Appendix 3: Extract of the emissions linked to the life cycle of the offshore drilling well
according to the three scenarios.
Emissions to soil
Unité Well1
Well 2
Well 3
Aluminum
kg
5.2016458
4
6.8842794
2
-
1.3311995
6
Arsenic
kg
0.0020869
6
1.6333617
1
1.7300715
2
Cadmium
kg
0.0002850
4
0.9770359
1
1.0768953
2
Calcium
kg
20.806505
2
23.617102
7
-
9.2848131
9
Carbon
kg
15.753330
5
17.925724
4
-
7.5889719
7
Chromium
kg
0.0260870
6
0.8185214
0.9773940
1
Cobalt
kg
0.0003864
5
0.9520494
1.0518547
7
Copper
kg
0.0001741
7
1.7602472
7
0.7592731
2
Heat, waste
MJ
7109.1503
2
9124.4897
7190.4675
8
Iron
kg
10.403279
4
12.740546
5
-
4.5492114
1
Lead
kg
0.0007939
9
0.8841271
9
0.8796873
1
Manganese
kg
0.2080656
8
0.8671710
3
0.5381518
7
Mercury
kg
4.8248E-06 6.9089E-06
-1.9829E05
Nickel
kg
0.0002614
3
0.9643711
5
0.9629089
4
Nitrogen
kg
0.0014114
2
0.0020154
5
-
0.0055132
5
Oils, biogenic
kg
0.0031817
4
0.0129068
0.2512152
9
Oils, unspecified
kg
1.0972894
3
64.887517
59.099625
7
Phosphorus
kg
0.2618884
1
0.2978456
2
-
0.1223659
1
Phosphorus, total
kg
0.0002030
4
0.0002030
4
0.0002030
4
Sulfur
kg
3.1218490
4
3.5438131
2
-
1.3963469
7
Zinc
kg
0.0800031
8
0.8770378
5
0.7439098
3
Emissions to water (marines water and sediments)
Aluminum
kg
0.00798
0.00798
0.00798
Arsenic, ion
kg
1170
1170
1170
Barium
kg
8632
8632
8632
Précédent

Coupled modeling of environmental impacts and risks of offshore exploration drilling bay life cycle assessment: case study Skikda coastline - 83/87

Suivant