148
Global Atmospheric Evolution: Impact of Anthropogenic Activities
ANNEX 5 - CORINAIR 90 FRANCE I SOME RESULTS
Emission versus emissions categories
These values can be revised later on according to the improvement of knowledge
and of the methods of estimation. The reader is requested to test if more recent
data are available.
CITEPA CORINAIR FRANCE 1990 17/06194
-
f f
2
res ra .wq.
EMISSION GROUPS
S02
10 3 M g
NO.
10 3 M g
I. Production of electricity 343.7
105.9
cogeneration and district
heating plants.
2. Commercial, institu116.2
88.6
tional and residential combustion plants.
(biomass included)
3. Industrial combustion 514.1
164.3
plants.
4. Industrial processes.
110.9
30.8
non-combustion processes.
5. Extraction and distribu23.8
3.5
tion of fossil fuels.
6. Solvent use.
0.0
0.0
7. Road transport.
145.3 1037.8
8. Other transport.
24.6
129.1
9. Waste treatment and dis19.2
23.9
posal.
10. Agriculture.
0.0
0.0
II. Nature.
2.5
5.5
TOTAL
1300.4 1589.4
value = 0 signifies emissions < 0.05 10 3
AZ: approximately zero or negligible
COVNM
CH4
NH3
co
CO2
N20
10 3 M g 10 3 M g
10 3 M g
10 3 M g
10 3 M g 10 3 M g
1.3
1.1
AZ
21.0
40.0
1.1
214.2 149.9
AZ
1892.0 117.6
3.8
7.3
6.6
AZ
598.1
86.7
2.1
100.1
5.9
16.6
668.3
6.8
93.6
122.5 352.2
AZ
0.0
0.2
0.0
635.6
0.0
0.0
0.0
0.0
0.0
1169.8 22.3
0.8
6812.2
97.4
3.8
121.8
0.6
AZ
512.2
11.7
0.4
19.0
729.0
1.8
232.2
11.9
1.3
10.5 2410.2 625.9
NE
NE
60.8
461.8 191.1
AZ
193.9
108.8
55.7
2864.0 3868.8 645.1 10930.1 481.0 222.7
NO x expressed in equivalent N02, CO2 in CO 2 effective
NE: not estimated
Global Atmospheric Evolution: Impact of Anthropogenic Activities
ANNEX 5 - CORINAIR 90 FRANCE I SOME RESULTS
Emission versus emissions categories
These values can be revised later on according to the improvement of knowledge
and of the methods of estimation. The reader is requested to test if more recent
data are available.
CITEPA CORINAIR FRANCE 1990 17/06194
-
f f
2
res ra .wq.
EMISSION GROUPS
S02
10 3 M g
NO.
10 3 M g
I. Production of electricity 343.7
105.9
cogeneration and district
heating plants.
2. Commercial, institu116.2
88.6
tional and residential combustion plants.
(biomass included)
3. Industrial combustion 514.1
164.3
plants.
4. Industrial processes.
110.9
30.8
non-combustion processes.
5. Extraction and distribu23.8
3.5
tion of fossil fuels.
6. Solvent use.
0.0
0.0
7. Road transport.
145.3 1037.8
8. Other transport.
24.6
129.1
9. Waste treatment and dis19.2
23.9
posal.
10. Agriculture.
0.0
0.0
II. Nature.
2.5
5.5
TOTAL
1300.4 1589.4
value = 0 signifies emissions < 0.05 10 3
AZ: approximately zero or negligible
COVNM
CH4
NH3
co
CO2
N20
10 3 M g 10 3 M g
10 3 M g
10 3 M g
10 3 M g 10 3 M g
1.3
1.1
AZ
21.0
40.0
1.1
214.2 149.9
AZ
1892.0 117.6
3.8
7.3
6.6
AZ
598.1
86.7
2.1
100.1
5.9
16.6
668.3
6.8
93.6
122.5 352.2
AZ
0.0
0.2
0.0
635.6
0.0
0.0
0.0
0.0
0.0
1169.8 22.3
0.8
6812.2
97.4
3.8
121.8
0.6
AZ
512.2
11.7
0.4
19.0
729.0
1.8
232.2
11.9
1.3
10.5 2410.2 625.9
NE
NE
60.8
461.8 191.1
AZ
193.9
108.8
55.7
2864.0 3868.8 645.1 10930.1 481.0 222.7
NO x expressed in equivalent N02, CO2 in CO 2 effective
NE: not estimated