1 kg of liquid fuel = 0.8kg of carbon.
In CO2 it is necessary to multiply by 3.67.
https://www.econologie.com/equation-de-combustion-articles-638.html a écrit : Knowing that the density of gasoline is 0.74 kg / l and that 1 grams of gasoline burned 3.09 grams of CO2, it comes: 0.74 * 3.09 = 2.28 kg CO2 per liter of gasoline burned.
These 2.28 kg occupy a volume of 2280 / 44 * 25 = 1295 L of CO2 released per liter of gasoline consumed.
Likewise for the H2O: the report fuel consumption on rejections of CO2 is 162 / 114 = 1.42
hence: 0.74 * 1.42 = 1.05 kg of H2O per liter of petrol burned.
Conclusion
A vehicle consuming 1 L gasoline will therefore reject a little more than a kilo of water and 2.3 kg of CO2.
So for my space, which is about 8,8 l / 100 gasoline, how many g CO2 per Km?
so I'm doing 8.8L / 100km x 2 280g = 200 g / km of CO2
does it stick for you?
This means that to make less fateful 160g, you need to consume less 7L / 100 gasoline
And for the Gasoil?