary production, transformation and recycling	RER	agg	ELCD/EAA
Aluminium sheet deep drawing technology mix; production mix, at producer	DE	e-ep	PE
Aluminium sheet mix technology mix; consumption mix, at consumer	DE	agg	PE
Aluminium sheet mix technology mix; consumption mix, at consumer	RER	agg	PE
Aluminum clean scrap remelting & casting (2005) technology mix; production mix, at producer	RER	t-agg	EAA
Aluminum extrusion profile (2005) primary production; production mix, at producer; aluminium semi-finished extrusion product, including primary production, transformation and recycling	RER	t-agg	EAA
Aluminum foil (2005) technology mix; production mix, at producer	RER	t-agg	EAA
Aluminum ingot mix (2005) primary production; consumption mix, at consumer; aluminium ingot product, including primary production, transformation and recycling	RER	agg	EAA
Aluminum recycling incl. scrap preparation (2005) technology mix; production mix, at producer	RER	t-agg	EAA
Aluminum sheet (2005) primary production; consumption mix, at consumer; aluminium semi-finished sheet product, including primary production, transformation and recycling	RER	t-agg	EAA
Ammonia technology mix; production mix, at plant	RER	agg	PlasticsEurope
Ammonia (NH3) Haber-Bosch process; production mix, at producer	DE	agg	PE
Ammonia (NH3) Haber-Bosch process; production mix, at producer	NL	agg	PE
Ammonia mix (NH3) technology mix; production mix, at producer	RER	agg	PE
Anhydrite (CaSO4) technology mix of natural (33%), thermal (33%) and synthetic (33%) produced anhydrite; production mix, at plant; grinded and purified product	DE	agg	PE
Aniline (Phenyl amine, Amino benzene) catalytic hydrogenation of nitrobenzene; production mix, at producer	DE	agg	PE
Argon (gaseous) air fractionation; production mix, at producer	DE	agg	PE
Argon (liquid) air fractionation; production mix, at producer	DE	agg	PE
Aromatic Polyester Polyol (APP) (European average, including flame retardant) technologies of four producers; production mix, at plant	RER	agg	PU Europe
Aromatic Polyester Polyol (APP) (European average, without flame retardant) technologies of four producers; production mix, at plant	RER	agg	PU Europe
Aromatics (BTX) at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
Aromatics (BTX) at refinery from crude oil, fuel supply; production mix, at refinery	AU	agg	PE
Aromatics (BTX) at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
Aromatics (BTX) at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Articulated lorry (40t) incl. fuel technology mix; production mix, at producer	RER	agg	ELCD
Articulated lorry transport Euro 0, 1, 2, 3, 4 mix; production mix; 40 t total weight, 27 t max payload	RER	agg	PE
Average ship technology mix, diesel driven, cargo; production mix; 1500t payload capacity/ canal	GLO	e-ep	PE
Average ship technology mix, diesel driven, cargo; production mix; 3500t payload / downstream	GLO	e-ep	PE
Average ship technology mix, diesel driven, cargo; production mix; 3500t payload capacity/ upstream	GLO	e-ep	PE
Barge incl. fuel technology mix, diesel driven, cargo; production mix; 1500 t payload capacity	RER	agg	PE
Benzene from toluene dealkylation; production mix, at producer	DE	agg	PE
Benzene BTX; from reformate; production mix, at producer	DE	agg	PE
Benzene from pyrolysis fuel; production mix, at producer	DE	agg	PE
Benzene BTX; from reformate; production mix, at producer	NL	agg	PE
Benzene from pyrolysis fuel; production mix, at producer	NL	agg	PE
Benzene from pyrolysis fuel; production mix, at producer	RER	agg	PE
Benzene technology mix, from pyrolysis gasoline, reformate and toluene dealkylation; production mix, at plant; liquid	EU-27	agg	PE
Benzene technology mix; production mix, at plant	RER	agg	PlasticsEurope
Benzene mix technology mix; consumption mix, at consumer	DE	agg	PE
Benzene mix technology mix; consumption mix, at consumer	NL	agg	PE
Beverage carton converting converting technology; production mix, at plant	EU-27	e-ep	ELCD/ACE
BF Steel billet / slab / bloom BF route; production mix, at producer; Crude steel	DE	agg	PE
Bisphenol A (BPA) technology mix; production mix, at plant	EU-25	agg	PlasticsEurope
Bitumen at refinery from crude oil, fuel supply; production mix, at refinery	AU	agg	PE
Bitumen at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Bitumen at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
Bitumen at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
Brass (CuZn20) brass recycling route; production mix, at plant	RER	agg	PE
Brass (CuZn39Pb3) brass recycling route; production mix, at plant	RER	agg	PE
Bulk carrier ocean incl. fuel heavy fuel oil driven, cargo; technology mix; 100.000-200.000 dwt, ocean going	RER	agg	PE
Bulk commodity carrier heavy fuel oil driven, cargo; technology mix; average, ocean going	GLO	e-ep	PE
Bulk commodity carrier light fuel oil driven, cargo; technology mix; average, coastal	GLO	e-ep	PE
Bulk commodity carrier heavy fuel oil driven, cargo; technology mix; 100000 to 200000 dwt payload capacity, ocean going	GLO	e-ep	PE
Bulk commodity carrier light fuel oil driven, cargo; technology mix; 1500 to 20000 dwt payload capacity, coastal	GLO	e-ep	PE
Bunker oil at refinery from crude oil, fuel supply; production mix, at refinery; 3.5 wt.% sulphur	EU-27	agg	PE
Bunker oil at refinery from crude oil, fuel supply; production mix, at refinery; 3.5 wt.% sulphur	DE	agg	PE
Bunker oil at refinery from crude oil, fuel supply; production mix, at refinery; 3.5 wt.% sulphur	AU	agg	PE
Bunker oil at refinery from crude oil, fuel supply; production mix, at refinery; 3.5 wt.% sulphur	BR	agg	PE
Bunker oil at refinery from crude oil, fuel supply; production mix, at refinery; 3.5 wt.% sulphur	US	agg	PE
Butadiene technology mix; production mix, at plant	RER	agg	PlasticsEurope
Butanediol from ethyne, H2 from steam cracker; production mix, at producer	DE	agg	PE
Butanediol from ethyne, H2 from steamreforming natural gas; production mix, at producer	DE	agg	PE
Butene technology mix; production mix, at plant	RER	agg	PlasticsEurope
C4 cut (Butadiene) steam cracker; production mix, at producer	IT	agg	PE
C4 cut (Butadiene) steam cracker; production mix, at producer	DE	agg	PE
Cable waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Cable waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Calcium hydroxide (Ca(OH)2; dry; slaked lime) technology mix; production mix, at plant	DE	agg	PE
Calcium silicate blocks and elements; production mix, at plant; density 1400 to 2000 kg/m3	RER	agg	PE
Caprolactam (from cyclohexane) from cyclohexane; production mix, at producer	DE	agg	PE
Car diesel diesel driven, 1986-88, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 1, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 2, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 3, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 4, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car diesel diesel driven, 1986-88, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 1, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 2, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 3, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 4, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car diesel diesel driven, 1986-88, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car diesel diesel driven, Euro 1, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car diesel diesel driven, Euro 2, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car diesel diesel driven, Euro 3, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car diesel diesel driven, Euro 4, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car diesel diesel driven, Euro 5, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car diesel diesel driven, Euro 5, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car diesel diesel driven, Euro 5, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, ECE 15'04, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 1, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 2, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 3, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 4, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, controlled catalytic converter < 87, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, controlled catalytic converter 87-90, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, conventional, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, non-controlled catalytic converter, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, ECE 15'04, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 1, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 2, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 3, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 4, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, controlled catalytic converter < 87, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, controlled catalytic converter 87-90, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, ECE 15'04, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 1, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 2, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 3, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 4, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, controlled catalytic converter < 87, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, controlled catalytic converter 87-90, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, conventional, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, non-controlled catalytic converter, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 5, passenger car; technology mix; engine size up to 1,4l	GLO	e-ep	PE
Car petrol gasoline driven, conventional, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 5, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, non-controlled catalytic converter, passenger car; technology mix; engine size more than 2l	GLO	e-ep	PE
Car petrol gasoline driven, Euro 5, passenger car; technology mix; engine size 1,4-2l	GLO	e-ep	PE
Car shredder technology mix; production mix, at producer	DE	t-agg	PE
Carbon black (furnace black; general purpose) furnace black, general purpose; production mix, at producer; 1 kg	DE	agg	PE
Carbon dioxide from ammonia synthesis, NH3/CO2; production mix, at producer	DE	agg	PE
Carbon monoxide (via synthetic gas) cryogenic separation; production mix, at producer	DE	agg	PE
Cargo plane technology mix, kerosene driven, cargo; production mix, at producer; 65 t payload	GLO	e-ep	PE
Cargo plane technology mix, kerosene driven, cargo; production mix, at producer; 22 t payload	GLO	e-ep	PE
Cargo plane technology mix, kerosene driven, cargo; production mix, at producer; 113 t payload	GLO	e-ep	PE
Cast iron part EAF route; production mix, at producer	DE	agg	PE
Caustic soda mix technology mix; production mix, at producer	DE	agg	PE
Chlorine from chlorine-alkali electrolysis (Amalgam); production mix, at producer	DE	agg	PE
Chlorine from chlorine-alkali electrolysis (Diaphragm); production mix, at producer	DE	agg	PE
Chlorine technology mix; production mix for PVC production, at plant	RER	t-agg	ELCD/PlasticsEurope
Chlorine mix technology mix; production mix, at producer	DE	agg	PE
Coke mix technology mix; consumption mix, at consumer	DE	agg	PE
Commercial waste in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Commercial waste in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Compressed air 10 bar, low efficiency; production mix, at plant; high power consumption	EU-27	agg	PE
Compressed air 10 bar, high efficiency; production mix, at plant; low power consumption	EU-27	agg	PE
Compressed air 14 bar, low efficiency; production mix, at plant; high power consumption	EU-27	agg	PE
Compressed air 14 bar, high efficiency; production mix, at plant; low power consumption	EU-27	agg	PE
Compressed air 7 bar, low efficiency; production mix, at plant; high power consumption	EU-27	agg	PE
Compressed air 7 bar, high efficiency; production mix, at plant; low power consumption	EU-27	agg	PE
Compressed air 10 bar (high power consumption) 10 bar, low efficiency; production mix, at plant; high power consumption	GLO	e-ep	PE
Compressed air 10 bar (low power consumption) 10 bar, high efficiency; production mix, at plant; low power consumption	GLO	e-ep	PE
Compressed air 14 bar (high power consumption) 14 bar, low efficiency; production mix, at plant; high power consumption	GLO	e-ep	PE
Compressed air 14 bar (low power consumption) 14 bar, high efficiency; production mix, at plant; low power consumption	GLO	e-ep	PE
Compressed air 7 bar (high power consumption) 7 bar, low efficiency; production mix, at plant; high power consumption	GLO	e-ep	PE
Compressed air 7 bar (low power consumption) 7 bar, high efficiency; production mix, at plant; low power consumption	GLO	e-ep	PE
Container glass technology mix; production mix, at producer	EU-27	agg	PE
Container ship heavy fuel oil driven, cargo; technology mix; 27.500 dwt payload capacity, ocean going	GLO	e-ep	PE
Container ship ocean incl. fuel heavy fuel oil driven, cargo; technology mix; 27.500 dwt payload capacity, ocean going	RER	agg	PE
Copper cathode from electrolysis; consumption mix, at consumer; 99,999% Cu	EU-25	agg	ECI
Copper cathode (primary) from electrolysis; production mix; 99,999% Cu	GLO	agg	ICA
Copper mix (99,999% from electrolysis) from electrolysis; consumption mix, at consumer; 99,999% Cu	DE	agg	PE
Copper sheet technology mix; consumption mix, at plant; 0,6 mm thickness	EU-15	agg	ELCD/ECI
Copper tube technology mix; consumption mix, at plant; diameter 15 mm, 1 mm thickness	EU-15	agg	ELCD/ECI
Copper wire technology mix; consumption mix, at plant; cross section 1 mmy	EU-15	agg	ELCD/ECI
Corrugated board boxes technology mix; production mix, at plant; 16,6 % primary fibre, 83,4 % recycled fibre	EU-25	agg	ELCD/FEFCO
Credit for recycling of steel scrap	GLO	e-ep
Crude oil technology mix; production mix, at producer	RER	agg	PlasticsEurope
Crude oil mix technology mix; consumption mix, at consumer	DE	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	US	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	AT	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	BE	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	FR	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	IT	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	NL	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	GB	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	NO	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	AU	agg	PE
Crude oil mix technology mix; consumption mix, at consumer	BR	agg	PE
Crushed stone 16/32 open pit mining; production mix, at plant; undried	RER	agg	PE
Cumene (isopropylbenzene) (C9H12) via propylene; production mix, at producer	DE	agg	PE
Cumene (isopropylbenzene) (C9H12) via propylene; production mix, at producer	IT	agg	PE
Cumene (isopropylbenzene) (C9H12) via propylene; production mix, at producer	NL	agg	PE
Cyclohexane Andrussow process; production mix, at producer	DE	agg	PE
Dichloroethane (ethylene dichloride) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Diesel mix at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 10 ppm sulphur, 5.75 wt.% bio components	DE	agg	PE
Diesel mix at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 10 ppm sulphur, 5.75 wt.% bio components	EU-27	agg	PE
Diesel mix at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 15 ppm sulphur, 1.2 wt.% bio components	US	agg	PE
Diesel mix at refinery from crude oil, fuel supply; production mix, at refinery; 10 ppm sulphur	AU	agg	PE
Diesel mix at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 500 ppm sulphur, 5 wt.% bio components	BR	agg	PE
Diphenylmethane-4.4 di-isocyanate (MDI) technology mix; production mix, at plant	RER	agg	PlasticsEurope
EAF Steel billet / Slab / Bloom EAF route; production mix, at producer; Crude steel	DE	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	PT	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	AT	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	LU	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	GR	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	DK	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	US	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	CH	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	NO	agg	PE
Electricity from biogas AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	PT	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	AT	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	DK	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	US	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	CH	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	NO	agg	PE
Electricity from biomass (solid) AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	AT	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	US	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	NO	agg	PE
Electricity from coal gases AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from geothermal AC; production mix, at power plant; 230V	PT	agg	PE
Electricity from geothermal AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from geothermal AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	PT	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	AT	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	DK	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	US	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	NO	agg	PE
Electricity from hard coal AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	PT	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	AT	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	GR	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	DK	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	US	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	CH	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	NO	agg	PE
Electricity from heavy fuel oil (HFO) AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	PT	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	AT	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	LU	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	GR	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	US	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	CH	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	NO	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from hydro power AC; production mix, at power plant; 230V	EU-27	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	GR	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	US	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from lignite AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	PT	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	AT	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	LU	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	IT	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	GR	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	DK	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	US	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	CH	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	AU	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	NO	agg	PE
Electricity from natural gas AC; production mix, at power plant; 230V	NZ	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	GB	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	ES	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	NL	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	FR	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	BE	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	SE	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	DE	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	US	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	CH	agg	PE
Electricity from nuclear AC; production mix, at power plant; 230V	BR	agg	PE
Electricity from peat AC; production mix, at power plant; 230V	FI	agg	PE
Electricity from photovoltaic AC; technology mix	DE	agg	PE
Electricity from photovoltaic AC; technology mix	IT	agg	PE
Electricity from photovoltaic AC; technology mix	US	agg	PE
Electricity from photovoltaic AC; technology mix	AU	agg	PE
Electricity from photovoltaic AC; technology mix	ES	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	DE	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	GB	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	ES	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	PT	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	AT	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	NL	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	LU	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	IT	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	GR	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	FR	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	FI	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	DK	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	BE	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	SE	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	US	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	CH	agg	PE
Electricity from waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; production mix, at plant	NO	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	DE	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	ES	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	PT	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	AT	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	NL	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	LU	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	IT	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	GR	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	FR	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	FI	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	DK	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	BE	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	SE	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	US	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	GLO	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	AU	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	BR	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	GB	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	NO	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	NZ	agg	PE
Electricity from wind power AC; production mix, at power plant; <1kV	RER	agg	PE
Electricity grid mix AC; consumption mix, at power plant; 230V	DE	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	AT	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	BE	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	DK	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	FI	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	FR	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	GR	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	IE	agg	PE
Electricity grid mix AC; consumption mix, at consumer; < 1kV	EU-27	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	IT	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	LU	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	NL	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	PT	agg	PE
Electricity grid mix AC; Consumption mix, at consumer; 230V	ES	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	SE	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	GB	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	RO	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	NO	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 220V	IS	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	CZ	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	HU	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	PL	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	SK	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	SI	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	BG	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	US	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	CH	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	BR	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	ENTSO	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	AU	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	EE	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	CY	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	LT	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	LV	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	MT	agg	PE
Electricity grid mix AC; consumption mix, at consumer; 230V	NZ	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	AT	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	BE	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	BG	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	CY	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	CZ	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	DE	agg	PE
Electricity grid mix 1kV-60kV AC; Consumption mix, at consumer; 1kV - 60kV	DK	agg	PE
Electricity grid mix 1kV-60kV AC; Consumption mix, at consumer; 1kV - 60kV	EE	agg	PE
Electricity grid mix 1kV-60kV AC; Consumption mix, at consumer; 1kV - 60kV	ES	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	EU-27	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	FI	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	FR	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	GR	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	IE	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	IT	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	LU	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	NL	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	PT	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	SE	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	GB	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	HU	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	LT	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	LV	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	MT	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	PL	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	SK	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	SI	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	RO	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	IS	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	NO	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	ENTSO	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	CH	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	AU	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	BR	agg	PE
Electricity grid mix 1kV-60kV AC; consumption mix, at consumer; 1kV - 60kV	NZ	agg	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	AT	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	AU	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	BE	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	BR	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	CH	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	DE	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	DK	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	ES	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	FI	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	FR	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	GB	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	GR	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	IT	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	LU	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	NL	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	NO	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	NZ	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	PT	e-ep	PE
Electricity mix (energy carriers, generic) technology mix; production mix, at producer	SE	e-ep	PE
Electricity mix (energy carriers, generic, egrid) technology mix; production mix, at producer	US	e-ep	PE
Electricity transfer technology mix; production mix, at producer	GLO	e-ep	PE
EPDM seal waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
EPDM seal waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Epoxy resin technology mix; production mix, at plant	RER	agg	PlasticsEurope
Ethanol hydrogenation with nitric acid; production mix, at producer; 96 % concentrated	DE	agg	PE
Ethene (ethylene) steam cracker; production mix, at producer	DE	agg	PE
Ethene (ethylene) steam cracker; production mix, at producer	GB	agg	PE
Ethene (ethylene) steam cracker; production mix, at producer	IT	agg	PE
Ethene (ethylene) steam cracker; production mix, at producer	NO	agg	PE
Ethene (ethylene) steam cracker; production mix, at producer	EU-27	agg	PE
Ethene (ethylene) from steam cracking; production mix, at plant	RER	agg	PlasticsEurope
Ethene (europ. Pipeline) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Ethine (acetylene) Sachsse-Bartholome process; production mix, at producer	DE	agg	PE
Ethyl benzene technology mix; production mix, at plant	RER	agg	PlasticsEurope
Ethylene glycol from ethene and oxygen via EO; production mix, at producer	DE	agg	PE
Ethylene glycol from ethene and oxygen via EO; production mix, at producer	NL	agg	PE
Ethylene oxide (EO) via air oxidation of ethylene with air; production mix, at producer	DE	agg	PE
Excavator technology mix; production mix; 100 kW, construction	GLO	e-ep	PE
Excavator technology mix; production mix; 500 kW, mining	GLO	e-ep	PE
Ferro chrome mix primary production; consumption mix, at consumer; 60 % chrome, high carbon	DE	agg	PE
Ferro manganese primary production; production mix, at plant; 77 % manganese, high carbon	ZA	agg	PE
Ferro manganese primary production; production mix, at plant; 90 % manganese, low carbon	ZA	agg	PE
Ferro nickel primary production; production mix, at plant; 29 % nickel	DE	agg	PE
Ferro silicon mix primary production; production mix, at plant; 91 %, silicon	GLO	agg	PE
Final manufacturing (carbon steel product)	GLO	e-ep
Final manufacturing (stainless steel product)	GLO	e-ep
Float flat glass technology mix; production mix, at producer	EU-27	agg	PE
Formaldehyde dehydrogenation of methanol; production mix, at producer; 37 % HCHO	DE	agg	PE
Gasoline E10 (premium) from crude oil and bio components, fuel supply; production mix, at refinery; 10 ppm sulphur, 10 wt.% bio components (E10)	DE	agg	PE
Gasoline mix (premium) at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 10 ppm sulphur, 5.75 wt.% bio components	EU-27	agg	PE
Gasoline mix (premium) at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 10 ppm sulphur, 5-10 wt.% bio components	DE	agg	PE
Gasoline mix (premium) at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 30 ppm sulphur, 5.3 wt.% bio components	US	agg	PE
Gasoline mix (premium) at refinery from crude oil, fuel supply; production mix, at refinery; 10 ppm sulphur	AU	agg	PE
Gasoline mix (premium) at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 500 ppm sulphur, (total) 25 wt.% bio components	BR	agg	PE
Gasoline mix (regular) at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 10 ppm sulphur, 5.75 wt.% bio components	EU-27	agg	PE
Gasoline mix (regular) at refinery from crude oil and bio components, fuel supply; production mix, at refinery; 30 ppm sulphur, 5.3 wt.% bio components	US	agg	PE
Gasoline mix (regular) at refinery Gasoline A (Super); production mix, at refinery; 200 ppm	BR	agg	PE
Gasoline mix (regular) at refinery from crude oil, fuel supply; production mix, at refinery; 10 ppm sulphur	AU	agg	PE
Glass fibres technology mix; production mix, at plant	DE	agg	PE
Glass wool fleece; production mix, at plant; density between 10 to 100 kg/m3	RER	agg	PE
Gravel 2/32 wet and dry quarry; production mix, at plant; undried	RER	agg	PE
Gypsum plaster (CaSO4 alpha semidydrates) via calcination of calcium sulphate dihydrate; production mix, at plant; grinded and purified product	DE	agg	PE
Gypsum plaster (CaSO4 beta semihydrates) technology mix of natural gypsum (45%) and gypsum from flue gas desulphurisation (55%); production mix, at plant; grinded and purified product	DE	agg	PE
Gypsum plasterboard technology mix of plasterboard production; production mix at factory; 10kg/m2	EU-27	agg	ELCD/EUROGYPSUM
Gypsum stone (CaSO4-Dihydrate) underground and open pit mining; production mix, at plant; grinded and purified product	DE	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	US	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	GB	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	AU	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	DE	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	AT	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	NL	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	IT	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	FR	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	BE	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	BR	agg	PE
Hard coal mix technology mix; consumption mix, at consumer	EU-27	agg	PE
HDPE injection moulding	EU-25	e-ep	PlasticsEurope
HDPE pipe extrusion	EU-25	e-ep	PlasticsEurope
Heat residential heating systems from natural gas, condensing boiler, max. heat output 14,9 kW; consumption mix, at consumer; at a temperature level of 55°C	EU-27	agg	PE
Heat residential heating systems from wood pellets, boiler, max. heat output 14,9 kW; consumption mix, at consumer; at a temperature level of 70°C	EU-27	agg	PE
Heat residential heating systems from light fuel oil (low sulphur), condensing boiler, max. heat output 14,9 kW; consumption mix, at consumer; at a temperature level of 55°C	EU-27	agg	PE
Heavy fuel oil at refinery (0.3wt.% S) from crude oil, fuel supply; production mix, at refinery; 0.3 wt.% sulphur	US	agg	PE
Heavy fuel oil at refinery (1.0 wt.% S) from crude oil, fuel supply; production mix, at refinery; 1 wt.% sulphur	DE	agg	PE
Heavy fuel oil at refinery (1.0 wt.% S) from crude oil, fuel supply; production mix, at refinery; 1 wt.% sulphur	AU	agg	PE
Heavy fuel oil at refinery (1.0 wt.% S) from crude oil, fuel supply; production mix, at refinery; 1 wt.% sulphur	BR	agg	PE
Heavy fuel oil at refinery (1.0wt.% S) from crude oil, fuel supply; production mix, at refinery; 1 wt.% sulphur	EU-27	agg	PE
Hexamethylenediamine (HMDA; via adipic acid) via adipic acid; production mix, at producer	DE	agg	PE
High impact polystyrene granulate (HI PS) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Hydrochloric acid primarily from chlorine; production mix, at producer; 32 % concentrated	DE	agg	PE
Hydrochloric acid mix technology mix; consumption mix, at consumer; 100%	DE	agg	PE
Hydrocyanic acid (prussic acid) Andrussow process; production mix, at producer	DE	agg	PE
Hydrogen Steam reforming - natural gas; production mix, at producer	DE	agg	PE
Hydrogen technology mix; production mix, at producer	DE	agg	PE
Hydrogen Steam reforming - natural gas; production mix, at producer	NL	agg	PE
Hydrogen Steam reforming - heavy fuel oil; production mix, at producer	NL	agg	PE
Hydrogen Steam reforming - heavy fuel oil; production mix, at producer	DE	agg	PE
Hydrogen via steam cracker; production mix, at plant	RER	agg	PlasticsEurope
Hydrogen via electrolysis; production mix, at plant	RER	agg	PlasticsEurope
Hydrogen technology mix; production mix, at plant	RER	agg	PlasticsEurope
Hydrogen (Europipeline) via Europipeline; production mix, at producer; 1 kg	RER	agg	PE
Hydrogen chloride technology mix; production mix for PVC production, at plant	RER	t-agg	ELCD/PlasticsEurope
Hydrogen cyanide (prussic acid) technology mix; production mix, at producer	DE	agg	PE
Hydrogen cyanide (prussic acid) technology mix; production mix, at producer	NL	agg	PE
Hydrogen cyanide (prussic acid) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Hydrogen fluoride conversion of dried fluorspar; production mix, at producer	DE	agg	PE
Hydrogen peroxide anthraquinone process; production mix, at producer; 50%; H2O2	DE	agg	PE
Hydrogen peroxide anthraquinone process; production mix, at producer; 50%; H2O2	NL	agg	PE
Hydrogen peroxide anthraquinone process; production mix, at producer; 50%; H2O2	FR	agg	PE
Hydrogen peroxide anthraquinone process; production mix, at producer; 50%; H2O2	BE	agg	PE
Hydrogen peroxide (100%; H2O2) (Hydrogen from steam cracker) anthraquinone process; production mix, at producer; 100%; H2O2	DE	agg	PE
Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming) anthraquinone process; production mix, at producer; 100%; H2O2	BE	agg	PE
Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming) anthraquinone process; production mix, at producer; 100%; H2O2	DE	agg	PE
Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming) anthraquinone process; production mix, at producer; 100%; H2O2	FR	agg	PE
Hydrogen peroxide (100%; H2O2) (Hydrogen from steam reforming) anthraquinone process; production mix, at producer; 100%; H2O2	NL	agg	PE
Isopropanol indirect hydrogenation; production mix, at producer	DE	agg	PE
Kaolin technology mix; production mix, at plant	DE	agg	PE
Kerosene / Jet A1 at refinery from crude oil, fuel supply; production mix, at refinery; 400 ppm sulphur	DE	agg	PE
Kerosene / Jet A1 at refinery from crude oil, fuel supply; production mix, at refinery; 0.1 wt.% sulphur	US	agg	PE
Kerosene / Jet A1 at refinery from crude oil, fuel supply; production mix, at refinery; 0.1 wt.% sulphur	AU	agg	PE
Kerosene / Jet A1 at refinery from crude oil, fuel supply; production mix, at refinery; 0.25 wt.% sulphur	BR	agg	PE
Kerosene / Jet A1 at refinery from crude oil, fuel supply; production mix, at refinery; 480 ppm sulphur	EU-27	agg	PE
Landfill (Commercial waste for municipal disposal; AT, DE, IT, LU, NL, SE, CH) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill (Commercial waste for municipal disposal; BE, DK) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill (Commercial waste for municipal disposal; ES, GR, PT) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill (Commercial waste for municipal disposal; FR, UK, FI, NO) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill (Municipal household waste; AT, DE, IT, LU, NL, SE, CH) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill (Municipal household waste; BE, DK) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill (Municipal household waste; ES, GR, PT) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill (Municipal household waste; FR, UK, FI, NO) landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; at landfill site	RER	t-agg	PE
Landfill for inert matter (Glass) landfill including leachate treatment and without collection, transport and pre-treatment; at landfill site	RER	agg	PE
Landfill of biodegradable waste landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	t-agg	PE
Landfill of ferro metals landfill including leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	t-agg	PE
Landfill of glass/inert waste landfill including leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	agg	PE
Landfill of municipal solid waste landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; AT, DE, IT, LU, NL, SE, CH technology mix, at landfill site	EU-27	t-agg	PE
Landfill of municipal solid waste landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; ES, GR, PT technology mix, at landfill site	EU-27	t-agg	PE
Landfill of municipal solid waste landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; BE, DK technology mix, at landfill site	EU-27	t-agg	PE
Landfill of municipal solid waste landfill including landfill gas utilisation and leachate treatment, without collection, transport and pre-treatment; FR, GB, IE, FI, NO production mix, at producer, at landfill site	EU-27	t-agg	PE
Landfill of paper waste landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	t-agg	PE
Landfill of plastic waste landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	t-agg	PE
Landfill of textiles landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	t-agg	PE
Landfill of untreated wood landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	t-agg	PE
Landfill of wood products (OSB, particle board) landfill including landfill gas utilisation and leachate treatment and without collection, transport and pre-treatment; at landfill site	EU-27	t-agg	PE
Large Engine ship technology mix, diesel driven, cargo; production mix; 3000t payload capacity / upstream	GLO	e-ep	PE
Large Engine ship technology mix, diesel driven, cargo; production mix; 3000t payload capacity / canal	GLO	e-ep	PE
Large Engine ship technology mix, diesel driven, cargo; production mix; 3000t payload capacity / downstream	GLO	e-ep	PE
Lead primary production; consumption mix, at consumer	DE	agg	PE
Lead (99,995%) primary production; production mix, at plant; 99,995 % Pb	DE	agg	PE
Light fuel oil at refinery from crude oil, fuel supply; production mix, at refinery; 0.1 wt.% sulphur	DE	agg	PE
Light fuel oil at refinery from crude oil, fuel supply; production mix, at refinery; 0.1 wt.% sulphur	EU-27	agg	PE
Light fuel oil at refinery from crude oil, fuel supply; production mix, at refinery; 0.05 wt.% sulphur	US	agg	PE
Light fuel oil at refinery from crude oil, fuel supply; production mix, at refinery; 0.1 wt.% sulphur	AU	agg	PE
Light fuel oil at refinery from crude oil, fuel supply; production mix, at refinery; 0.3 wt.% sulphur	BR	agg	PE
Lightweight concrete block expanded clay as base material; production mix, at plant	RER	agg	PE
Lignite mix technology mix; consumption mix, at consumer	US	agg	PE
Lignite mix technology mix; consumption mix, at consumer	FR	agg	PE
Lignite mix technology mix; consumption mix, at consumer	DE	agg	PE
Lignite mix technology mix; consumption mix, at consumer	AU	agg	PE
Lignite mix technology mix; consumption mix, at consumer	EU-27	agg	PE
Lime (CaO; finelime) technology mix; production mix, at plant	DE	agg	PE
Lime (CaO; quicklime lumpy) technology mix; production mix, at plant	DE	agg	PE
Limestone (CaCO3; washed) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (0.1mm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (0.2mm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (0.5µm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (0.5mm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (1µm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (10µm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (1mm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (2µm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (20µm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (2mm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (5µm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (50µm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (5mm) technology mix; production mix, at plant	DE	agg	PE
Limestone flour (CaCO3; dried) technology mix; production mix, at plant	DE	agg	PE
Liquefied Petroleum Gas (LPG) (70% propane, 30% butane) Mix, (70% propane, 30% butane); production mix, at refinery	EU-27	agg	PE
Liquefied Petroleum Gas (LPG) (70% propane, 30% butane) Mix, (70% propane, 30% butane); production mix, at refinery	DE	agg	PE
Liquid Packaging Board (LPB) technology mix; production mix, at plant; mineral coated LPB (n=4), basis weight: 266 g/m2	EU-27	agg	ELCD/ACE
LNG tanker heavy fuel oil driven, cargo; technology mix; 100 dwt payload capacity, ocean going	GLO	e-ep	PE
Lorry (22t) incl. fuel technology mix, diesel driven, cargo	RER	agg	ELCD
Lorry transport Euro 0, 1, 2, 3, 4 mix; production mix; 22 t total weight, 17,3t max payload	RER	agg	PE
Lubes at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Lubes at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
Lubes at refinery from crude oil, fuel supply; production mix, at refinery	AU	agg	PE
Lubes at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
Magnesium primary production; production mix, at plant	CN	agg	PE
Melamine Stami carbon process; production mix, at producer	DE	agg	PE
Methane technology mix; production mix, at producer	DE	agg	PE
Methyl methacrylate (MMA) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Methylene diisocyanate (MDI) phosgenation of methylenedianiline; production mix, at producer	DE	agg	PE
Methylmethacrylate (MMA, recycling of spent acid) recycling of spent acid; production mix, at producer	DE	agg	PE
Methylmethacrylate (MMA, recycling of spent acid) recycling of spent acid; production mix, at producer	IT	agg	PE
Mining Truck technology mix; production mix; 220 t payload, 1.700 kW	RER	agg	PE
Mining Truck technology mix; production mix; 220 t payload, 1.700 kW	GLO	e-ep	PE
Motor ship technology mix, diesel driven, cargo; production mix; 1500t payload capacity / upstream	GLO	e-ep	PE
Motor ship technology mix, diesel driven, cargo; production mix; 1500t payload capacity / downstream	GLO	e-ep	PE
Motor ship technology mix, diesel driven, cargo; production mix; 1100t payload capacity / upstream	GLO	e-ep	PE
Motor ship technology mix, diesel driven, cargo; production mix; 1100t payload capacity / canal	GLO	e-ep	PE
Motor ship technology mix, diesel driven, cargo; production mix; 1100t payload capacity / downstream	GLO	e-ep	PE
Municipal waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Municipal waste waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Municipal waste water treatment (agricultural sludge application) technology mix; production mix, at producer	DE	agg	PE
Municipal waste water treatment (sludge incineration) technology mix; production mix, at producer	DE	agg	PE
Naphtha technology mix; production mix, at plant	RER	agg	PlasticsEurope
Naphtha at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Naphtha at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
Naphtha at refinery from crude oil, fuel supply; production mix, at refinery	AU	agg	PE
Naphtha at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
Natural gas technology mix; production mix, at plant	RER	agg	PlasticsEurope
Natural gas mix technology mix; consumption mix, at consumer	DE	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	US	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	AT	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	BE	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	FR	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	EU-27	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	IT	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	NL	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	GB	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	PT	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	CH	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	AU	agg	PE
Natural gas mix technology mix; consumption mix, at consumer	BR	agg	PE
Nitric acid (60%) oxidation of ammonia; production mix, at producer; 60%	DE	agg	PE
Nitric acid (98%) oxidation of ammonia; production mix, at producer; 98%	DE	agg	PE
Nitrobenzene from benzene via nitration; production mix, at producer	DE	agg	PE
Nitrogen via cryogenic air separation; production mix, at producer; gaseous	DE	agg	PE
Nitrogen via cryogenic air separation; production mix, at plant; gaseous	EU-27	agg	PE
Nitrogen via cryogenic air separation; production mix, at producer; gaseous	NL	agg	PE
Nitrogen via cryogenic air separation; production mix, at producer; liquid	NL	agg	PE
Nitrogen via cryogenic air separation; production mix, at producer; liquid	DE	agg	PE
Nylon 6 granulate (PA 6) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Nylon 6.6 GF30 compound (PA 6.6 GF30) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Nylon 6.6 granulate (PA 6.6) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Oil tanker heavy fuel oil driven, cargo; technology mix; average, ocean going	GLO	e-ep	PE
Oil tanker light fuel oil driven, cargo; technology mix; average, coastal	GLO	e-ep	PE
Oil tanker heavy fuel oil driven, cargo; technology mix; 10.000 - 300.000 dwt payload capacity, ocean going	GLO	e-ep	PE
Oil tanker light fuel oil driven, cargo; technology mix; 500 to 20000 dwt payload capacity, coastal	GLO	e-ep	PE
Oriented strand board OSB III; production mix, at plant; 4,8% water content	EU-27	agg	PE
Oxygen via cryogenic air separation; production mix, at producer; gaseous	DE	agg	PE
Oxygen via cryogenic air separation; production mix, at producer; liquid	DE	agg	PE
Oxygen via cryogenic air separation; production mix, at producer; gaseous	NL	agg	PE
Oxygen via cryogenic air separation; production mix, at producer; liquid	NL	agg	PE
Oxygen via cryogenic air separation; production mix, at plant; gaseous	EU-27	agg	PE
o-Xylene technology mix; production mix, at producer	DE	agg	PE
Paper / Cardboard waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Paper / Cardboard waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Particle board P2 (Standard FPY); production mix, at plant; 7,8% water content	EU-27	agg	PE
Particle board P5 (V100); production mix, at plant; 7,8% water content	EU-27	agg	PE
Particle board in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Particle board in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Pentane technology mix; production mix, at plant	RER	agg	PlasticsEurope
PET injection stretch blow moulding	EU-25	e-ep	PlasticsEurope
Petrol coke at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Petrol coke at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
Petrol coke at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
PEX pipe extrusion	EU-25	e-ep	PlasticsEurope
Phenol from cumene; production mix, at producer	DE	agg	PE
Phenol hydroxy benzene; production mix, at producer	NL	agg	PE
Phenol from cumene; production mix, at producer	IT	agg	PE
Phenol hydroxy benzene; production mix, at plant	RER	agg	PlasticsEurope
Pine log with bark (79% moisture / 44% water content) refostered managed forest; production mix entry to saw mill, at plant; 79% moisture / 44% water content	DE	agg	PE
Pipeline technology mix, electricity driven, cargo; production mix; gradient 0m/km / 0,4-0,6m	GLO	e-ep	PE
Pipeline technology mix, electricity driven, cargo; production mix; gradient 0m/km / 0,7-1m	GLO	e-ep	PE
Pipeline technology mix, electricity driven, cargo; production mix; gradient 4m/km / 0,4-0.6m	GLO	e-ep	PE
Pipeline technology mix, electricity driven, cargo; production mix; gradient 4m/km / 0,7-1m	GLO	e-ep	PE
Pipeline average technology mix, electricity driven, cargo; production mix	GLO	e-ep	PE
Plane (cargo) incl. fuel technology mix, kerosene driven, cargo; production mix, at producer; 65 t payload	RER	agg	PE
Plastic injection moulding part (unspecific) technology mix; production mix, at producer	DE	e-ep	PE
Plastic packaging waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Plastic packaging in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyacrylonitrile Fibres (PAN) from acrylonitrile and methacrylate; production mix, at plant; PAN without additives	EU-27	agg	PE
Polyamide (PA) 6 waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	agg	PE
Polyamide (PA) 6 waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	agg	PE
Polyamide (PA) 6 GF waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polyamide (PA) 6 GF waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyamide (PA) 6.6 waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polyamide (PA) 6.6 waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyamide (PA) 6.6 GF waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polyamide (PA) 6.6 GF waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyamide 6 GF30 (PA 6 GF30) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
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-27	agg	PE
Polybutadiene (PB) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polybutadiene (PB) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polybutadiene granulate (PB) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polycarbonate (PC) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polycarbonate (PC) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polycarbonate Granulate (PC) Interfacial process; production mix, at producer	DE	agg	PE
Polycarbonate granulate (PC) technology mix; production mix, at plant	EU-25	agg	PlasticsEurope
Polyester Resin unsaturated (UP) technology mix; production mix, at producer	DE	agg	PE
Polyether polyol technology mix; production mix, at producer	FR	agg	PE
Polyether polyol technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene (PE) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polyethylene (PE) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyethylene bottle (PE-HD) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene bottle (PE-LD) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene film (PE-LD) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene high density granulate (PE-HD) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polyethylene High Density Granulate (PE-HD) Mix technology mix; production mix, at producer	DE	agg	PE
Polyethylene Linear Low Density Granulate (PE-LLD) technology mix; consumption mix, at consumer	RER	agg	PE
Polyethylene low density granulate (PE-LD) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polyethylene low linear density granulate (PE-LLD) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polyethylene pipe (PE-HD) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene terephthalate (PET) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polyethylene terephthalate (PET) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyethylene terephthalate bottle (PET) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene terephthalate fibres (PET) via dimethyl terephthalate (DMT); production mix, at plant; PET granulate without additives	EU-27	agg	PE
Polyethylene terephthalate film (packed) (PET) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene terephthalate film (PET) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyethylene Terephthalate Granulate (PET) via DMT technology mix; production mix, at producer	DE	agg	PE
Polyethylene terephthalate granulate (PET, amorph) technology mix; production mix, at plant; amorphous	RER	t-agg	ELCD/PlasticsEurope
Polyethylene terephthalate, granulate, bottle grade, at plant	RER	agg	PlasticsEurope
Polyisocyanurate (PIR high-density foam) technology mix; production mix, at producer	RER	agg	PE
Polymethylmethacrylate (PMMA) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polymethylmethacrylate (PMMA) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polymethylmethacrylate granulate (PMMA) technology mix; production mix, at producer	DE	agg	PE
Polymethylmethacrylate sheet (PMMA) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polymethylmethacrylate-ball (PMMA) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polypropylene (PP) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polypropylene (PP) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polypropylene / Ethylene Propylene Diene Elastomer Granulate (PP/EPDM) Mix technology mix; consumption mix, at consumer	DE	agg	PE
Polypropylene fibers (PP) crude oil based; production mix, at plant; without additives	EU-27	agg	PE
Polypropylene film (PP) technology mix; production mix, at plant; extended PP	RER	agg	PlasticsEurope
Polypropylene GMT part technology mix; production mix, at producer	DE	agg	PE
Polypropylene granulate (PP) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polypropylene granulate (PP) mix technology mix; consumption mix, at consumer	DE	agg	PE
Polypropylene injection moulding part (PP) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polystyrene (PS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polystyrene (PS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polystyrene expandable granulate (EPS) technology mix; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polystyrene granulate (PS) technology mix; production mix, at plant; crystal form is pure polystyrene with few additives, used when clarity is required even though it is very brittle	RER	t-agg	ELCD/PlasticsEurope
Polystyrene granulate (PS) mix technology mix; consumption mix, at consumer; expandable	DE	agg	PE
Polystyrene High Impact Granulate (HI-PS) Mix technology mix; production mix, at producer	DE	agg	PE
Polystyrene part (PS) technology mix; production mix, at plant; thermoformed	RER	agg	PlasticsEurope
Polyurethane (PU) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polyurethane (PU) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyurethane flexible foam (PU) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyurethane rigid foam (PU) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyvinyl chloride (PVC) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Polyvinyl chloride (PVC) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Polyvinyl chloride film (PVC) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyvinyl Chloride Granulate (Suspension; S-PVC) Mix technology mix; production mix, at producer	DE	agg	PE
Polyvinyl chloride sheet (PVC) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyvinylchloride granulate (Emulsion, E-PVC) emulsion polymerisation; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polyvinylchloride granulate (Suspension, S-PVC) suspension polymerisation; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polyvinylchloride injection moulding part (PVC) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyvinylchloride pipe (PVC) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Polyvinylchloride resin (B-PVC) bulk polymerisation; production mix, at plant	RER	t-agg	ELCD/PlasticsEurope
Polyvinylidene chloride (PVdC) technology mix	RER	agg	PlasticsEurope
Populated printed wiring board (after RoHS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Populated printed wiring board (after RoHS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Populated printed wiring board (before RoHS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Populated printed wiring board (before RoHS) waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Portland cement (CEM I) CEMBUREAU technology mix, EN 197-1; CEMBUREAU production mix, at plant	RER	agg	ELCD/CEMBUREAU
Power technology mix; production mix, at plant	RER	agg	PlasticsEurope
PP injection moulding	EU-25	e-ep	PlasticsEurope
PP pipe extrusion	EU-25	e-ep	PlasticsEurope
Pre-cast concrete minimum reinforcement; production mix, at plant; concrete type C20/25, without consideration of casings	RER	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EU-27	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	US	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SE	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NZ	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NL	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GB	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FI	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DK	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DE	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BR	agg	PE
Process steam from biomass (solid) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AT	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EU-27	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	US	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	SE	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NZ	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NL	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GB	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	FI	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DK	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DE	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BR	agg	PE
Process steam from biomass (solid) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AT	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EU-27	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	US	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SE	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NZ	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NL	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GB	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	FI	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DK	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DE	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BR	agg	PE
Process steam from biomass (solid) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AT	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DE	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	US	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NO	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NL	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	IT	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GB	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FR	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BR	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BE	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AU	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EU-27	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NZ	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DK	agg	PE
Process steam from hard coal 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AT	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DE	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	US	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NO	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NL	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	IT	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GB	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	FR	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BE	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EU-27	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NZ	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DK	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BR	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AU	agg	PE
Process steam from hard coal 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AT	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EU-27	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	US	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SE	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NZ	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NO	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NL	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	IT	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GB	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	FR	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	FI	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	ES	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DK	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DE	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BR	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BE	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AU	agg	PE
Process steam from hard coal 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AT	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BR	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AU	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SK	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SI	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EU-27	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	US	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SE	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NZ	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NO	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NL	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	IT	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GB	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FR	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FI	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	ES	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DK	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DE	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CH	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BE	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AT	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	RO	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	PT	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	PL	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	LT	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	IE	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	HU	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GR	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EE	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CZ	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CY	agg	PE
Process steam from heavy fuel oil (HFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BG	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	US	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NO	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NL	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	IT	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GB	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	FR	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DE	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BR	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BE	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AU	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	SK	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	SI	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	RO	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	PT	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	PL	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	LT	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	IE	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	HU	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GR	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BG	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CY	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CZ	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EE	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EU-27	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NZ	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DK	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CH	agg	PE
Process steam from heavy fuel oil (HFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AT	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	US	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NO	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NL	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	IT	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GB	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	FR	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DE	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BE	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SK	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SI	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EU-27	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NZ	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DK	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CH	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BR	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AU	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AT	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	RO	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	PT	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	PL	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	LT	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	IE	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	HU	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GR	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EE	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CZ	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CY	agg	PE
Process steam from heavy fuel oil (HFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BG	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BR	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AU	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SK	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SI	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EU-27	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	US	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SE	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NZ	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NO	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NL	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	IT	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GB	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FR	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FI	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	ES	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DK	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DE	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CH	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BE	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AT	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	RO	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	PT	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	PL	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	LT	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	IE	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	HU	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GR	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EE	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CZ	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CY	agg	PE
Process steam from light fuel oil (LFO) 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BG	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DE	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	IT	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	FR	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NL	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GB	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	US	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NO	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BR	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BE	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AU	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	SK	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	SI	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	RO	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	PT	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	PL	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	LT	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	IE	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	HU	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GR	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BG	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CY	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CZ	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EE	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EU-27	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NZ	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DK	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CH	agg	PE
Process steam from light fuel oil (LFO) 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AT	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DE	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NL	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EU-27	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	IT	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	FR	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BE	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GB	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	US	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NO	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SK	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SI	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	RO	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NZ	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DK	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CH	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BR	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AU	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AT	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	PT	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	PL	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	LT	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	IE	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	HU	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GR	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EE	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CZ	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CY	agg	PE
Process steam from light fuel oil (LFO) 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BG	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AU	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BR	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SK	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SI	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	RO	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EU-27	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	US	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	SE	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NZ	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NO	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	NL	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	LU	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	IT	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GB	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FR	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	FI	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	ES	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DK	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	DE	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CH	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BE	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	AT	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	PT	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	PL	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	LV	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	LT	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	IE	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	HU	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	GR	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	EE	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	CZ	agg	PE
Process steam from natural gas 85% technology mix; consumption mix, at power plant; MJ, 85% efficiency	BG	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DE	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BE	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	FR	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NL	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	IT	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GB	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AU	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	US	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NO	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BR	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	ES	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	BG	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CZ	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EE	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	HU	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	LT	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	LV	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	PL	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	PT	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	RO	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	SI	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	SK	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	EU-27	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	GR	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	IE	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	NZ	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	DK	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	CH	agg	PE
Process steam from natural gas 90% technology mix; consumption mix, at power plant; MJ, 90 % efficiency	AT	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DE	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	FR	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NL	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BE	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	US	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NO	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	IT	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GB	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SK	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	SI	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	RO	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EU-27	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	NZ	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	ES	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	DK	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CH	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BR	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AU	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	AT	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	PT	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	PL	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	LV	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	LT	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	IE	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	HU	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	GR	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	EE	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	CZ	agg	PE
Process steam from natural gas 95% technology mix; consumption mix, at power plant; MJ, 95% efficiency	BG	agg	PE
Process water ion exchange; production mix, at plant; from groundwater	RER	agg	PE
Process water ion exchange; production mix, at plant; from surface water	RER	agg	PE
Propene (propylene) steam cracker; production mix, at producer	DE	agg	PE
Propene (propylene) steam cracker; production mix, at producer	IT	agg	PE
Propene (propylene) steam cracker; production mix, at producer	NO	agg	PE
Propene (propylene) steam cracker; production mix, at plant; gaseous	EU-27	agg	PE
Propene (propylene) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Propene (Propylene, Pipeline) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Propylene at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
Propylene at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Propylene at refinery from crude oil, fuel supply; production mix, at refinery	AU	agg	PE
Propylene at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
Propylene glycol via PO-hydrogenation; production mix, at producer	DE	agg	PE
Propylene glycol via PO-hydrogenation; production mix, at producer	NL	agg	PE
Propylene oxide (Chlorohydrin process with Ca(OH)2) Ca(OH)2 neutralisation; production mix, at producer	DE	agg	PE
Propylene Oxide (Chlorohydrin Process with Cell Liquor) Cell liquor neutralisation; production mix, at producer	DE	agg	PE
Propylene oxide (Oxirane process) Oxirane process by-product t-butanol; production mix, at producer	DE	agg	PE
PVC film (calendering)	EU-25	e-ep	PlasticsEurope
PVC injection moulding	EU-25	e-ep	PlasticsEurope
PVC pipe extrusion	EU-25	e-ep	PlasticsEurope
p-Xylene (from reformate) from reformate; production mix, at producer	DE	agg	PE
p-Xylene (from reformate) from reformate; production mix, at producer	NL	agg	PE
Pyrolysis gas technology mix; production mix, at plant	RER	agg	PlasticsEurope
Rail transport diesel driven, cargo; technology mix; average train, gross tonne weight 1000t / 726t payload capacity	RER	agg	PE
Rail transport cargo - average electricity and diesel driven, cargo; technology mix; average train, gross tonne weight 1000t / 726t payload capacity	GLO	e-ep	PE
Rail transport cargo - average electricity and diesel driven, cargo; technology mix; light train, gross tonne weight 500t / 363t payload capacity	GLO	e-ep	PE
Rail transport cargo - average electricity and diesel driven, cargo; technology mix; extra large train, gross tonne weight 2000t / 1452t payload capacity	GLO	e-ep	PE
Rail transport cargo - Diesel diesel driven, cargo; technology mix; average train, gross tonne weight 1000t / 726t payload capacity	GLO	e-ep	PE
Rail transport cargo - Diesel diesel driven, cargo; technology mix; light train, gross tonne weight 500t / 363t payload capacity	GLO	e-ep	PE
Rail transport cargo - Diesel diesel driven, cargo; technology mix; extra large train, gross tonne weight 2000t / 1452t payload capacity	GLO	e-ep	PE
Rail transport cargo - Electric electricity driven, cargo; technology mix; average train, gross tonne weight 1000t / 726t payload capacity	GLO	e-ep	PE
Rail transport cargo - Electric electricity driven, cargo; technology mix; light train, gross tonne weight 500t / 363t payload capacity	GLO	e-ep	PE
Rail transport cargo - Electric electricity driven, cargo; technology mix; extra large train, gross tonne weight 2000t / 1452t payload capacity	GLO	e-ep	PE
Rail transport incl. fuel electricity driven, cargo; technology mix; average train, gross tonne weight 1000t / 726t payload capacity	RER	agg	PE
Red brass brass recycling route; production mix, at plant	RER	agg	PE
Refinery gas at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
Refinery gas at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Refinery gas at refinery from crude oil, fuel supply; production mix, at refinery	AU	agg	PE
Refinery gas at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
River freight ship technology mix, diesel driven, cargo; production mix; 4000t payload capacity /upstream	GLO	e-ep	PE
River freight ship technology mix, diesel driven, cargo; production mix; 4000t payload capacity /downstream	GLO	e-ep	PE
Rock wool fleece; production mix, at plant; density between 30 to 180 kg/m3	RER	agg	PE
Ro-ro-ship light fuel oil driven, cargo; technology mix; 1200 to 10000 dwt payload capacity	GLO	e-ep	PE
Sand 0/2 wet and dry quarry; production mix, at plant; undried	RER	agg	PE
Sheet Moulding Compound resin mat (SMC) technology mix; production mix, at producer	DE	agg	PE
Silica sand (Excavation and processing) technology mix; production mix, at plant	DE	agg	PE
Silica sand (flour) technology mix; production mix, at plant	DE	agg	PE
Silicon mix (99%) technology mix; production mix, at plant	GLO	agg	PE
Small lorry (7.5t) incl. fuel technology mix, diesel driven, cargo; 7,5t payload capacity	RER	agg	ELCD
Small lorry transport Euro 0, 1, 2, 3, 4, 5 mix; production mix; 7,5 t total weight, 3,3 t max payload	RER	agg	PE
Soda (Na2CO3) Solvay process; production mix, at producer	DE	agg	PE
Soda (Na2CO3) Solvay process; production mix, at producer	RER	agg	PE
Sodium chloride (NaCl, dissolved) technology mix; production mix for PVC production, at plant	RER	t-agg	ELCD/PlasticsEurope
Sodium chloride (rock salt) technology mix; production mix, at producer	DE	agg	PE
Sodium chloride (rock salt) technology mix; production mix, at producer	RER	agg	PE
Sodium hydroxide (100%; caustic soda) technology mix; production mix for PVC production, at plant; 100% NaOH	RER	t-agg	ELCD/PlasticsEurope
Sodium hydroxide (from chlorine-alkali electrolysis, diaphragm) electrolysis; production mix, at producer	DE	agg	PE
Sodium hydroxide mix (50%) technology mix; consumption mix, at consumer	DE	agg	PE
Special high grade zinc primary production; production mix, at plant	GLO	agg	ELCD/IZA
Spruce log with bark (44% moisture content) refostered managed forest; production mix entry to saw mill, at plant; 44% water content	DE	agg	PE
Stainless steel cold rolled coil (304) annealed, pickled and skinpassed, grade 304, austenitic, electric arc furnace route; production mix, at plant; 18% chromium, 10% nickel	RER	agg	Eurofer
Stainless steel cold rolled coil (316) annealed, pickled and skinpassed, grade 316, austenitic, electric arc furnace route; production mix, at plant; 16% chromium, 12% nickel, 2,5% molybdenum	RER	agg	Eurofer
Stainless steel cold rolled coil (430) annealed, pickled and skinpassed, grade 430, ferritic, electric arc furnace route; production mix, at plant; 17% chromium	RER	agg	Eurofer
Stainless steel flat product (304) - value of scrap grade 304, austenitic, electric arc furnace route; production mix, at plant; 18% chromium, 10% nickel	RER	agg	Eurofer
Stainless steel flat product (316) - value of scrap grade 316, austenitic, electric arc furnace route; production mix, at plant; 16% chromium, 12% nickel, 2,5% molybdenum	RER	agg	Eurofer
Stainless steel flat product (430) - value of scrap grade 430, ferritic, electric arc furnace route; production mix, at plant; 17% chromium	RER	agg	Eurofer
Stainless Steel Hot Rolled Coil annealed and pickled, grade 304, austenitic, electric arc furnace route; production mix, at plant; 18% chromium, 10% nickel	RER	agg	ELCD/Eurofer
Stainless steel Quarto plate (2205) annealed and pickled, grade 2205, duplex, electric arc furnace route; production mix, at plant; 22% chromium, 5% nickel, 3% molybdenum	RER	agg	Eurofer
Stainless steel quarto plate (2205) - value of scrap grade 2205, duplex, electric arc furnace route; production mix, at plant; 22% chromium, 5% nickel, 3% molybdenum	RER	agg	Eurofer
Stainless steel Quarto plate (304) annealed and pickled, grade 304, austenitic, electric arc furnace route; production mix, at plant; 18% chromium, 10% nickel	RER	agg	Eurofer
Stainless steel quarto plate (304) - value of scrap grade 304, austenitic, electric arc furnace route; production mix, at plant; 18% chromium, 10% nickel	RER	agg	Eurofer
Stainless steel Quarto plate (316) annealed and pickled, grade 316, austenitic, electric arc furnace route; production mix, at plant; 16% chromium, 12% nickel, 2,5% molybdenum	RER	agg	Eurofer
Stainless steel quarto plate (316) - value of scrap grade 316, austenitic, electric arc furnace route; production mix, at plant; 18% chromium, 10% nickel	RER	agg	Eurofer
Stainless steel white hot rolled coil (304) annealed and pickled, grade 304, austenitic, electric arc furnace route; production mix, at plant; 18% chromium, 10% nickel	RER	agg	Eurofer
Stainless steel white hot rolled coil (316) annealed and pickled, grade 316, austenitic, electric arc furnace route; production mix, at plant; 16% chromium, 12% nickel, 2,5% molybdenum	RER	agg	Eurofer
Stainless steel white hot rolled coil (430) annealed and pickled, grade 430, ferritic, electric arc furnace route; production mix, at plant; 17% chromium	RER	agg	Eurofer
Steam (mp) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Steam conversion (hp) technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (hp) superheated technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (lp) technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (lp) superheated technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (mp) technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (mp) superheated technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (vhp) technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (vhp) superheated technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (vlp) technology mix; production mix, at producer	GLO	e-ep	PE
Steam conversion (vlp) superheated technology mix; production mix, at producer	GLO	e-ep	PE
Steel billet (100Cr6) EAF route - Speciality steel; production mix, at producer	DE	agg	PE
Steel billet (16MnCr5) EAF route - Speciality steel; production mix, at producer	DE	agg	PE
Steel billet (20MoCr4) EAF route - Speciality steel; production mix, at producer	DE	agg	PE
Steel billet (28Mn6) EAF route - Speciality steel; production mix, at producer	DE	agg	PE
Steel cast part alloyed EAF route; production mix, at producer	DE	t-agg	PE
Steel cold rolled coil BF route; production mix, at producer; <1,5mm	DE	agg	PE
Steel cold rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 0.15 - 3 mm. typical width between 600 - 2100 mm	RER	agg	worldsteel
Steel cold rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 0.15 - 3 mm. typical width between 600 - 2100 mm	GLO	agg	worldsteel
Steel ECCS blast furnace route; production mix, at plant; 1kg, typical thickness between 0.13 - 0.49 mm. typical width between 600 - 1100 mm	RER	agg	worldsteel
Steel ECCS blast furnace route; production mix, at plant; 1kg, typical thickness between 0.13 - 0.49 mm. typical width between 600 - 1100 mm	GLO	agg	worldsteel
Steel Electrogalvanized blast furnace route; production mix, at plant; 1kg, typical thickness between 0.3 - 3 mm. typical width between 600 - 2100 mm.	GLO	agg	worldsteel
Steel finished cold rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 0.3 - 3 mm. typical width between 600 - 2100 mm.	RER	agg	worldsteel
Steel finished cold rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 0.3 - 3 mm. typical width between 600 - 2100 mm.	GLO	agg	worldsteel
Steel hot dip galvanized blast furnace route; production mix, at plant; 1kg, typical thickness between 0.3 - 3 mm. typical width between 600 - 2100 mm.	RER	agg	worldsteel
Steel hot dip galvanized blast furnace route; production mix, at plant; 1kg, typical thickness between 0.3 - 3 mm. typical width between 600 - 2100 mm.	GLO	agg	worldsteel
Steel hot rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 2 - 7 mm. typical width between 600 - 2100 mm	RER	agg	worldsteel
Steel hot rolled coil blast furnace route; production mix, at plant; thickness 2 to 7 mm, width 600 to 2100 mm	RER	agg	ELCD/Eurofer
Steel hot rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 2 - 7 mm. typical width between 600 - 2100 mm	GLO	agg	worldsteel
Steel hot rolled section blast furnace and electric arc furnace route; production mix, at plant	GLO	agg	ELCD/Eurofer
Steel organic coated blast furnace route; production mix, at plant; 1kg, typical thickness between 0.15 - 1.5 mm. typical width between 600 - 1300 mm	RER	agg	worldsteel
Steel organic coated blast furnace route; production mix, at plant; 1kg, typical thickness between 0.15 - 1.5 mm. typical width between 600 - 1300 mm	GLO	agg	worldsteel
Steel pickled hot rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 2 - 7 mm. typical width between 600 - 2100 mm	RER	agg	worldsteel
Steel pickled hot rolled coil blast furnace route; production mix, at plant; 1kg, typical thickness between 2 - 7 mm. typical width between 600 - 2100 mm	GLO	agg	worldsteel
Steel plate blast furnace route; production mix, at plant; 1kg, typical thickness between 2 to 20 mm. The maximum width is 1860 mm.	RER	agg	worldsteel
Steel plate blast furnace route; production mix, at plant; 1kg, typical thickness between 2 to 20 mm. The maximum width is 1860 mm.	GLO	agg	worldsteel
Steel rebar blast furnace and electric arc furnace route; production mix, at plant	GLO	agg	ELCD/Eurofer
Steel rebar blast furnace route / electric arc furnace route; production mix, at plant; 1kg	GLO	agg	worldsteel
Steel sections blast furnace route / electric arc furnace route; production mix, at plant; 1kg	RER	agg	worldsteel
Steel sections blast furnace route / electric arc furnace route; production mix, at plant; 1 kg	GLO	agg	worldsteel
Steel sheet technology mix; production mix; 1mm spot welding	GLO	e-ep	PE
Steel sheet technology mix; production mix; 1mm MAG welding	GLO	e-ep	PE
Steel sheet deep drawing (multi-level) technology mix; production mix	DE	e-ep	PE
Steel sheet EG BF route - Flat C-steel; production mix, at producer; Steel sheet 0.75mm EG (0.01mm Zn; 1side)	DE	agg	PE
Steel sheet EG BF route - Flat C-steel; production mix, at producer; Steel sheet 0.75mm EG (0.01mm Zn; 2sides)	DE	agg	PE
Steel sheet EG BF route - Flat C-steel; production mix, at producer; Steel sheet 1.5mm EG (0.01mm Zn; 1side)	DE	agg	PE
Steel sheet EG BF route - Flat C-steel; production mix, at producer; Steel sheet 1.5mm EG (0.01mm Zn; 2sides)	DE	agg	PE
Steel sheet HDA BF route - Flat C-steel; production mix, at producer; Steel sheet 0.75mm HDA (0.02mm Al; 1side)	DE	agg	PE
Steel sheet HDA BF route - Flat C-steel; production mix, at producer; Steel sheet 0.75mm HDA (0.02mm Al; 2sides)	DE	agg	PE
Steel sheet HDG BF route - Flat C-steel; production mix, at producer; Steel sheet 0.75mm HDG (0.02mm Zn; 2sides)	DE	agg	PE
Steel sheet HDG BF route - Flat C-steel; production mix, at producer; Steel sheet 0.75mm HDG (0.01mm Zn; 1side)	DE	agg	PE
Steel sheet HDG BF route - Flat C-steel; production mix, at producer; Steel sheet 0.75mm HDG (0.03mm Zn; 1side)	DE	agg	PE
Steel sheet HDG BF route - Flat C-steel; production mix, at producer; Steel sheet 1.5mm HDG (0.02mm Zn; 2sides)	DE	agg	PE
Steel sheet stamping and bending (5% loss) technology mix; production mix	GLO	e-ep	PE
Steel tinplated blast furnace route; production mix, at plant; 1kg, typical thickness between 0.13 - 0.49 mm. typical width between 600 - 1100 mm.	RER	agg	worldsteel
Steel tinplated blast furnace route; production mix, at plant; 1kg, typical thickness between 0.13 - 0.49 mm. typical width between 600 - 1100 mm.	GLO	agg	worldsteel
Steel turning technology mix; production mix	GLO	e-ep	PE
Steel UO pipe blast furnace route; production mix, at plant; 1kg	RER	agg	worldsteel
Steel UO pipe blast furnace route; production mix, at plant; 1kg	GLO	agg	worldsteel
Steel welded pipe blast furnace route; production mix, at plant; 1kg	RER	agg	worldsteel
Steel welded pipe blast furnace route; production mix, at plant; 1kg	GLO	agg	worldsteel
Steel wire rod blast furnace route / electric arc furnace route; production mix, at plant; 1kg	GLO	agg	worldsteel
Styrene technology mix; production mix, at producer	DE	agg	PE
Styrene technology mix; production mix, at producer	NL	agg	PE
Styrene technology mix; production mix, at plant	RER	agg	PlasticsEurope
Styreneacrylonitrile (SAN) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Styrene-Butadiene Rubber (SBR) Mix technology mix; consumption mix, at consumer	DE	agg	PE
Sulphur (elemental) at refinery from crude oil, fuel supply; production mix, at refinery; 1 kg, elemental sulphur	DE	agg	PE
Sulphur (elemental) at refinery from crude oil, fuel supply; production mix, at refinery; 1 kg, elemental sulphur	EU-27	agg	PE
Sulphur (elemental) at refinery from crude oil, fuel supply; production mix, at refinery; 1 kg, elemental sulphur	BR	agg	PE
Sulphur (elemental) at refinery from crude oil, fuel supply; production mix, at refinery; 1 kg, elemental sulphur	AU	agg	PE
Sulphuric acid (96%) oxidation of sulphur; production mix, at producer	DE	agg	PE
Sulphuric acid (96%) oxidation of sulphur; production mix, at producer	IT	agg	PE
Sulphuric acid (96%) oxidation of sulphur; production mix, at producer	NL	agg	PE
Sulphuric acid (96%) oxidation of sulphur; production mix, at producer	RER	agg	PE
Sulphuric acid mix (96%) technology mix; consumption mix, at consumer	DE	agg	PE
Synthesis gas (CO:H2 = 1:1) from light fuel oil; production mix, at producer	DE	agg	PE
Synthesis gas (H2:CO = 3:1) from natural gas; production mix, at producer	DE	agg	PE
Talcum (underground mine Alps) technology mix; production mix, at plant	AT	agg	PE
Talcum powder (filler) technology mix; production mix, at plant	RER	agg	PE
Tap water water purification treatment; production mix, at plant; from groundwater	RER	agg	PE
Tap water water purification treatment; production mix, at plant; from surface water	RER	agg	PE
Terephthalic acid technology mix; production mix, at producer	RER	agg	PlasticsEurope
Textiles in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Textiles in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Thermal energy from biogas technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from biogas technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	US	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	SE	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	NZ	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	NL	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	GB	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	FI	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	DK	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	BR	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	AT	agg	PE
Thermal energy from biomass (solid) technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	AU	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	US	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	NZ	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	NO	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	IT	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	GB	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	FR	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	BR	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	NL	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	BE	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	DK	agg	PE
Thermal energy from hard coal technology mix; consumption mix, at power plant	AT	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	AU	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	US	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	GB	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	FR	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	NO	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	NL	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	IT	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	BR	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	BE	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	NZ	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	CH	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	DK	agg	PE
Thermal energy from heavy fuel oil (HFO) technology mix; consumption mix, at power plant	AT	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	BE	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	NL	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	FR	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	IT	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	AT	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	US	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	NO	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	GB	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	DK	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	BR	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	AU	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	NZ	agg	PE
Thermal energy from light fuel oil (LFO) technology mix; consumption mix, at power plant	CH	agg	PE
Thermal energy from lignite technology mix; consumption mix, at power plant	ES	agg	PE
Thermal energy from lignite technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from lignite technology mix; consumption mix, at power plant	AU	agg	PE
Thermal energy from lignite technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from lignite technology mix; consumption mix, at power plant	FI	agg	PE
Thermal energy from lignite technology mix; consumption mix, at power plant	BR	agg	PE
Thermal energy from LPG technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from LPG technology mix; consumption mix, at power plant	US	agg	PE
Thermal energy from LPG technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	DE	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	NL	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	IT	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	FR	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	BE	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	GB	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	US	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	NO	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	BR	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	AU	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	NZ	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	DK	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	CH	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	AT	agg	PE
Thermal energy from natural gas technology mix; consumption mix, at power plant	ES	agg	PE
Thermal energy from peat technology mix; consumption mix, at power plant	EU-27	agg	PE
Thermal energy from peat technology mix; consumption mix, at power plant	IE	agg	PE
Thermal energy from peat technology mix; consumption mix, at power plant	FI	agg	PE
Timber pine (40% water content) technology mix; production mix, at plant; 40% water content	DE	agg	PE
Timber spruce (65% moisture) technology mix; production mix, at plant; 40% water content	DE	agg	PE
Toluene BTX; from reformate; production mix, at producer	DE	agg	PE
Toluene from pyrolysis fuel; production mix, at producer	DE	agg	PE
Toluene (methyl benzene) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Toluene diisocyanate (TDI) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Toluene diisocyanate (TDI; Phosgenation) phosgenation of toluenediamine; production mix, at producer	DE	agg	PE
Transportation by rail technology mix; production mix, at plant	DE	agg	PE
Truck diesel driven, Euro 3, cargo; technology mix; up to 7,5t gross weight / 3,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 3, cargo; technology mix; 20 - 26t gross weight / 17,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; 12-14t gross weight / 9,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; 12-14t gross weight / 9,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; 12-14t gross weight / 9,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 3, cargo; technology mix; 12-14t gross weight / 9,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; 12-14t gross weight / 9,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; 14 - 20t gross weight / 11,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; 14 - 20t gross weight / 11,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; 14 - 20t gross weight / 11,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 3, cargo; technology mix; 14 - 20t gross weight / 11,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; 14 - 20t gross weight / 11,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; 20 - 26t gross weight / 17,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; 20 - 26t gross weight / 17,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; 20 - 26t gross weight / 17,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; 20 - 26t gross weight / 17,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; 28 - 32t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; 28 - 32t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; 28 - 32t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 3, cargo; technology mix; 28 - 32t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; 28 - 32t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; 7,5 t - 12t gross weight / 5t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; 7,5 t - 12t gross weight / 5t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; 7,5 t - 12t gross weight / 5t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 3, cargo; technology mix; 7,5 t - 12t gross weight / 5t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; 7,5 t - 12t gross weight / 5t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; more than 32t gross weight / 24,7t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; more than 32t gross weight / 24,7t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; more than 32t gross weight / 24,7t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 3, cargo; technology mix; more than 32t gross weight / 24,7t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; more than 32t gross weight / 24,7t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; up to 7,5t gross weight / 3,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; up to 7,5t gross weight / 3,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; up to 7,5t gross weight / 3,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; up to 7,5t gross weight / 3,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; up to 7,5t gross weight / 3,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; 7,5 t - 12t gross weight / 5t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; 12-14t gross weight / 9,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; 14 - 20t gross weight / 11,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; 20 - 26t gross weight / 17,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, 1980s, cargo; technology mix; 26 - 28t gross weight / 18,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 1, cargo; technology mix; 26 - 28t gross weight / 18,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 2, cargo; technology mix; 26 - 28t gross weight / 18,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 3, cargo; technology mix; 26 - 28t gross weight / 18,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 4, cargo; technology mix; 26 - 28t gross weight / 18,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; 26 - 28t gross weight / 18,4t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; 28 - 32t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 5, cargo; technology mix; more than 32t gross weight / 24,7t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 0 - 5 mix, cargo; technology mix; 20 - 26t gross weight / 17,3t payload capacity	GLO	e-ep	PE
Truck diesel driven, Euro 0 - 5 mix, cargo; technology mix; up to 7,5t gross weight / 3,3t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 4, cargo; technology mix; 34 - 40t gross weight / 27t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 3, cargo; technology mix; 34 - 40t gross weight / 27t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, 1980s, cargo; technology mix; 34 - 40t gross weight / 27t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 1, cargo; technology mix; 34 - 40t gross weight / 27t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 2, cargo; technology mix; 34 - 40t gross weight / 27t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, 1980s, cargo; technology mix; 28 - 34t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 1, cargo; technology mix; 28 - 34t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 2, cargo; technology mix; 28 - 34t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 3, cargo; technology mix; 28 - 34t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 4, cargo; technology mix; 28 - 34t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, 1980s, cargo; technology mix; up to 28t gross weight / 12,4t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 1, cargo; technology mix; up to 28t gross weight / 12,4t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 2, cargo; technology mix; up to 28t gross weight / 12,4t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 3, cargo; technology mix; up to 28t gross weight / 12,4t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 4, cargo; technology mix; up to 28t gross weight / 12,4t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 5, cargo; technology mix; up to 28t gross weight / 12,4t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 5, cargo; technology mix; 28 - 34t gross weight / 22t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 5, cargo; technology mix; 34 - 40 t gross weight / 27t payload capacity	GLO	e-ep	PE
Truck-trailer diesel driven, Euro 0 - 5 mix, cargo; technology mix; 34 - 40t gross weight / 27t payload capacity	GLO	e-ep	PE
Use Phase (carbon steel product)	GLO	e-ep
Use Phase (stainless steel product)	GLO	e-ep
Value of scrap technology mix (blast furnace route / electric arc furnace route); production mix, at plant; -	GLO	agg	worldsteel
Vinyl chloride (VCM; chloroethene) technology mix; production mix for PVC production, at plant	RER	t-agg	ELCD/PlasticsEurope
Vinylchloride monomer (VCM) chlorination of ethylene; production mix, at producer	DE	agg	PE
Vinylchloride monomer (VCM) chlorination of ethylene; production mix, at producer	NL	agg	PE
Vinylchloride monomer (VCM) chlorination of ethylene; production mix, at producer	IT	agg	PE
Waste incineration of biodegradable waste fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of biodegradable waste fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of ferro metals average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of ferro metals average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of glass/inert material average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of glass/inert material average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of paper fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of paper fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of plastics (Nylon 6 GF 30, Nylon 66 GF 30) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of plastics (Nylon 6 GF 30, Nylon 66 GF 30) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of plastics (Nylon 6, Nylon 66, PAN) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of plastics (Nylon 6, Nylon 66, PAN) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of plastics (PE, PP, PS, PB) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of plastics (PE, PP, PS, PB) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of plastics (PET, PMMA, PC) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of plastics (PET, PMMA, PC) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of plastics (rigid PVC) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of plastics (rigid PVC) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of plastics (unspecified) fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of plastics (unspecified) fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of textile fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of textile fraction in municipal solid waste (MSW) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of untreated wood (10,7% water content) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of untreated wood (10,7% water content) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste incineration of wood products (OSB, particle board) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	t-agg	ELCD/CEWEP
Waste incineration of wood products (OSB, particle board) average European waste-to-energy plant, without collection, transport and pre-treatment; at plant	EU-27	agg	ELCD/CEWEP
Waste water treatment chemical reduction/oxidation process, municipal waste water; at waste water treatment plant	RER	e-ep	PE
Waste water treatment (contains low organic load) technology mix; at waste water treatment plant; slightly organic contaminated	EU-27	agg	PE
Waste water treatment (contains organic load) technology mix; at waste water treatment plant; organic contaminated	EU-27	agg	PE
Waste water treatment (slightly organic and anorganic contaminated) technology mix; at waste water treatment plant; slightly organic and anorganic contaminated	EU-27	agg	PE
Water (deionised) reverse osmosis; production mix, at plant; from surface water	RER	agg	PE
Water (deionised) reverse osmosis; production mix, at plant; from groundwater	RER	agg	PE
Water (desalinated; deionised) via ion exchange; production mix, at producer	DE	agg	PE
Wax / Paraffins at refinery from crude oil, fuel supply; production mix, at refinery	EU-27	agg	PE
Wax / Paraffins at refinery from crude oil, fuel supply; production mix, at refinery	AU	agg	PE
Wax / Paraffins at refinery from crude oil, fuel supply; production mix, at refinery	BR	agg	PE
Wax / Paraffins at refinery from crude oil, fuel supply; production mix, at refinery	DE	agg	PE
Wood (natural) in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	DE	t-agg	PE
Wood (natural) in municipal waste incinerator waste-to-energy plant with dry flue gas treatment, without collection, transport and pre-treatment; at plant	RER	t-agg	PE
Xylene (dimethyl benzene) technology mix; production mix, at plant	RER	agg	PlasticsEurope
Zinc redistilled mix primary production; consumption mix, at consumer	DE	agg	PE

Plans

Process name
AT: Electricity grid mix (production mix)
AU: Electricity grid mix (production mix)
BE: Electricity grid mix (production mix)
BR: Electricity grid mix (production mix)
CH: Electricity grid mix (production mix)
DE: Electricity grid mix (production mix)
DK: Electricity grid mix (production mix)
ES: Electricity grid mix (production mix)
FI: Electricity grid mix (production mix)
FR: Electricity grid mix (production mix)
GB: Electricity grid mix (production mix)
GR: Electricity grid mix (production mix)
IT: Electricity grid mix (production mix)
LU: Electricity grid mix (production mix)
NL: Electricity grid mix (production mix)
NO: Electricity grid mix (production mix)
NZ: Electricity grid mix (production mix)
PT: Electricity grid mix (production mix)
SE: Electricity grid mix (production mix)
US: Electricity grid mix (egrid) (production mix)

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