Page 178 - Materials Chemistry, Second Edition

162 3 Life Cycle Inventory Analysis

Table 3.17 Inventory data of emissions into air.

Emissions (air) Mass/fU Impact category
Volume/fU
Energy/fU

Exhaust gas (dry standard volume) (A) 2.40E+02 Nm 3 n. a.
Waste heat (A) 2.58E+05 kJ n. a.
Asbestos (A) 5.67E−14 kg n. a.
Landfill gas, diffuse (A) 1.76E−01 m 3 n. a.
Fly ash (A) 2.35E−06 kg n. a.
Carbon (C-total) (A) 3.02E−04 kg n. a.
Particle (A) 5.67E−04 kg n. a.
Particle from Diesel releases (A) 1.00E−04 kg n. a.
Dust (>PM10) (A) –9.92E−04 kg n. a.
Dust (A) 2.57E−02 kg n. a.
Dust (PM10) (A) 5.77E−03 kg n. a.
Compounds, inorganic (A)
Ammonia (A) 4.04E−03 kg Acidification
Eutrophication (soil)
Carbon disulphide (A) 6.15E−12 kg Acidification
Chlorine (A) 9.23E−08 kg n. a.
Chloride (A) 9.54E−06 kg n. a.
Hydrogen chloride (A) 1.04E−03 kg Acidification
Hydrogen cyanide 2.41E−09 kh Acidification
Dinitrogen monoxide (A) 1.13E−03 kg Greenhouse effect
Fluorine (A) 7.94E−09 kg n. a.
Fluorine, total (A) 6.67E−04 kg n. a.
Hydrogen fluoride (A) 1.02E−03 kg Acidification
NOx (A) 1.54E−01 kg Summer smog
Acidification
Eutrophication (soil)
Phosphine (A) 4.43E−08 kg n. a.
Sulphur (A) 4.16E−08 kg n. a.
Sulphur dioxide (A) 1.53E−01 kg Acidification
Carbon disulphide (A) 1.89E−10 kg Acidification
Sulphuric acid (A) 1.04E−13 kg Acidification
Hydrogen sulphide (A) 2.11E−04 kg Acidification
Nitrogen (A) 2.13E−04 kg n. a.
Nitrogen dioxide (A) 2.10E−02 kg Summer smog
Acidification
Eutrophication (soil)
Nitrogen oxides, unspecific (A) 4.18E−03 kg Summer smog
Acidification
Eutrophication (soil)
TRS; totally reduced sulphur; as S (A) 7.79E−04 kg Acidification
Hydrogen (A) 4.60E−04 kg n. a.
Carbon dioxide (A)
Carbon dioxide, fossil (A) 6.05E+01 kg Greenhouse effect