|
| | 2010
technology
g.CO2eq/km
| Hybrid
technology
g.CO2eq/km
|
|
Petrol | 2010 | 163
| 140 |
Biogas | from municipal waste
| 32 | 24
|
| from liquid manure | -144
| -106 |
| From | 5
| 4 |
Petrol with 5% | from sugar beet with pulp to heat
| 158 | 136
|
bioethanol | from wheat with gas boiler, DDGS to heat
| 160 | 138
|
| from wheat with gas CHP, DDGS to heat
| 159 | 137
|
| from wheat with straw CHP, DDGS to heat
| 157 | 135
|
| from farmed wood | 156
| 135 |
| from sugar cane | 156
| 135 |
| from straw | 156
| 135 |
100% bioethanol | from sugar beet with pulp to heat
| 58 | 50
|
| from wheat with gas boiler, DDGS to heat
| 97 | 84
|
| from wheat with gas CHP, DDGS to heat
| 73 | 64
|
| from wheat with straw CHP, DDGS to heat
| 32 | 28
|
| from farmed wood (coppice)
| 43 | 37
|
| from sugar cane | 21
| 19 |
| from straw | 19
| 16 |
Diesel | 2010 | 156
| 129 |
Diesel with 5% | methyl ester from rape with glycerine as chemical
| 152 | 125
|
biodiesel | ethyl ester from rape with glycerine as chemical
| 152 | 125
|
100% biodiesel | methyl ester from rape with glycerine as chemical
| 73 | 61
|
| ethyl ester from rape with glycerine as chemical
| 61 | 51
|
100% synthetic | Remote gas to liquids
| 171 | 141
|
diesel | Remote gas to liquids with carbon capture and storage
| 150 | 124
|
| from farmed wood (coppice)
| 15 | 12
|
|