Data-on-Demand-only Datasets

1,1,1-Trichloroethane (methylchloroform)
chlorination of ethane;
production mix, at plant;
1.34 g/cm3, 133.42 g/mol

1,12-Dodecandioic acid (from Cyclododecatriene)
hydrogenation of cyclododecatriene, oxidation of cyclodocecane;
single route, at plant;
1.15 g/cm3, 230.31 g/mol

1,1-Difluoroethane (HFC 152a)
hydrofluorination of vinyl chloride;
single producer, at plant;
3.04 kg/m3 at 0°C, 66.05 g/mol

1,3-bis[3-(dimethylamino)propyl]urea
reaction of urea with N,N-dimethylamino-propylamine;
single route, at plant;
230.35 g/mol

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

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

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

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

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

1,4-Dioxane (Diethylene oxide)
dehydration and ring closure of diethylene glycol;
production mix, at plant;
1.03 g/cm3, 88.11 g/mol

1,6-Hexanediol (estimation)
catalytic hydrogenation of adipic acid;
production mix, at plant;
118.18 g/mol

1,6-Hexanediol (estimation)
catalytic hydrogenation of adipic acid;
single producer, at plant;
118.18 g/mol

1-Aminoanthraquinone
from chlorobenzoic acid and xylene;
production mix, at plant;
223.23 g/mol

1-Decanol (estmation)
Hydrogenation of decanoic acid, based on palm kernel oil;
production mix, at plant;
0.8297 g/cm3, 158.28 g/mol

1-Decene by-product Linear Alphaolefine (LAO) (mass allocation) (estimation)
oligomerization of ethylene, by-product Linear Alphaolefine;
single route, at plant;
0.74 g/cm3, 140.27 g/mol

1-Dodecanol
hydrogenation of dodecanoic acid;
production mix, at plant;
0.83 g/cm3, 186.34 g/mol

1-Dodecanol
hydrogenation of dodecanoic acid;
production mix, at plant;
0.83 g/cm3, 186.34 g/mol

2-(Perfluorohexyl)ethyl iodide
radical-catalysed addition of ethylene to perfluorohexyl iodide;
single route, at producer;
474 g/mol

2,4-Dimethylbenzaldehyde
reaction of xylene with carbon monoxide;
single producer, at plant;
density 0.962 g/mL at 25 °C, molar mass 134 g/mol

2,4-Dimethylbenzaldehyde
reaction of xylene with carbon monoxide;
single producer, at plant;
density 0.962 g/mL at 25 °C, molar mass 134 g/mol

2-Dimethylaminoethanol (DMAE)
reaction of dimethylamine and ethylene oxide;
production mix, at plant;
0.89 g/cm3, 89.14 g/mol

2-Ethylhexanol from propylene
Aldolization of butyraldehyde;
production mix, at plant;
0.83 g/cm3, 130.23 g/mol

2-Ethylhexanol from propylene
Aldolization of butyraldehyde;
production mix, at plant;
0.83 g/cm3, 130.23 g/mol

2-Ethylhexanol from propylene
Aldolization of butyraldehyde;
production mix, at plant;
0.83 g/cm3, 130.23 g/mol

2K-dispersion adhesive
mixing polyurethane, methyl ethyl ketone, water and hardener;
production mix, at plant;
contains 5% hardener

2-keto-L-gulonic acid butyl ester
esterification of 2-keto-L-gulonic acid with butanol;
production mix, at plant;
250 g/mol

2-keto-L-gulonic acid butyl ester (97%)
esterification of 2-keto-L-gulonic acid with butanol;
production mix, at plant;
97% concentrated

2-keto-L-gulonic acid preparation
bacteria cultivation, fermentation of L- sorbose;
production mix, at plant;
194.14 g/mol

2-Octanol by-product sebacic acid - average, 50:50 mix of best case and worst case scenario
technology mix, saponification of castor oil with alkali;
production mix, at producer;
0.819 g/mL at 25 °C, 130.23 g/mol

3-Aminopropyltriethoxylsilane (estimation)
reaction of chloroalkylsilane with ammonia or an organic amino compound;
production mix, at plant;
0.946 g/cm3, 221.37 g/mol

3-Aminopropyltriethoxylsilane (estimation)
reaction of chloroalkylsilane with ammonia or an organic amino compound;
production mix, at plant;
0.946 g/cm3, 221.37 g/mol

3-Hydroxy-2-Naphthoic acid
carboxylation of potassium naphtholate;
production mix, at plant;
188.18 g/mol

3-Mercaptopropionic acid (estimation)
reaction of methanthiol (or H2S) with acrylic acid;
single route, at plant;
1.218 g/mL at 25 °C, molar mass 106.14 g/mol

4,4'-DCDPS (4,4'-Dichlorodiphenylsulfon) (estimation)
sulfonation of chlorobenzene;
production mix, at plant;
287 g/mol

4,4'-DCDPS (4,4'-Dichlorodiphenylsulfon) (estimation)
sulfonation of chlorobenzene;
production mix, at plant;
287 g/mol

4-Hydroxy 4-methyl-2-pentanone
ketone condensation;
single producer, at plant;
density 0.931 g/mL at 25 °C, molar mass 116.16 g/mol

6-Hydroxy-2-Naphthoic acid
carboxylation of potassium naphtholate;
production mix, at plant;
188.18 g/mol

ABS GF 30
injection moulding of acrylonitrile butadiene styrene with glass fibres;
production mix, at plant;
30% glass fibres

Acetic acid by-product Polyvinyl Alcohol (PVAL) from vinyl acetate
hydrolysis of vinyl acetate;
single route, at plant;
1.049 g/cm3, 60.05 g/mol

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

Acetoncyanhydrine (ACH) with HCN from acrylonitrile by-product
with HCN from acrylonitrile by-product;
production mix, at plant;
0.93 g/cm3, 85.11 g/mol

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

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

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

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

Acetone cyanohydrin (ACH)
with HCN from acrylonitrile by-product;
production mix, at plant;
0.93 g/cm3, 85.11 g/mol

Acetone cyanohydrin (ACH)
with HCN from acrylonitrile by-product;
production mix, at plant;
0.93 g/cm3, 85.11 g/mol

Acetone cyanohydrin (ACH)
with HCN from acrylonitrile by-product;
production mix, at plant;
0.93 g/cm3, 85.11 g/mol

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

Acetophenone (Phenyl methyl ketone)
Friedel Crafts Alkylation of benzene;
single route, at plant;
1.03 g/cm3, 120.15 g/mol

Acrylamide (catalytic hydrolysis) (50% solution)
catalytic hydration of acrylonitrile;
single producer, at plant;
1.13 g/cm3, 71.08 g/mol

Acrylamide (enzymatic hydration) (50% solution)
enzymatic hydration of acrylonitrile;
single producer, at plant;
1.13 g/cm3, 71.08 g/mol

Acrylate (emulsion)
emulsion polymerization;
single producer, at plant;
44% solid content

Acrylate (emulsion)
emulsion polymerization;
single route, at plant;
44% solid content

Acrylate resin (epoxy functional)
polymerisation;
single route, at plant;
30.000- 100.000 g/mol

Acrylate resin (epoxy-functional)
polymerisation;
single route, at plant;
30.000- 100.000 g/mol

Acrylate resin (solvent-systems)
polymerisation;
single route, at plant;
30.000- 100.000 g/mol

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

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

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

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

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

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

Acrylonitrile (AN)
propene ammoxidation, by- product ammonium sulphate;
production mix, at plant;
0.81 g/cm3, 53.06 g/mol

Acrylonitrile (AN)
propene ammoxidation, by- product ammonium sulphate;
production mix, at plant;
0.81 g/cm3, 53.06 g/mol

Acrylonitrile-Butadiene-Styrene Granulate (ABS)
polymerisation of acrylonitrile, butadiene and styrene;
production mix, at plant;
1.060- 1.080 g/cm3

Acrylonitrile-Butadiene-Styrene Granulate (ABS)
polymerisation of acrylonitrile, butadiene and styrene;
production mix, at plant;
1.060- 1.080 g/cm3

Acrylonitrile-Butadiene-Styrene Granulate (ABS)
polymerisation of acrylonitrile, butadiene and styrene;
production mix, at plant;
1.060- 1.080 g/cm3

Activated carbon
technology mix;
production mix, at plant;
porous carbon structure

Activated carbon
technology mix;
production mix, at plant;
porous carbon structure

Activated carbon
technology mix;
production mix, at plant;
porous carbon structure

Adhesive system MDF (35% H2O content)
hydromethylation and condensation reactions of melamine, urea and formaldehyde;
production mix, at plant;
35% H2O content

Adhesive system MUF (35%M i.T., 35% H2O content)
hydromethylation and condensation reactions of melamine, urea and formaldehyde;
production mix, at plant;
35% M i.T., 35% H2O

Adhesive system mUF (36% moisture)
hydromethylation and condensation reactions of urea and formaldehyde;
production mix, at plant;
36% moisture

Adhesive system MUPF (35% H2O content)
hydromethylation and condensation reactions of melamine, urea, phenol and formaldehyde;
single route, at plant;
35% H2O

Adhesive system PF (F/P=1.8; 40% H2O content)
Phenol- formaldehyde condensation in caustic solution;
single producer, at plant;
F/P=1.8; 40% H2O

Adhesive system PF (F/P=1.8; 52% H2O content)
Phenol- formaldehyde condensation in caustic solution;
single producer, at plant;
F/P=1,8; 52% H2O

Adhesive system polyurethane-prepolymer
reaction of methylene diisocyanate and polyether polyol;
production mix, at plant;
50% methylene diisocyanate, 50% polyether polyol

Adhesive system UFm (4% Melamin; 35% H2O content)
hydromethylation and condensation reactions of urea, melamin and formaldehyde;
single route, at plant;
4% Melamin; 35% H2O

Adhesive system Urea Formaldehyde (UF) (35% H2O content)
hydromethylation and condensation reactions of urea and formaldehyde;
single producer, at plant;
35% H2O

Adipic acid
oxidation of cyclohexane;
production mix, at plant;
1.36 g/cm3, 146 g/mol

Adiponitrile
via direct hydrocyanation of Butadiene with hydrogen cyanide (prussic acid);
single route, at plant;
0.96 g/cm3, 108.14 g/mol

Air drying (food products)
Air drying of food products using a Fluidized Bed Dryer;
single operation, at producer;
Fluidized Bed Dryer

Air drying (food products)
Air drying of food products using a Fluidized Bed Dryer;
single operation, at producer;
Fluidized Bed Dryer

Alcohol ethoxylate (ethoxylation)
base- catalyzed ethoxylation of alcohol;
single route, at plant;
estimation

Alcohol ethoxylate (ethoxylation)
base- catalyzed ethoxylation of alcohol;
single route, at plant;
estimation

Alcohol ethoxylate (ethoxylation)
base- catalyzed ethoxylation of alcohol;
single route, at plant;
estimation

Alfol Process (in Octanol production)
hydrogenation, ethylation, chain growth, oxidation, hydrolysis;
single route, at plant;
0.83 g/cm3, 130.23 g/mol

Aliphatic polyisocyanate prepolymer (IPDI-based)
polyaddition of isophorone diisocyanate and polyol;
production mix, at plant;
80% isocyanates, 20% polyols

Aliphatic polyisocyanate prepolymer (IPDI-based)
polyaddition of isophorone diisocyanate and polyol;
production mix, at plant;
80% isocyanates, 20% polyols

Alkali resistent (AR) glass fibres
from mineral components;
single route, at plant;
SiO2 63%, ZrO2 16,5%, Na2O 15 %, CaO 5,5%

Alkali-Xanthate
reaction of sodium hydroxide with alcohol and carbon disulphide;
production mix, at plant;
144 g/mol in when ethanol and sodium hydroxide are the educts

Alkyd resin (LM-system)
condensation of polyols, polybasic acids or fatty acids;
single route, at plant;
LM-system

Alkyd resin (LM-system)
condensation of polyols, polybasic acids or fatty acids;
single producer, at plant;
LM-system

Allyl chloride (C3H5Cl)
chlorination of propene;
production mix, at plant;
0.94 g/cm3, 76.53 g/mol

Allyl chloride (C3H5Cl)
chlorination of propene;
production mix, at plant;
0.94 g/cm3, 76.53 g/mol

Allyl chloride (C3H5Cl)
chlorination of propene;
production mix, at plant;
0.94 g/cm3, 76.53 g/mol

AlNiCo magnet (estimation)
metals casting;
single route, at plant;
55% ferrite, 10% aluminium, 15% nickel, 20% cobalt

Alpha pinene (estimation)
turpentine from kraft paper production, distillation of alpha-pinene;
single route, at producer;
0.858 g/cm3, 136.24 g/mol

Aluminium (paste; H2O content) Hydropor
atomizing AL powder, ball milling;
single producer, at plant;
particle size around 5- 35 microns

Aluminium chloride
dissolving alumina in hydrochloric acid;
single route, at plant;
2.44 g/cm3, 133.34 g/mol

Aluminium chloride (estimation)
chlorination of alumium or alumina;
single route, at plant;
2.44 g/cm3, 133.34 g/mol

Aluminium chloride hexahydrate
electrolytic reaction of aluminium and HCl;
single route, at plant;
1.3 g/cm3, 241.43 g/mol

Aluminium diacetate (estimation)
reaction of sodium aluminate and acetic acid;
production mix, at plant;
162.1 g/mol

Aluminium extrusion profile (AlMg0.5Si)
primary production;
production mix, at plant;
Alloy composition: 0.1%Cr, 0.1%Cu, 0.675%Mg, 0.1%Mn, 0.4%Si, 0.1%Ti, 0.1%Zn, 0.35%Fe

Aluminium extrusion profile (AlMg1SiCu)
primary production;
production mix, at plant;
Alloy composition: 0.195%Cr, 0.275%Cu, 1%Mg, 0.15%Mn, 0.6%Si, 0.15%Ti, 0.25%Zn, 0.7%Fe

Aluminium extrusion profile (AlMgSi0,5)
primary production;
production mix, at plant;
Alloy composition: 0,1%Cu, 0,45%Mg, 0,1%Mn, 0,45%Si, 0,1%Ti, 0,15%Zn, 0.2%Fe

Aluminium extrusion profile (AlZn5Mg1Zr)
primary production;
production mix, at plant;
Alloy composition: 0.05%Cu, 1.05%Mg, 0.05%Mn, 0.1%Si, 0.05%Ti, 5%Zn, 0,185%Zr, 0.1%Fe

Aluminium flakes paste (chromated, 65% solids incl. solvents)
wet milling process;
single route, at plant;
chromated, 65% solids

Aluminium flakes paste (chrome-free, 60% solids incl. solvents)
wet milling process;
single route, at plant;
chrome-free, 60% solids

Aluminium fluoride
reaction of bauxite, fluorspar and sulphuric acid;
production mix, at plant;
2.88 g/cm3, 83.98 g/mol

Aluminium foil
technology mix of hot/ cold rolling and strip casting, cutting and packaging;
production mix, at plant;
39% offcut, scrap recycling

Aluminium Hydroxide from Bauxite
Bayer process;
consumption mix, at plant;
2.42 g/cm3, 78.00 g/mol

Aluminium ingot (AlMgSc) - Sc2O3 estimated with Ru - best case 0,02% Sc (estimation)
primary production;
production mix, at plant;
Alloy composition: 0.2%Cu, 4.8%Mg, 0.3%Si, 0.15%Ti, 0.02%Sc

Aluminium ingot (AlMgSc) - Sc2O3 estimated with Ru - worst case 0,4% Sc (estimation)
primary production;
production mix, at plant;
Alloy composition: 0.2%Cu, 4.8%Mg, 0.3%Si, 0.15%Ti, 0.4%Sc

Aluminium ingot (AlMgSi0,5)
primary production;
production mix, at plant;
Alloy composition:0.05%Cr, 0.1%Cu, 0.6%Mg, 0.1%Mn, 0.6%Si, 0.1%Ti, 0.15%Zn

Aluminium ingot (AlMgSi0,7)
primary production;
production mix, at plant;
Alloy composition:0.6%Cr, 0.1%Cu, 0.9%Mg, 0.1%Mn, 0.6%Si, 0.1%Ti, 0.1%Zn

Aluminium ingot (AlMgSi1)
primary production;
production mix, at plant;
Alloy composition:0.25%Cr, 0.1%Cu, 1.2%Mg, 1%Mn, 1.3%Si, 0.1%Ti, 0.2%Zn

Aluminium ingot (AlMn1Cu)
primary production;
production mix, at plant;
Alloy composition:0.1%Cr, 0.1%Cu, 0.3%Mg, 1.5%Mn, 0.5%Si, 0.1%Ti, 0.2%Zn

Aluminium ingot (AlSi10MnMg)
primary production;
production mix, at plant;
Alloy composition: 0.05%Cu, 0.35%Mg, 0.35%Mn, 10.25%Si, 0.2%Ti, 0.07%Zn, 0.25%Fe

Aluminium ingot (AlSi7Mg0,3)
primary production;
production mix, at plant

Aluminium nitrate (estimation)
reaction of aluminium hydroxide with nitric acid;
single route, at plant;
1.72 g/cm3, 213 g/mol

Aluminium oxide (Al2O3 high purity)
Bayer process;
production mix, at plant;
3.94 g/cm3, 101.96 g/mol

Aluminium sheet (AlMg4.5Mn0.4)
primary production;
production mix, at plant;
Alloy composition: Cr 0,1%; Cu 0,15%; Mg 4,5 %; Mn 0,35%; Si 0,2%; Ti 0,1%; Zn 0,25%; Fe 0,35%

Aluminium sheet (AlSi1.2Mg0.4)
primary production;
production mix, at plant;
Alloy composition: Cr 0,1%; Cu 0,2%; Mg 0,775 %; Mn 0,2%; Si 1,25%; Ti 0,15%; Zn 0,2%; Fe 0,5%

Aluminium sheet (AlZn5.5Mg1.5)
primary production;
production mix, at plant;
Alloy composition: Cr 0,05%; Cu 0,25%; Mg 1,5 %; Mn 0,1%; Si 0,25%; Ti 0,1%; Zn 5,5%; Zr 0,13 %; Fe 0,4%

Aluminium sheet (AlZn5.5MgCu)
primary production;
production mix, at plant;
Alloy composition: Cr 0,23%; Cu 1,6%; Mg 2,5 %; Mn 0,3%; Si 0,4%; Ti 0,2%; Zn 5,6%; Zr 0 %; Fe 0,5%

Aluminium silicate (zeolite type A)
from aluminum, silica, desired ions, and sodium hydroxide;
production mix, at plant;
162.05 g/mol

Aluminium sulphate (estimation)
from aluminium hydroxide and sulphuric acid;
single route, at plant;
2.71 g/cm3, 342.15 g/mol

Aluminium sulphate (estimation)
via aluminium hydroxide and sulphuric acid;
single route, at plant;
2.71 g/cm3, 342.15 g/mol

Aluminium sulphate (estimation)
via aluminium hydroxide and sulphuric acid;
single route, at plant;
2.71 g/cm3, 342.15 g/mol

Aluminium sulphate from aluminium pig (estimation)
via aluminium ingot and sulphuric acid;
single route, at plant;
2.71 g/cm3, 342.15 g/mol

Aluminium Trilactate/Aluminium Lactate
reaction of lactic acid with aluminium hydroxide;
production mix, at plant;
294.19 g/mol

Amine adduct emulsion on an aqueous base (estimation)
polymerisation of a bisphenol A resin with a polyamine;
single route, at plant;
55% polymer, 45% water

Amine adduct emulsion on an aqueous base (estimation)
polymerisation of a bisphenol A resin with a polyamine;
single route, at plant;
55% polymer, 45% water

Amino trimethylene phosphonic acid, sodium salt (estimation)
reaction of ammonium chloride, formaldehyde and phosphoric acid;
production mix, at plant;
1.33 g/cm3, 299.05 g/mol

Amino trimethylene phosphonic acid, sodium salt (estimation)
reaction of ammonium chloride, formaldehyde and phosphoric acid;
production mix, at plant;
1.33 g/cm3, 299.05 g/mol

Ammonia (high purity)
purified with activated carbon;
single route, at plant;
0.7714 kg/m3, 17.03 g/mol

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

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

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

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

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

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

Ammonia (NH3) with CO2 recovery, by-product carbon dioxide, feedstock coal (without allocation)
Haber-Bosch process, from coal;
single, at plant;
0.7714 kg/m3, 17.03 g/mol

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

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

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

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

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

Ammonia solution, NH3 (aq.) (estimation)
Haber-Bosch process, from natural gas, diluted solution;
production mix, at plant;
35% concentrated

Ammonia water (weight share 25% NH3)
ammonium mixed with water;
production mix, at plant;
weight share 25% NH3

Ammonium chloride (salmiac, Solvay-process)
Solvay process;
single route, at plant;
1.53 g/cm3, 53.49 g/mol

Ammonium hydrogen carbonate
reacting ammonia with CO2;
single route, at plant;
1.59 g/cm3, 79.06 g/mol

Ammonium hydrogen carbonate (Ammonium bicarbonate)
reacting ammonia with CO2;
single producer, at plant;
1.59 g/cm3, 79.06 g/mol

Ammonium nitrate (ON, BAT, 68% solution)
from nitric acid;
production mix, at plant;
1.73 g/cm3, 80.04 g/mol

Ammonium sulphate (co product Acetone cyanohydrin)
with hydrogen cyanide from acrylonitrile by-product;
single route, at plant;
1.77 g/cm3, 132.14 g/mol

Ammonium sulphate by-product acrylonitrile (AN), hydrogen cyanide (mass allocated)
propene ammoxidation, by- product acrylonitrile;
single route, at plant;
1.77 g/cm3, 132.14 g/mol

Ammonium sulphate by-product caprolactam from phenol
from phenol;
single route, at plant;
1.77 g/cm3, 132.14 g/mol

Ammonium sulphate mix (by-product), 50:50
technology mix;
production mix, at plant;
1.77 g/cm3, 132.14 g/mol

Ammonium sulphate, by product acrylonitrile, hydrocyanic acid
propene ammoxidation, by- product acrylonitrile;
single route, at plant;
1.77 g/cm3, 132.14 g/mol

Ammoniumpolyphosphate
from urea and phoshoric acid;
production mix, at plant;
1,9 g/cm3, 97.01 g/mol

Anhydrite (CaSO4) (natural)
technology mix (mining and open pit mining);
production mix, at producer;
2.96 g/cm3

Anhydrite (CaSO4) (natural) (EN15804 A1-A3)
technology mix (mining and open pit mining);
production mix, at producer;
2.96 g/cm3

Anhydrite (CaSO4) (thermal) (EN15804 A1-A3)
thermal produced anhydrite;
production mix, at plant;
grinded and purified product

Aniline (Phenyl amine, Amino benzene)
catalytic hydrogenation of nitrobenzene;
single route, at plant;
1.022 g/cm3, 93.13 g/mol

Aniline (Phenyl amine, Amino benzene)
catalytic hydrogenation of nitrobenzene;
single route, at plant;
1.022 g/cm3, 93.13 g/mol

Anthraquinone
via reformate from pyrolysis gas;
single route, at plant;
1.31 g/cm3, 208.22 g/mol

Anthraquinone via naphthalene
via naphthalene;
single route, at plant;
1.31 g/cm3, 208.22 g/mol

Antimony trioxide
primary production, antimony ore mining, roasting;
single route, at plant;
5.2 g/cm3, 291.5 g/mol

Application primer (waterproof)
water proof application;
single route, at plant;
application per m2

Application primer (waterproof)
water proof application;
single route, at plant;
application per m2

Aramide fiber (para aramid)
condensation of para- phenylene diamine and terephthaloyl dichloride;
single route, at plant;
para aramid

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

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

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

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

Ascorbic acid
Reichstein Synthesis, from glucose;
single route, at plant;
1.65 g/cm3, 176.12 g/mol

Asphalt binder (rolling asphalt)
combination of aggregates and bitumen;
production mix, at plant;
170 - 250 kg/m2

Average load of laundry
average washing machine, for domestic textile cleaning;
production mix, at plant;
energy consumption 2.25 kWh/ load, water consumption 23 gal/load

Average Printed Wiring Board with Power Electronics (DfX-compatible)
production of power electronics on base of FR4 substrate;
single route, at producer;
0,01 sqm

Average Printed Wiring Board with Signal Electronics (DfX-compatible)
Production of signal electronics on base of FR4 substrate;
single route, at producer;
0,01 sqm

Average Printed Wiring Board with Signal-Power Electronics (DfX-Compatible)
Production of signal-power electronics on base of FR4 substrate;
single route, at producer;
0,01 sqm

Azodicarbonamide (propellant)
from hydrazine and urea;
single route, at plant;
1.65 g/cm3, 116.08 g/mol

Bamboo cultivation (80% H2O content)
technology mix;
production mix, at producer;
80% H2O

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

Barium carbonate via barium sulfide and CO2
reaction of barium sulfide solution with CO2, precipitation of barium carbonate;
single route, at plant;
4.43 g/cm3 at 20°C, 197.34 g/mol

Barium chloride (estimation)
reaction of barium sulphide and hydrochloric acid;
production mix, at plant;
3.86 g/cm3, 208.23 g/mol

Barium hydroxide (estimation)
reaction of barium sulphide and sodium hydroxide;
single route, at plant;
3.74 g/cm3, 171.34 g/mol

Barium magnesium aluminate (BAM)
from Al2O3, BaCO3, MgCO3, and Eu2O3;
single route, at plant;
1202 g/mol

Barium sulphate (BaSO4)
carbothermal reduction of barium sulphate to barium sulphide, reaction with sodium sulphate;
production mix, at plant;
4.5 g/cm3, 233.43 g/mol

Barium sulphate (BaSO4)
carbothermal reduction of barium sulphate to barium sulphide, reaction with sodium sulphate;
production mix, at plant;
4.5 g/cm3, 233.43 g/mol

Barium sulphate (BaSO4)
carbothermal reduction of barium sulphate to barium sulphide, reaction with sodium sulphate;
production mix, at plant;
4.5 g/cm3, 233.43 g/mol

Barium sulphide (100%)
carbothermal reduction of barium sulphate;
production mix, at plant;
4.25 g/cm3, 169.39 g/mol

Barium zinc stearate (stabiliser, estimation)
production of barium stearate and zinc stearate, mixing;
production mix, at plant;
60% barium stearate, 40% zinc stearate

Basalt production (washed)
basalt mining and crushing;
single producer, at plant;
<52% SiO2

Basalt production (washed)
basalt mining and crushing;
single producer, at plant;
<52% SiO2

Base oil (group I) (solvent refined)
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

Base oil (group II) (hydrotreated)
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

Base oil (group III) (hydrocracked)
from crude oil;
production mix, at refinery;
40 MJ/kg net calorific value

Beech log free forest track
forest cultivation, harvesting, wet storage;
production mix, at plant;
660 kg/m3

Beech log free forest track
forest cultivation, harvesting, wet storage;
production mix, at plant;
660 kg/m3

Beech log free forest track (20 % H2O content)
forest cultivation, harvesting, wet storage;
production mix, at plant;
25% moisture, 20% H2O content included in wood

Beef filet (cattle slaughterhouse) (economic allocation)
slaughterhouse;
single producer, at plant;
boneless beef filet

Bentonite, natural
mining and beneficiation;
production mix, at plant;
composed primarily of smectite minerals

Bentonite, natural
mining and beneficiation;
production mix, at plant;
composed primarily of smectite minerals

Bentonite, natural
mining and beneficiation;
production mix, at plant;
composed primarily of smectite minerals

Bentonite, natural
mining and beneficiation;
production mix, at plant;
composed primarily of smectite minerals

Bentonite, natural
mining and beneficiation;
production mix, at plant;
composed primarily of smectite minerals

Benzanthrone
from sulphuric acid and anthrone;
single route, at plant;
230.27 g/mol

Benzene
from pyrolysis fuel;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene
dealkylation of toluene;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene
dealkylation of toluene;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene
dealkylation of toluene;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene
dealkylation of toluene;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene (from reformate)
from reformate;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene (from reformate)
from reformate;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene (from reformate)
from reformate;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene (from reformate) (estimation)
from reformate;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene (from reformate) (estimation)
from reformate;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene by-product ethine (acetylene)
Sachsse Bartholome Process;
single route, at plant;
0.88 g/cm3, 78 g/mol

Benzene mix
technology mix;
production mix, to consumer

Benzene mix
technology mix;
production mix, at plant;
0.88 g/cm3, 78 g/mol

Benzene sulfonic acid
sulfonation of benzene;
single route, at plant;
1.32 g/cm3 (47 °C), 158.18 g/mol

Benzene sulfonic acid (estimate)
sulfonation of benzene;
single producer, at plant;
1.32 g/cm3 (47 °C), 158.18 g/mol

Benzene sulfonic acid (estimate)
sulfonation of benzene;
single producer, at plant;
1.32 g/cm3 (47 °C), 158.18 g/mol

Benzoic acid ester
esterification of hydroxybenzoic acid with ethanol;
production mix, at plant;
166 g/mol

Benzotrichloride (estimation)
chlorination of toluene;
production mix, at plant;
1.38 g/cm3, 195.48 g/mol

Benzoyl Chloride (estimation)
reaction of benzoyl trichloride with water;
single route, at plant;
1.21 g/cm3, 140.57 g/mol

Benzoyl Peroxide
production from benzoyl chloride and hydrogen peroxide;
production mix, at plant;
1.33 g/cm3, 242.23 g/mol

Benzyl alcohol
hydrolysis of benzyl chloride;
single route, at plant;
1.04 g/cm3, 108.14 g/mol

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

Beta pinene (estimation)
turpentine from kraft paper production, distillation of beta-pinene;
single route, at producer;
0.872 g/cm3, 136.24 g·mol−1

BF slag incl. grinding
BF route;
production mix and grinding, at plant;
assemblage of Ca-Al-Mg silicates

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR1 (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 0,6 %; P 0,065 %; S 0,045 %; Al 0,01 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR160IF (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,6 %; P 0,06 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR180BH (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,06 %; Si 0,5 %; Mn 0,7 %; P 0,06 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR180IF (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,7 %; P 0,06 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR2 (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 0,5 %; P 0,065 %; S 0,045 %; Al 0,01 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR210BH (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,08 %; Si 0,5 %; Mn 0,7 %; P 0,85 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR210IF (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,9 %; P 0,08 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR210LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,08 %; S 0,03 %; Al 0,015 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR240BH (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,1 %; S 0,03 %; Al 0,01 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR240IF (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 1,6 %; P 0,1 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR240LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,03 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR270LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR290Y490T-DP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,14 %; Si 0,5 %; Mn 1,8 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR3 (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,08 %; Si 0,5 %; Mn 0,5 %; P 0,003 %; S 0,003 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR300LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,4 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR330Y590T-DP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,15 %; Si 0,75 %; Mn 2,5 %; P 0,04 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR340LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,5 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR380LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,6 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR4 (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,06 %; Si 0,5 %; Mn 0,4 %; P 0,025 %; S 0,025 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR400Y690T-TR (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,24 %; Si 2 %; Mn 2,2 %; P 0,08 %; S 0,015 %; Cr+Mo 0,6%; Ti+Nb 0,2%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR420LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,65 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR440Y780T-DP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,18 %; Si 0,8 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR450Y780T-TR (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,25 %; Si 2,2 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 0,6%; Ti+Nb 0,2%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR460LA (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,7 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR5 (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,02 %; Si 0,5 %; Mn 0,3 %; P 0,02 %; S 0,02 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR570Y780T-CP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,18 %; Si 1 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR590Y980T-DP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,2 %; Si 1 %; Mn 2,9 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR700Y980T-DP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,9 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR780Y980T-CP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,7 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; CR900Y1180T-CP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,9 %; P 0,04 %; S 0,01 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; EG 2-sides; 1 mm; HR660Y760T-CP (VDA)
BF Steel sheet; cold rolled; EG;
production mix, at producer;
C 0,18 %; Si 1 %; Mn 2,52%; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,25%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR1 (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 0,6 %; P 0,065 %; S 0,045 %; Al 0,01 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR160IF (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,6 %; P 0,06 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR180BH (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,06 %; Si 0,5 %; Mn 0,7 %; P 0,06 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR180IF (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,7 %; P 0,06 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR2 (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 0,5 %; P 0,065 %; S 0,045 %; Al 0,01 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR210BH (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,08 %; Si 0,5 %; Mn 0,7 %; P 0,85 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR210IF (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,9 %; P 0,08 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR210LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,08 %; S 0,03 %; Al 0,015 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR240BH (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,1 %; S 0,03 %; Al 0,01 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR240IF (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 1,6 %; P 0,1 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR240LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,03 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR270LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR290Y490T-DP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,14 %; Si 0,5 %; Mn 1,8 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR3 (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,08 %; Si 0,5 %; Mn 0,5 %; P 0,003 %; S 0,003 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR300LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,4 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR330Y590T-DP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,15 %; Si 0,75 %; Mn 2,5 %; P 0,04 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR340LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,5 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR380LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,6 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR4 (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,06 %; Si 0,5 %; Mn 0,4 %; P 0,025 %; S 0,025 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR400Y690T-TR (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,24 %; Si 2 %; Mn 2,2 %; P 0,08 %; S 0,015 %; Cr+Mo 0,6%; Ti+Nb 0,2%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR420LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,65 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR440Y780T-DP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,18 %; Si 0,8 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR450Y780T-TR (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,25 %; Si 2,2 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 0,6%; Ti+Nb 0,2%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR460LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,7 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR5 (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,02 %; Si 0,5 %; Mn 0,3 %; P 0,02 %; S 0,02 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR500LA (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,12 %; Si 0,6 %; Mn 1,7 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR570Y780T-CP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,18 %; Si 1 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR590Y980T-DP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,2 %; Si 1 %; Mn 2,9 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR700Y980T-DP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,9 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR780Y980T-CP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,7 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; HDG 2-sides; 1 mm; CR900Y1180T-CP (VDA)
BF Steel sheet; cold rolled; HDG;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,9 %; P 0,04 %; S 0,01 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; uncoated; 1 mm; CR1 (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 0,6 %; P 0,065 %; S 0,045 %; Al 0,01 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR160IF (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,6 %; P 0,06 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR180BH (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,06 %; Si 0,5 %; Mn 0,7 %; P 0,06 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR180IF (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,7 %; P 0,06 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR2 (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 0,5 %; P 0,065 %; S 0,045 %; Al 0,01 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR210BH (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,08 %; Si 0,5 %; Mn 0,7 %; P 0,85 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR210IF (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 0,9 %; P 0,08 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR210LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,08 %; S 0,03 %; Al 0,015 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR240BH (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,1 %; S 0,03 %; Al 0,01 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR240IF (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,01 %; Si 0,3 %; Mn 1,6 %; P 0,1 %; S 0,025 %; Al 0,01 %; Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR240LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,1 %; Si 0,5 %; Mn 1 %; P 0,03 %; S 0,025 %; Al 0,015 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR270LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR290Y490T-DP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,14 %; Si 0,5 %; Mn 1,8 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; uncoated; 1 mm; CR3 (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,08 %; Si 0,5 %; Mn 0,5 %; P 0,003 %; S 0,003 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; uncoated; 1 mm; CR300LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,4 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR330Y590T-DP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,15 %; Si 0,75 %; Mn 2,5 %; P 0,04 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; uncoated; 1 mm; CR340LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,5 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR380LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,6 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR4 (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,06 %; Si 0,5 %; Mn 0,4 %; P 0,025 %; S 0,025 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; uncoated; 1 mm; CR400Y690T-TR (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,24 %; Si 2 %; Mn 2,2 %; P 0,08 %; S 0,015 %; Cr+Mo 0,6%; Ti+Nb 0,2%; B 0,005%

BF Steel sheet; cold rolled; uncoated; 1 mm; CR420LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,65 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR440Y780T-DP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,18 %; Si 0,8 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; uncoated; 1 mm; CR450Y780T-TR (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,25 %; Si 2,2 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 0,6%; Ti+Nb 0,2%; B 0,005%

BF Steel sheet; cold rolled; uncoated; 1 mm; CR460LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,5 %; Mn 1,7 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR5 (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,02 %; Si 0,5 %; Mn 0,3 %; P 0,02 %; S 0,02 %; Al 0,01 %; 0,3%Ti

BF Steel sheet; cold rolled; uncoated; 1 mm; CR500LA (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,12 %; Si 0,6 %; Mn 1,7 %; P 0,03 %; S 0,025 %; Al 0,015 %, Nb 0,09 %

BF Steel sheet; cold rolled; uncoated; 1 mm; CR570Y780T-CP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,18 %; Si 1 %; Mn 2,5 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; uncoated; 1 mm; CR590Y980T-DP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,2 %; Si 1 %; Mn 2,9 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; uncoated; 1 mm; CR700Y980T-DP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,9 %; P 0,08 %; S 0,015 %; Cr+Mo 1,4%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; uncoated; 1 mm; CR780Y980T-CP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,7 %; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005

BF Steel sheet; cold rolled; uncoated; 1 mm; CR900Y1180T-CP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,23 %; Si 1 %; Mn 2,9 %; P 0,04 %; S 0,01 %; Cr+Mo 1%; Ti+Nb 0,15%; B 0,005%

BF Steel sheet; cold rolled; uncoated; 1 mm; HR660Y760T-CP (VDA)
BF Steel sheet; cold rolled; uncoated;
production mix, at producer;
C 0,18 %; Si 1 %; Mn 2,52%; P 0,08 %; S 0,015 %; Cr+Mo 1%; Ti+Nb 0,25%; B 0,005

Biaxial oriented PA film (BOPA PA6)
polyamide 6 extrusion and stretching;
single route, at plant;
32 MJ/kg net calorific value

Biaxial oriented PET film (BOPET)
PET extrusion and stretching;
single route, at plant;
192.17 g/mol per repeating unit

Biaxial oriented polypropylene film (BOPP)
polypropylene extrusion and stretching;
single producer, at plant;
44 MJ/kg net calorific value

Biaxial oriented polypropylene film (BOPP)
polypropylene extrusion and stretching;
single producer, at plant;
44 MJ/kg net calorific value

Biaxial oriented Polystyrene film (BOPS)
polystyrene extrusion and stretching;
single route, at plant;
40 MJ/kg net calorific value

Bicomponent fiber (PET/PA)
spinning of polyethylene terephthalate, polyamide and epoxy resin;
production mix, at plant;
85% PET, 15% PA

Biodiesel based on rape seed methyl ester (RME)
from rape seeds;
production mix, at plant;
78% total carbon content, 74% biogenic carbon content, 37 MJ/kg net calorific value

Bioethanol (from corn)
from corn;
production mix, at plant;
55% carbon content, 26.8 MJ net calorific value

Bioethanol from corn, at plant
from corn;
production mix, at plant;
55% carbon content, 26.8 MJ net calorific value

Bioethanol from sugar beet, at plant
from sugar beet;
production mix, at plant;
52% carbon content, 26.8 MJ net calorific value

Bioethanol from sugar beet, at plant
from sugar beet;
single route, at plant;
0.79 g/cm3, 46.07 g/mol

Bioethanol from sugar cane (no slash and burn) (estimation)
from sugar cane;
single route, at plant;
0.79 g/cm3, 46.07 g/mol

Bioethanol from sugar cane, at plant
from sugar cane;
production mix, at plant;
52% carbon content, 26.8 MJ net calorific value

Bioethanol from wheat (DDGS internal energy)
from wheat;
single route, at plant;
0.79 g/cm3, 46.07 g/mol

Bioethanol from wheat, at plant
transport, conditioning and fermentation of wheat;
single route, at plant;
55% carbon content, 26.8 MJ net calorific value

Bioethanol from wheat, at plant
transport, conditioning and fermentation of wheat;
single route, at plant;
55% carbon content, 26.8 MJ net calorific value

Biogas for bioenergy
technology mix;
consumption mix, to consumer

Biogas for bioenergy
technology mix;
consumption mix, to consumer

Biogas for bioenergy
technology mix;
consumption mix, to consumer

Biogas from cattle liquid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from cattle paunch contents
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from cattle solid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from flotate sludge
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from kitchen residues
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from Maize for bioenergy
technology mix / Anaerobic fermentation of maize silage from whole plants to biogas via wet fermentation prosess;
production mix, at producer, gate to gate;
Biogas net calorific value is 15MJ/kg (~30% (mass) methane content)

Biogas from municipal organic waste
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from organic waste mix
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from pig liquid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from poultry solid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biogas from sugar beet leaves
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
59% methane content, 36 Mj/m3 net calorific value

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass (solid) for bioenergy
technology mix;
consumption mix, to consumer

Biomass Power Plant - CHP (lumber, 12% moisture)
cogeneration electricity and heat, technology mix regarding firing and flue gas cleaning;
production mix, at heat plant

Biomethane from cattle liquid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from cattle paunch contents
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from cattle solid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from flotate sludge
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from glycerine -80% RED value (16,76 g GHG/MJ)
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from hop vine chips -80% RED value (16,76 g GHG/MJ)
technology mix/ anaerobic fermentation of hop vine to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from kitchen residues
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from municipal organic waste
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from organic waste mix
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from pig liquid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from pig solid manure
technology mix / anaerobic fermentation of organic wastes to biomethane via wet fermentation prosess;
production mix, at plant;
1MJ of biomethane

Biomethane from pig solid manure -80% RED value (16,76 GHG/MJ)
technology mix / anaerobic fermentation of organic wastes to biomethane via wet fermentation prosess;
production mix, at plant;
1MJ of biomethane

Biomethane from poultry solid manure
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from poultry solid manure -80% RED value (16,76 g GHG/MJ)
technology mix/ anaerobic fermentation of poultry organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from sugar beet leaves
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Biomethane from sugar beet pellets -80% RED value (16,76 g GHG/MJ)
technology mix/ anaerobic fermentation of different organic matter to biogas via wet fermentation;
production mix, at plant;
97,8% methane

Bisphenol A
technology mix;
production mix, at plant;
solid, density: 1,2 g·cm−3, molar mass: 228,28 g·mol−1

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

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

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

Blast Furnace slag
iron production, blast furnace route, by- product slag, grinded;
single route, at plant;
2800- 4000 kg/m³

Blood from pig, unprocessed, from slaughterhouse (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from cattle (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from cattle (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from cattle (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from pig (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from pig (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from pig (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from pig (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from poultry (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from poultry (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from poultry (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Blood meal from poultry (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Boiler ash from hard coal power plant
from hard coal power plant;
production mix, at power plant;
grain size ca. 13 mm

Boiler ash from hard coal power plant
from hard coal power plant;
production mix, at power plant;
grain size ca. 13 mm

Boneless pork, from pig slaughterhouse (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Boneless pork, from pig slaughterhouse (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Boneless pork, from pig slaughterhouse (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Boneless pork, from pig slaughterhouse (economic allocation) - open input pig raising
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Boneless pork, from pig slaughterhouse (economic allocation) - open input pig raising
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Boneless pork, from pig slaughterhouse (economic allocation) - open input pig raising
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Boneless pork, from slaughterhouse (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Borax (dehydrated)
via dehydration;
production mix, at plant;
201.37 g/mol

Borax (dehydrated)
via dehydration;
production mix, at plant;
201.37 g/mol

Borax pentahydrate
via colemanite;
production mix, at plant;
291 g/mol

Borax pentahydrate
via colemanite;
production mix, at plant;
291 g/mol

Boric acid (estimation)
reaction of borax pentahydrate and sulfuric acid;
single route, at plant;
1.44 g/cm3, 61.83 g/mol

Boric acid (estimation)
reaction of borax pentahydrate and sulfuric acid;
single route, at plant;
1.44 g/cm3, 61.83 g/mol

Boric acid by-product sodium sulfate (estimation)
reaction of borax pentahydrate and sulfuric acid;
single route, at plant;
1.44 g/cm3, 61.83 g/mol

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

Bromine (from sea water) estimation
from sea water;
single route, at plant;
3.10 g/cm3, 79.90 g/cm3

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

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

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

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

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

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

Butane diamine ( Tetramethylenediamine TMDA) (estimation)
reaction of acrylonitrile, hydrogen cyanide and hydrogen;
single route, at plant;
0.88 g/cm3, 88.15 g/mol

Butane diamine (Tetramethylenediamine TMDA)
reaction of acrylonitrile, hydrogen cyanide and hydrogen;
single route, at plant;
0.88 g/cm3, 88.15 g/mol

Butanediol from propylene oxide (PO chlorohydrine)
from propylene oxide;
single route, at plant;
1.02 g/cm3, 90.12 g/mol

Butanediol from propylene oxide (PO oxirane)
from propylene oxide;
single route, at plant;
1.02 g/cm3, 90.12 g/mol

Butanol (n-butanol) from propylene
Oxo synthesis, from propylene with rhodium catalyst;
production mix, at producer;
0.81 g/cm3, 74.12 g/mol

Butanol (n-butanol) from propylene
Oxo synthesis, from propylene with rhodium catalyst;
production mix, at producer;
0.81 g/cm3, 74.12 g/mol

Butyl Acetate
Fischer esterification;
production mix, at plant;
0.88 g/cm3, 116.16 g/mol

Butyl acetate
Fischer esterification;
production mix, at plant;
0.88 g/cm3, 116.16 g/mol

Butyl acetate
Fischer esterification;
production mix, at plant;
0.88 g/cm3, 116.16 g/mol

Butyl acrylate
esterification of acrylic acid and butanol;
single producer, at plant;
density 0,90 g·cm−3, molar mass 128,17 g·mol−1

Butyl acrylate
esterification of acrylic acid and butanol;
single producer, at plant;
density 0,90 g·cm−3, molar mass 128,17 g·mol−1

Butyldiglycol
ethoxylation of butanol;
production mix, at plant;
liquid, density: 0,95 g·cm−3, molar mass: 162,23 g·mol−1

Butyldiglycol acetate (estimation)
from butyldiglycol and butyl acetate;
single route, at plant;
0.98 gcm-3 at 20°C, 104.27 g/mol

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

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

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

Butyraldehyde
Oxo process, by-product butanol from propylene with rhodium catalyst;
production mix, at plant;
0.80 g/cm3, 72.11 g/mol

Butyraldehyde
Oxo process, by-product butanol from propylene with rhodium catalyst;
production mix, at plant;
0.80 g/cm3, 72.11 g/mol

Butyraldehyde by-product butanol from propylene
Oxo process, by-product butanol from propylene with rhodium catalyst;
production mix, at plant;
0.80 g/cm3, 72.11 g/mol

Butyraldehyde by-product butanol from propylene
Oxo process, by-product butanol from propylene with rhodium catalyst;
production mix, at plant;
0.80 g/cm3, 72.11 g/mol

Butyric acid anhydride
liquid- phase oxidation of butyraldehyde;
single route, at plant;
0.967 g/cm3, molar mass 158.19 g/mol

C10-Methylester including transesterification and fractionation
Crude coconut oil processing, transesterification and fractionation;
single producer, at plant;
C10 methyl ester fraction

C12-Methylester including transesterification and fractionation
Palm kernel oil processing, transesterification and fractionation;
single producer, at plant;
C12 methyl ester fraction

C4 cut (butadiene)
steam cracker;
production mix, at plant;
45.3 MJ net calorific value

C4 cut (butadiene) (estimation)
steam cracker;
production mix, at plant;
45.3 MJ net calorific value

C4 cut (butadiene) (estimation)
steam cracker;
production mix, at plant;
45.3 MJ net calorific value

C4 cut (butadiene) (estimation)
steam cracker;
production mix, at plant;
45.3 MJ net calorific value

C4 cut from FCC at refinery
from crude oil;
production mix, at refinery

C-6 fluorinated acrylic copolymer
Esterification of 2-(Perfluorohexyl)ethanol by acrylic acid;
single route, at producer;
MW=418.15 g/mol

Cable 10-core data ribbon 28AWG PE (25 g/m) 12.7x0.9
technology mix;
production mix, at plant;
tinned Cu wire, PE insulation, unshielded

Cable 10-core data ribbon 28AWG PVC (25 g/m) 12.7x0.9
technology mix;
production mix, at plant;
tinned Cu wire, PVC insulation, unshielded

Cable 1-core power 18AWG mPPE (10 g/m) D1.7
technology mix;
production mix, at plant;
tinned Cu wire, mPPE insulation

Cable 1-core power 18AWG PE (16 g/m) D2.8
technology mix;
production mix, at plant;
tinned Cu wire, PE insulation

Cable 1-core power 18AWG PTFE (13 g/m) D1.7
technology mix;
production mix, at plant;
tinned Cu wire, PTFE insulation

Cable Ethernet Cat-6 PE/PVC (66 g/m) D6.4
technology mix;
production mix, at plant;
bare Cu wire, PE insulation, PVC jacket, unshielded

Cable HDMI v1.0-1.3 28AWG PE/PVC (80 g/m) D7.3
technology mix;
production mix, at plant;
tinned Cu wire, PE insulation, PVC jacket, shielded

Cadmium acetate (estimation)
reaction of cadmium oxide with acetic acid;
single route, at plant;
2.34 g/cm3, 230.50 g/mol

Calcined kaolin powder (Al2O3 * SiO2)
calcination in rotary furnace;
single route, at plant;
162.06 g/mol

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

Calcium chloride (by-product epichlorohydrine, hydrochloric acid)
from Epichlorhydrin synthesis, by-product epichlorohydrine, hydrochloric acid;
single route, at plant;
110.98 g/mol

Calcium chloride, by-product epichlorohydrine, hydrochloric acid
from Epichlorhydrin synthesis, by-product epichlorohydrine, hydrochloric acid;
single route, at plant;
110.98 g/mol

Calcium chloride, by-product hydrochloric acid (100%) by-product epichlorohydrine
via allyl chloride;
single route, at plant;
2.15 g/cm3, 110.98 g/mol

Calcium diformate
reaction of finelime and formaldehyde;
single route, at plant;
stoichiometrical estimation, density 2,02 g·cm−3, molar mass 130,11 g·mol−1

Calcium diformate (estimation)
reaction of finelime and formaldehyde;
single route, at plant;
stoichiometrical estimation, density 2,02 g·cm−3, molar mass 130,11 g·mol−1

Calcium sulfoaluminate cement
from alumina, gypsum and limestone via furnace process;
single route, at producer;
CSA cement requires kiln temperatures of around 1250°C (2250°F)

Canola (rapeseed) meal (economic allocation)
canola cultivation, transport, rape processing, pressing and extraction;
single route, at plant;
49% dry carbon, 7% water content

Carbon dioxide by-product ethylene oxide (EO) from air
oxidation of ethylene with air;
single route, at plant;
1.98 kg/m3, 44.01 g/mol

Carbon dioxide by-product ethylene oxide (EO) from air
oxidation of ethylene with air;
single route, at plant;
1.98 kg/m3, 44.01 g/mol

Carbon dioxide by-product ethylene oxide (EO) from air
oxidation of ethylene with air;
single route, at plant;
1.98 kg/m3, 44.01 g/mol

Carbon dioxide by-product ethylene oxide (EO) from air
oxidation of ethylene with air;
single route, at plant;
1.98 kg/m3, 44.01 g/mol

Carbon dioxide by-product ethylene oxide (EO) from air
oxidation of ethylene with air;
single route, at plant;
1.98 kg/m3, 44.01 g/mol

Carbon dioxide by-product ethylene oxide (EO) via O2/methane
oxidation of ethylene with oxygen;
single route, at plant;
1.98 kg/m3, 44.01 g/mol

Carbon dioxide highly pure
dewatering, trace removal;
single route, at plant;
1,98 kg/m3, 44 g/mol

Carbon fiber yarn (CF; from PAN; intermediate strength)
spinning, stabilizing, carbonizing, surface treatment, sizing;
single producer, at plant;
from PAN, intermediate strengths 42 million psi tensile modulus (estimation)

Carbon monoxide (via synthesis gas)
gasification of natural gas, cryogenic separation of carbon monoxide and hydrogen;
single route, at plant;
1.25 kg/m3, 28.01 g/mol

Cargo hauled by freight diesel train (indirect)
diesel driven, cargo;
consumption mix;
average train, gross tonne weight 1000t, 726t payload capacity

Cargo hauled by freight electric train (indirect)
electricity driven, cargo;
consumption mix;
average train, gross tonne weight 1000t, 726t payload capacity

Cargo hauled by truck trailer, 22 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, 28 - 34t gross weight, 22t payload capacity

Cargo hauled by truck trailer, 22 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, 28 - 34t gross weight, 22t payload capacity

Cargo hauled by truck trailer, 22 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, 28 - 34t gross weight, 22t payload capacity

Cargo hauled by truck, 11.4 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, 14 - 20t gross weight, 11,4t payload capacity

Cargo hauled by truck, 11.4 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, 14 - 20t gross weight, 11,4t payload capacity

Cargo hauled by truck, 11.4 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, 14 - 20t gross weight, 11,4t payload capacity

Cargo hauled by truck, 17.3 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, 20 - 26t gross weight, 17,3t payload capacity

Cargo hauled by truck, 17.3 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, 20 - 26t gross weight, 17,3t payload capacity

Cargo hauled by truck, 17.3 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, 20 - 26t gross weight, 17,3t payload capacity

Cargo hauled by truck, 22 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, 28 - 32t gross weight, 22t payload capacity

Cargo hauled by truck, 22 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, 28 - 32t gross weight, 22t payload capacity

Cargo hauled by truck, 22 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, 28 - 32t gross weight, 22t payload capacity

Cargo hauled by truck, 24.7 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, more than 32t gross weight, 24,7t payload capacity

Cargo hauled by truck, 24.7 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, more than 32t gross weight, 24,7t payload capacity

Cargo hauled by truck, 24.7 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, more than 32t gross weight, 24,7t payload capacity

Cargo hauled by truck, 3.3 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, up to 7,5t gross weight, 3,3t payload capacity

Cargo hauled by truck, 3.3 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, up to 7,5t gross weight, 3,3t payload capacity

Cargo hauled by truck, 3.3 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, up to 7,5t gross weight, 3,3t payload capacity

Cargo hauled by truck, 5 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, 7,5 t - 12t gross weight, 5t payload capacity

Cargo hauled by truck, 5 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, 7,5 t - 12t gross weight, 5t payload capacity

Cargo hauled by truck, 5 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, 7,5 t - 12t gross weight, 5t payload capacity

Cargo hauled by truck, 9.3 t payload [tkm]
diesel driven, cargo;
consumption mix;
Euro 4, 12-14t gross weight, 9,3t payload capacity

Cargo hauled by truck, 9.3 t payload [tkm] (direct)
diesel driven, cargo;
consumption mix;
Euro 4, 12-14t gross weight, 9,3t payload capacity

Cargo hauled by truck, 9.3 t payload [tkm] (indirect)
diesel driven, cargo;
consumption mix;
Euro 4, 12-14t gross weight, 9,3t payload capacity

Casein glue (PVAC dispersion)
polymerization of vinyl acetate, PVAC dispersion in water;
single route, at plant;
50% FKA

Cashew nut shell liquid (mass allocation)
Cashew cultivation, sun drying, transport, cleaning and soaking, roasting;
single route, at plant;
70% anacardic acids, 18% cardol, 5% cardanol; 76,5 wt.% biogenic carbon content

Cassava dry chips (mechanical chopping and sun drying)
mechanical chopping and sun-drying;
single route, at producer;
10% H2O

Castor oil (average)
castor oil pressing;
single route, at plant;
72,5% carbon content

Cattle hide, fresh, from slaughterhouse (economic allocation)
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Cattle hide, fresh, from slaughterhouse (economic allocation) - open input cattle raising
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Cattle hide, fresh, from slaughterhouse (economic allocation) - open input cattle raising
slaughtering and processing;
single route, at plant;
product specification (such as energy, protein and carbon content) given in product flow

Cellulose
based on timber spruce;
production mix, at plant;
1.5 g/cm3

Cellulose (estimation, based on US foreground system)
based on timber spruce;
production mix, at plant;
estimation

Cellulose acetate butyrate (estimation)
viscose process;
single producer, at plant;
estimation

Cement (CEM III/B) Blastfurnance Cement
technology mix;
production mix, at plant;
CEM III B, 25% clinker, 75% BF slag

Cement (CEM III/C) Blastfurnance Cement
technology mix;
production mix, at plant;
CEM III C, 10% clinker, 90% BF slag

Cement average grinding - open input cement clinker
materials grinding at grinding plant;
single route at plant;
3000 kg/m3

Ceramic (Passive components)
including slurry preparation, shaping and burning;
single route, at plant;
Al2O3, silica sand, MnO2 mixture

Cerium oxide mix
Rare earth element mining and processing;
single producer, at plant;
85% China (Inner Mongolia Bayun Obo), 15% USA (Mountain Pass, California), monazite and bastnaesite ores

Chlorinated Paraffins (estimation)
reaction of paraffins with chlorine;
production mix, at plant;
1.10- 1.26 g/cm3

Chlorinated Polyethylene (estimation)
reaction of polyethylene with chlorine;
production mix, at plant;
1.27- 1.37 g/cm3

Chlorine acetic acid (estimation)
chlorination of acetic acid;
single route, at plant;
1.58 g/cm3, 94.50 g·mol−1

Chlorine dioxide (1% ClO, 99% H2O; chlorate based process; SVP-LITE) (estimation)
reduction of sodium chlorate with methanol;
single route, at plant;
2.76 kg/m3, 67.45 g/mol

Chlorine from chlorine-alkali-electrolysis (amalgam)
chlorine alkali electrolysis, amalgam;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (amalgam)
chlorine alkali electrolysis, amalgam;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (amalgam)
chlorine alkali electrolysis, amalgam;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (amalgam)
chlorine alkali electrolysis, amalgam;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (diaphragm)
chlorine alkali electrolysis, diaphragm;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (diaphragm)
chlorine alkali electrolysis, diaphragm;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (diaphragm)
chlorine alkali electrolysis, diaphragm;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (diaphragm)
chlorine alkali electrolysis, diaphragm;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane)
chlorine alkali electrolysis, membrane;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane)
chlorine alkali electrolysis, membrane;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane)
chlorine alkali electrolysis, membrane;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane)
chlorine alkali electrolysis, membrane;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane)
chlorine alkali electrolysis, membrane;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane)
chlorine alkali electrolysis, membrane;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane)
chlorine alkali electrolysis, membrane;
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine from chlorine-alkali-electrolysis (membrane) (open input energy, mass allocation)
from chlorine-alkali electrolysis (membrane);
single route, at plant;
3.2 g/l, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 g/l, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chlorine mix
technology mix;
production mix, at plant;
3.2 kg/m3, 70.9 g/mol

Chloroacetic acid (estimation)
chlorination of acetic acid;
single route, at plant;
1.58 g/cm3, 94.50 g·mol−1

Chloroacetyl chloride from chlorine acetyl acid
reaction of chloroacetic acid with phosgene;
single route, at plant;
1.42 g/cm3, 112.94 g/mol

Chloroacetylic acid from acetic acid
chlorination of acetic acid;
single route, at plant;
1.58 g/cm3, 94.50 g·mol−1

Chlorobenzene (by product chlorobenzene, hydrochloric acid)
chlorination of benzene;
production mix, at plant;
1.11 g/cm3, 112.56 g/mol

Chlorobenzene (by product chlorobenzene, hydrochloric acid)
chlorination of benzene;
production mix, at plant;
1.11 g/cm3, 112.56 g/mol

Chlorobenzene (by product chlorobenzene, hydrochloric acid)
chlorination of benzene;
production mix, at plant;
1.11 g/cm3, 112.56 g/mol

Chlorobenzotrifluoride (p-)
from chlorotoluene, chlorine and hydrogen fluoride;
production mix, at plant;
180.55 g/mol

Chlorodifluoroethane (HCFC 142b) by-product Dichloro-1-fluoroethane (HCFC 141b)
reaction of trichloroethane with hydrofluoric acid;
production mix, at plant;
1.25 g/cm3, 116.94 g/mol

Chlorodifluoromethane (R22, HCFC-22)
reaction of trichloromethane with hydrogen fluoride;
production mix, at plant;
3.94 kg/m3, 86.47 g/mol

Chlorodifluoromethane (R22, HCFC-22)
reaction of trichloromethane with hydrogen fluoride;
production mix, at plant;
3.94 kg/m3, 86.47 g/mol

Chlorodifluoromethane (R22, HCFC-22)
reaction of trichloromethane with hydrogen fluoride;
production mix, at plant;
3.94 kg/m3, 86.47 g/mol

Chlorodifluoromethane (R22, HCFC-22)
reaction of trichloromethane with hydrogen fluoride;
production mix, at plant;
3.94 kg/m3, 86.47 g/mol

Chlorodifluoromethane (R22, HCFC-22) (estimation)
reaction of trichloromethane with hydrogen fluoride;
single route, at plant;
3.94 kg/m3, 86.47 g/mol

Chloroprene (from butadiene via chlorination)
from butadiene via chlorination;
single route, at plant;
0.96 g/cm3, 88,54 g/mol

Chloroprene (from butadiene via chlorination)
from butadiene via chlorination;
single route, at plant;
0.96 g/cm3, 88,54 g/mol

Chromated copper arsenate
from chromic acid, copper sulphate and an arsenic compound;
single route, at plant;
consits of 34% arsenic compound

Chromic acid
from sodium dichromate;
production mix, at plant;
1.20 g/cm3, 118 g/mol

Chromic acid anodizing
anodizing aluminium in chromic acid solution;
single producer, at plant;
1 sqm coated

Citric acid (from starch)
Enzymatic production of glucose, fermentation with aspergillus niger into citric acid;
single producer, at plant;
1.665 g/cm3 anhydrous, 1.5g/cm3 monohydrate, 192.124 g/mol anhydrous, 210.14 g/mol monohydrate

Clay (self-extraction) (average)
Clay extraction;
single producer, at plant;
17% moisture

Clay extracted from clay pit (23.7% moisture)
technology mix;
production mix, at plant;
23.7% moisture

Clay extracted from clay pit (23.7% moisture)
technology mix;
production mix, at plant;
23.7% moisture

Clay production
Clay extraction, mechanical processing and storage;
production mix, at plant;
60% H2O content

Clay production
Clay extraction, mechanical processing and storage;
production mix, at plant;
60% H2O content

Clay production
Clay extraction, mechanical processing and storage;
production mix, at plant;
60% H2O content

Clay production
Clay extraction, mechanical processing and storage;
production mix, at plant;
60% H2O content

Clay production
Clay extraction, mechanical processing and storage;
production mix, at plant;
60% H2O content

Clay production (estimation)
Clay extraction, mechanical processing and storage;
production mix, at plant;
60% H2O content

Clay production (refractory)
open pit mining;
single producer, at plant;
crude clay

Clay production mix
Clay extraction, mechanical processing and storage;
production mix, at plant;
60% H2O content

Cobalt chloride hexahydrate (estimation)
concentrating a HCl solution with CoO;
single route, at producer

Cobalt hydroxide based on cobalt (Ni/Co route) from thinkstep
electrolysis of sulphate;
production mix, at plant;
3.59 g/cm3, 92.95 g/mol

Cobalt hydroxide based on cobalt mix from Cobalt Development Institute (CDI)
electrolysis of sulphate;
production mix, at plant;
3.59 g/cm3, 92.95 g/mol

Cobalt mix (Ni/Co and Cu/Co route)
Nickel cobalt route, pyrometallurgical process and Copper cobalt route, hydrometallurgical process;
production mix, at plant;
8.90 g/cm3, 58.93 g/mol

Cobalt mix (only Cu/Co route)
Copper cobalt route, hydrometallurgical process;
production mix, at plant;
8.90 g/cm3, 58.93 g/mol

Cobalt mix (only Ni/Co route)
Nickel cobalt route, pyrometallurgical process;
production mix, at plant;
8.90 g/cm3, 58.93 g/mol

Cobalt, Nickel cobalt route only
Nickel cobalt route, pyrometallurgical process;
single route, at plant;
8.90 g/cm3, 58.93 g/mol, ferromagnetic

Coconut cultivation
technology mix;
production mix, at field border;
48% H2O

Coking coal mix
technology mix;
consumption mix, at border of producing country;
29 MJ/kg net calorific value

Colophony (rosin)
from tapped CN living pine, via gum rosin;
single route, at plant;
gum rosin

Colophony (rosin)
from tapped CN living pine, via gum rosin;
production mix, at plant;
gum rosin

Colophony (rosin) from distilled and esterified tall oil resin
from distilled and esterified tall oil resin;
production mix, at plant;
gum rosin

Colophony (rosin, refined) from CN pine gum rosin
from tapped CN living pine, via gum rosin;
production mix, at plant;
gum rosin

Colophony (rosin, refined) from US pine stump
from US pine stump;
consumption mix, at plant;
gum rosin

Colophony / tall oil resin (estimation from paper production)
separation from black liquor, depitching, fatty acid distillation;
single route, at plant;
gum rosin

Colophony/tall oil resin (estimation from paper production)
Kraft pulping, tall oil occurs as by-product;
single route, at plant;
composition: fatty acids about 42 to 55 %, resin acids about 33 to 47 %, sterines

Compressed air 1.5 bar (low power consumption)
1.5 bar, high efficiency;
consumption mix, at plant;
low electricity consumption

Compressed air 2 to 20 bar (high power consumption)
2 to 20 bar, low efficiency;
consumption mix, at plant;
high electricity consumption

Compressed air 2 to 20 bar (low power consumption)
2 to 20 bar, high efficiency;
consumption mix, at plant;
low electricity consumption

Compressed air 3.5 bar (low power consumption)
3.5 bar, high efficiency;
consumption mix, at plant;
low electricity consumption

Compressed natural gas (CNG)
technology mix of screw-type and piston compressors;
production mix, at plant;
compression to 250 bar

Compressed natural gas (CNG) supplied and combusted [CNG input in kg]
Combustion of 1kg fuel input;
single route, at plant;
eta 1

Compressed natural gas (CNG) supplied and combusted [CNG input in kg] (direct)
Combustion of 1kg fuel input;
single route, at plant;
eta 1, scope 1 (direct GHG emissions)

Compressed natural gas (CNG) supplied and combusted [CNG input in kg] (indirect)
Combustion of 1kg fuel input;
single route, at plant;
eta 1, scope 3 (indirect GHG emissions)

Compressed natural gas (CNG) supplied and combusted [th. energy output in MJ, 85% eta]
Combustion based on 1 MJ fuel input, eta 85%, thermal energy output 0,85 MJ;
single route, at plant;
eta 0,85

Compressed natural gas (CNG) supplied and combusted [th. energy output in MJ, 85% eta] (direct)
Combustion based on 1 MJ fuel input, eta 85%, thermal energy output 0,85 MJ;
single route, at plant;
eta 0,85, scope 1 (direct GHG emissions)

Compressed natural gas (CNG) supplied and combusted [th. energy output in MJ, 85% eta] (indirect)
Combustion based on 1 MJ fuel input, eta 85%, thermal energy output 0,85 MJ;
single route, at plant;
eta 0,85, scope 3 (indirect GHG emissions)

Concrete liquefier (ferrochrome-lignine sulfonate)
technology mix;
production mix, at plant;
Ferrochrome-lignine sulfonate

Condensed skim milk
thermal evaporation using steam heat;
production mix, at producer;
65% H2O

Connector audio TRS 2.5mm plug (2.0g) (gold-plated)
technology mix;
production mix, at producer;
2.5mm plug (2.0g) (gold-plated)

Connector audio TRS 2.5mm plug (2.0g) (silver-plated)
technology mix;
production mix, at producer;
2.5mm plug (2.0g) (silver-plated)

Connector audio TRS 2.5mm socket (500mg) (gold-plated)
technology mix;
production mix, at producer;
2.5mm socket (500mg) (gold-plated)

Connector audio TRS 2.5mm socket (500mg) (silver-plated)
technology mix;
production mix, at producer;
2.5mm socket (500mg) (silver-plated)

Connector audio TRS 3.5mm plug (3.0g) (gold-plated)
technology mix;
production mix, at producer;
3.5mm plug (3.0g) (gold-plated)

Connector audio TRS 3.5mm plug (3.0g) (nickel-plated)
technology mix;
production mix, at producer;
3.5mm plug (3.0g) (nickel-plated)

Connector audio TRS 3.5mm socket (800mg) (gold-plated)
technology mix;
production mix, at producer;
3.5mm socket (800mg) (gold-plated)

Connector audio TRS 3.5mm socket (800mg) (silver-plated)
technology mix;
production mix, at producer;
3.5mm socket (800mg) (silver-plated)

Connector China type I (38,7 g, 3 pins)
technology mix;
production mix, at producer;
38,7 g, 3 pins

Connector Cinch female (15 g, 1 pin)
technology mix;
production mix, at producer;
15 g, 1 pin

Connector Cinch female (15 g, 1 pin, gold plated)
technology mix;
production mix, at producer;
15 g, 1 pin, gold plated

Connector Cinch male (4,1 g, 1 pin)
technology mix;
production mix, at producer;
4,1 g, 1 pin

Connector Cinch male (4,1 g, 1 pin, gold plated)
technology mix;
production mix, at producer;
4,1 g, 1 pin, gold plated

Connector DC power female (2 g, 1 pin)
technology mix;
production mix, at producer;
2 g, 1 pin

Connector DC power male (2,9 g, 1 pin)
technology mix;
production mix, at producer;
2,9 g, 1 pin

Connector D-Sub (20,4 g, 15 pins, gold plated)
technology mix;
production mix, at producer;
20,4 g, 15 pins, gold plated

Connector D-Sub (21,1 g, 9 pins, gold plated)
technology mix;
production mix, at producer;
21,1 g, 9 pins, gold plated

Connector D-sub DE-15 (VGA) 15-pin plug (20.4g) (gold-plated)
technology mix;
production mix, at producer;
D-sub DE-15 (VGA) 15-pin plug (20.4g) (gold-plated)

Connector D-sub DE-15 (VGA) 15-pin socket (8.4g) (gold-plated)
technology mix;
production mix, at producer;
D-sub DE-15 (VGA) 15-pin socket (8.4g) (gold-plated)

Connector D-sub DE-9 (RS-232/serial) 9-pin plug (17.7g) (gold-plated)
technology mix;
production mix, at producer;
D-sub DE-9 (RS-232/serial) 9-pin plug (17.7g) (gold-plated)

Connector D-sub DE-9 (RS-232/serial) 9-pin socket (7.2g) (gold-plated)
technology mix;
production mix, at producer;
D-sub DE-9 (RS-232/serial) 9-pin socket (7.2g) (gold-plated)

Connector HDMI type A (7,9 g, 19 pins, gold plated)
technology mix;
production mix, at producer;
7,9 g, 19 pins, gold plated

Connector HDMI type D (2,7 g, 19 pins, gold plated)
technology mix;
production mix, at producer;
2,7 g, 19 pins, gold plated

Connector HDMI Type-A 19-pin plug (7.8g) (gold-plated)
technology mix;
production mix, at producer;
HDMI Type-A 19-pin plug (7.8g) (gold-plated)

Connector HDMI Type-A 19-pin socket (2.0g) (gold-plated)
technology mix;
production mix, at producer;
HDMI Type-A 19-pin socket (2.0g) (gold-plated)

Connector HDMI Type-D 19-pin plug (2.7g) (gold-plated)
technology mix;
production mix, at producer;
HDMI Type-D 19-pin plug (2.7g) (gold-plated)

Connector IC single-row (2 g, 10 pins)
technology mix;
production mix, at producer;
2 g, 10 pins

Connector IC single-row (2 g, 10 pins, gold plated)
technology mix;
production mix, at producer;
2 g, 10 pins, gold plated

Connector IDC socket (5 g, 40 pins, gold plated)
technology mix;
production mix, at producer;
5 g, 40 pins, gold plated

Connector IEC-60320-C13 female (28,5 g, 3 pins)
technology mix;
production mix, at producer;
28,5 g, 3 pins

Connector IEC-60320-C14 male (9,1 g, 3 pins)
technology mix;
production mix, at producer;
9,1 g, 3 pins

Connector IEC-60320-C5 female (16,8 g, 3 pins)
technology mix;
production mix, at producer;
16,8 g, 3 pins

Connector IEC-60320-C6 male (5,5 g, 3 pins)
technology mix;
production mix, at producer;
5,5 g, 3 pins

Connector IEC-60320-C7 female (5,5 g, 2 pins)
technology mix;
production mix, at producer;
5,5 g, 2 pins

Connector IEC-60320-C8 male (5 g, 2 pins)
technology mix;
production mix, at producer;
5,5 g, 2 pins

Connector Industries 230 V (120 g, 3 pins)
technology mix;
production mix, at producer;
120 g, 3 pins

Connector Industries 400 V (180 g, 5 pins)
technology mix;
production mix, at producer;
180 g, 5 pins

Connector NEMA type A (19,2 g, 2 pins)
technology mix;
production mix, at producer;
19,2 g, 2 pins

Connector NEMA type B (27,7 g, 3 pins)
technology mix;
production mix, at producer;
27,7 g, 3 pins

Connector PATA
production of brass pin with gold and nickel coating, production of plastic housing;
production mix, at plant;
4 pins

Connector PCI (2,6 g, 72 pins, gold plated)
technology mix;
production mix, at producer;
2,6 g, 72 pins, gold plated

Connector power AC mains China Type-I 3-pin plug (38.7g)
technology mix;
production mix, at producer;
China Type-I 3-pin plug (38.7g)

Connector power AC mains Euro/Schuko Type-C CEE 7/16 2-pin plug (15g)
technology mix;
production mix, at producer;
Euro/Schuko Type-C CEE 7/16 2-pin plug (15g)

Connector power AC mains Euro/Schuko Type-C CEE 7/7 3-pin plug (39.9g)
technology mix;
production mix, at producer;
Euro/Schuko Type-C CEE 7/7 3-pin plug (39.9g)

Connector power AC mains industrial 230V 3-pin plug (120g)
technology mix;
production mix, at producer;
industrial 230V 3-pin plug (120g)

Connector power AC mains industrial 400V 5-pin plug (180g)
technology mix;
production mix, at producer;
industrial 400V 5-pin plug (180g)

Connector power AC mains NEMA Type-A 2-pin plug (19.2g)
technology mix;
production mix, at producer;
NEMA Type-A 2-pin plug (19.2g)

Connector power AC mains NEMA Type-B 3-pin plug (27.7g)
technology mix;
production mix, at producer;
NEMA Type-B 3-pin plug (27.7g)

Connector power AC mains UK Type-G 3-pin plug (46.5g)
technology mix;
production mix, at producer;
UK Type-G 3-pin plug (46.5g)

Connector power DC circular plug (2.9g)
technology mix;
production mix, at producer;
DC circular plug (2.9g)

Connector power DC circular socket (2g)
technology mix;
production mix, at producer;
DC circular socket (2g)

Connector power IEC-60320-C13 3-pin plug (28.5g)
technology mix;
production mix, at producer;
IEC-60320-C13 3-pin plug (28.5g)

Connector power IEC-60320-C14 3-pin socket (10g)
technology mix;
production mix, at producer;
IEC-60320-C14 3-pin socket (10g)

Connector power IEC-60320-C5 3-pin plug (17.2g)
technology mix;
production mix, at producer;
IEC-60320-C5 3-pin plug (17.2g)

Connector power IEC-60320-C6 3-pin socket (5.5g)
technology mix;
production mix, at producer;
IEC-60320-C6 3-pin socket (5.5g)

Connector power IEC-60320-C7 2-pin plug (5.5g)
technology mix;
production mix, at producer;
IEC-60320-C7 2-pin plug (5.5g)

Connector power IEC-60320-C8 2-pin socket (5.0g)
technology mix;
production mix, at producer;
IEC-60320-C8 2-pin socket (5.0g)

Connector RCA/Cinch plug (4.1g) (gold-plated)
technology mix;
production mix, at producer;
plug (4.1g) (gold-plated)

Connector RCA/Cinch plug (4.1g) (silver-plated)
technology mix;
production mix, at producer;
plug (4.1g) (silver-plated)

Connector RCA/Cinch socket (2.9g) (gold-plated)
technology mix;
production mix, at producer;
socket (2.9g) (gold-plated)

Connector RCA/Cinch socket (2.9g) (silver-plated)
technology mix;
production mix, at producer;
socket (2.9g) (silver-plated)

Connector RJ 45 (5,4 g, 8 pins, gold plated)
technology mix;
production mix, at producer;
5,4 g, 8 pins, gold plated

Connector RJ45/8P8C ethernet 8-pin plug (2.4g) (gold-plated)
technology mix;
production mix, at producer;
RJ45/8P8C ethernet 8-pin plug (2.4g) (gold-plated)

Connector RJ45/8P8C ethernet 8-pin socket (2.5g) (gold-plated)
technology mix;
production mix, at producer;
RJ45/8P8C ethernet 8-pin socket (2.5g) (gold-plated)

Connector RJ45/8P8C ethernet EMI/RFI shielded 8-pin plug (5.5g) (gold-plated)
technology mix;
production mix, at producer;
RJ45/8P8C ethernet EMI/RFI shielded 8-pin plug (5.5g) (gold-plated)

Connector RJ45/8P8C ethernet EMI/RFI shielded 8-pin socket (3.6g) (gold-plated)
technology mix;
production mix, at producer;
RJ45/8P8C ethernet EMI/RFI shielded 8-pin socket (3.6g) (gold-plated)

Connector S-ATA (2 g, 7 pins, gold plated)
technology mix;
production mix, at producer;
2 g, 7 pins, gold plated

Connector SATA 7 + 15 (22-pin) plug (1.4g) (gold-plated)
technology mix;
production mix, at producer;
SATA 7 + 15 (22-pin) plug (1.4g) (gold-plated)

Connector Schuko CEE 7/7 (39,9 g, 3 pins)
technology mix;
production mix, at producer;
39,9 g, 3 pins

Connector Steck Klemme Leiste (3 g, 2 pins)
technology mix;
production mix, at producer;
3 g, 2 pins

Connector Steck Rck Einpress Male (4,2 g, 55 pins, gold plated)
technology mix;
production mix, at producer

Connector TRS 2,5 female (10 g, 1 pin)
technology mix;
production mix, at producer;
10 g, 1 pin

Connector TRS 2,5 female (10 g, 1 pin, gold plated)
technology mix;
production mix, at producer;
10 g, 1 pin, gold plated

Connector TRS 2,5 male (2 g, 1 pin, gold plated)
technology mix;
production mix, at producer;
2 g, 1 pin, gold plated

Connector TRS 2,5 male 2 g, 1 pin)
technology mix;
production mix, at producer;
2 g, 1 pin

Connector TRS 3,5 female (15 g, 1 pin)
technology mix;
production mix, at producer;
15 g, 1 pin

Connector TRS 3,5 female (15 g, 1 pin, gold plated)
technology mix;
production mix, at producer;
15 g, 1 pin, gold plated

Connector TRS 3,5 male (2,4 g, 1 pin)
technology mix;
production mix, at producer;
2,4 g, 1 pin

Connector TRS 3,5 male (2,4 g, 1 pin, gold plated)
technology mix;
production mix, at producer;
2,4 g, 1 pin, gold plated

Connector TRS 6,35 female (30 g, 1 pin)
technology mix;
production mix, at producer;
30 g, 1 pin

Connector TRS 6,35 male (20 g, 1 pin)
technology mix;
production mix, at producer;
20 g, 1 pin

Connector TRS 6,35 male (20 g, 1 pin, gold plated)
technology mix;
production mix, at producer;
20 g, 1 pin, gold plated

Connector UK type G (46,5 g, 3 pins)
technology mix;
production mix, at producer;
46,5 g, 3 pins

Connector USB micro (2,5 g, 4 pins, gold plated)
technology mix;
production mix, at producer;
2,5 g, 4 pins, gold plated

Connector USB micro Type-B 5-pin plug (2.5g) (gold-plated)
technology mix;
production mix, at producer;
USB micro Type-B 5-pin plug (2.5g) (gold-plated)

Connector USB mini (2,8 g, 4 pins, gold plated)
technology mix;
production mix, at producer;
2,8 g, 4 pins, gold plated

Connector USB mini 5-pin socket (760mg) (gold-plated)
technology mix;
production mix, at producer;
USB mini 5-pin socket (760mg) (gold-plated)

Connector USB mini Type-B 5-pin plug (1.1g) (gold-plated)
technology mix;
production mix, at producer;
USB mini Type-B 5-pin plug (1.1g) (gold-plated)

Connector USB type A (1,6 g, 4 pins, gold plated)
technology mix;
production mix, at producer;
1,6 g, 4 pins, gold plated

Connector USB type B (8,1 g, 4 pins, gold plated)
technology mix;
production mix, at producer;
8,1 g, 4 pins, gold plated

Connector USB Type-A 4-pin socket (2.1g) (gold-plated)
technology mix;
production mix, at producer;
USB Type-A 4-pin socket (2.1g) (gold-plated)

Connector USB Type-B 4-pin plug (10.2g) (gold-plated)
technology mix;
production mix, at producer;
USB Type-B 4-pin plug (10.2g) (gold-plated)

Connector USB Type-B 4-pin socket (2.8g) (gold-plated)
technology mix;
production mix, at producer;
USB Type-B 4-pin socket (2.8g) (gold-plated)

Connector wire-to-board IDC 2.54mm-pitch 2x10 (20-pin) cable-mounted socket (3.3g) (gold-plated)
technology mix;
production mix, at producer;
wire-to-board IDC 2.54mm-pitch 2x10 (20-pin) cable-mounted socket (3.3g) (gold-plated)

Connector wire-to-board IDC 2.54mm-pitch 2x10 (20-pin) cable-mounted socket (3.3g) (tin-plated)
technology mix;
production mix, at producer;
wire-to-board IDC 2.54mm-pitch 2x10 (20-pin) cable-mounted socket (3.3g) (tin-plated)

Connector wire-to-board pin-header 2.54mm-pitch 2x10 (20-pin) (1.3g) (gold-plated)
technology mix;
production mix, at producer;
wire-to-board pin-header 2.54mm-pitch 2x10 (20-pin) (1.3g) (gold-plated)

Connector wire-to-board pin-header 2.54mm-pitch 2x10 (20-pin) (1.3g) (tin-plated)
technology mix;
production mix, at producer;
wire-to-board pin-header 2.54mm-pitch 2x10 (20-pin) (1.3g) (tin-plated)

Copper chloride catalyst (estimation)
direct combination of copper and chlorine;
single route, at plant;
3.39 g/cm3, 134.45 g/mol

Copper chloride catalyst (estimation)
direct combination of copper and chlorine;
single route, at plant;
3.39 g/cm3, 134.45 g/mol

Copper phthalocyanine
phthalic anhydride- urea process;
single route, at plant;
1.62 g/cm3, 576.07 g/mol

Copper phthalocyanine (estimation)
phthalic anhydride- urea process;
single route, at plant;
1.62 g/cm3, 576.07 g/mol

Copper sulphate as by-product from copper route
mining, benefication, roasting, CuSO4 production;
production mix, at plant;
3.60 g/cm3, 159.61 g/mol

Copper sulphate as by-product from copper route
mining, benefication, roasting, CuSO4 production;
production mix, at plant;
3.60 g/cm3, 159.61 g/mol

Copper wire (0.06 mm)
wire drawing;
single route, at plant;
0.06mm

Copper wire (0.06 mm)
wire drawing;
single route, at plant;
0.06mm

Copper wire (0.6 mm)
wire drawing;
single route, at plant;
0.6mm

Cork broken
Cork treatment, cork breaking;
single route, at plant;
120–240 kg/m3

Cork flour
Cork washing and grinding;
production mix, at plant;
grain size ~0,0001mm

Cork flour (EN15804 A1-A3)
Cork washing and grinding;
production mix, at plant;
grain size ~0,0001mm

Cork veneer
Cork treatment;
single route, at plant;
120–240 kg/m3

Corrugated board 2015, 84,5% recycled fiber, for use in cut-off EoL
technology mix;
production mix, at producer;
15,5% primary fibre, 84,5% recycled fibre

Cotton fibre (conventional)
cotton ginning;
single route, at plant;
length of fibers 0.5 inch to 2 inches,1.54–1.56 g/cm³

Cotton fibre (organic)
cotton ginning;
single route, at plant;
length of fibers 0.5 inch to 2 inches,1.54–1.56 g/cm³

Cottonseed meal
cotton cultivation, seed harvesting, pressing, extraction, refining;
single producer, at plant;
press cake from cotton oil pressing

Cresol (p-cresol)
sulfonation of toluene;
single route, at plant;
1.05 g/cm3, 108.14 g/mol

Crude coconut oil
harvest, pressing and extraction;
single route, at plant;
80% carbon content

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.3 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.1 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
43.0 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
41.3 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.4 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
43.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.3 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
41.3 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
43.4 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
43.4 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.7 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.3 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.4 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.3 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.1 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.8 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.6 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
43.1 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.2 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.5 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.6 MJ/kg net calorific value

Crude oil mix
technology mix of conventional and unconventional (oil sands, in-situ) production;
consumption mix, to consumer;
42.1 MJ/kg net calorific value

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cumene (isopropylbenzene) (C9H12)
alkylation of benzene;
production mix, at plant;
0.862 g/cm3, 120.20 g/mol

Cupric carbonate basic by-product sodium sulphate (estimation)
reaction of copper sulphate and sodium carbonate;
production mix, at plant;
4 g/cm3, 221 g/mol

Cyanogen Chloride (via chlorination of hydrocyanic acid)
chlorination of hydrocyanic acid;
single route, at plant;
61.47 g/mol

Cyanuric acid
pyrolysis of urea;
production mix, at plant;
2.5 g/cm3, 129.07 g/mol

Cyanuric chloride (via trimerization of cyanogen chloride)
via trimerization of cyanogen chloride;
single route, at plant;
1.32 g/cm3, 184.40 g/mol

Cyclododecatriene (CDT, 1,5,9-Cyclododecatriene)
cyclotrimerization of butadiene;
production mix, at plant;
0.89 g/cm3, 162.28 g/mol

Cyclododecatriene by-products 1,5-Cyclooctadiene, 4-Vinylcyclohexene
cyclotrimerization of butadiene;
single route, at plant;
0.89 g/cm3, 162.28 g/mol

Cyclohexanone
from cyclohexane;
production mix, at plant;
0.95 g/cm3, 98.15 g/mol

DDGS (from ethanol from corn)
Corn dry mill process;
single producer, at plant;
26.5% CP