Well, the empirical chemical formula for wood is roughly CH2O(n).
This means that for every atom of carbon you have you also have to hydrogen and one oxygen.
When you burn the wood without oxygen, this chemical reaction occurs:
CH2O(s) -> H2O (g) + C(s).
The residual C(s) is pure graphite, i.e. coal.
This is of course the ideal reaction... In reality there are lots of other atoms in the wood, most notably nitrogen. It is also hard to make the burning completely free from oxygen, which leads to uneven quality of the charcoal.
Nevertheless, charcoal was the ingredient for gunpowder, as the charcoal is easy to grind into a powder, and the quality of the coal doesn't matter much.
The odd thing with this resource system is the salpeter... Since you extract it from urine, it is not exactly a resource.... Sulphur, on the other hand, being the third ingredient for gunpowder, IS a resource. Looks like the Firaxis people didn't do their homework...
This means that for every atom of carbon you have you also have to hydrogen and one oxygen.
When you burn the wood without oxygen, this chemical reaction occurs:
CH2O(s) -> H2O (g) + C(s).
The residual C(s) is pure graphite, i.e. coal.
This is of course the ideal reaction... In reality there are lots of other atoms in the wood, most notably nitrogen. It is also hard to make the burning completely free from oxygen, which leads to uneven quality of the charcoal.
Nevertheless, charcoal was the ingredient for gunpowder, as the charcoal is easy to grind into a powder, and the quality of the coal doesn't matter much.
The odd thing with this resource system is the salpeter... Since you extract it from urine, it is not exactly a resource.... Sulphur, on the other hand, being the third ingredient for gunpowder, IS a resource. Looks like the Firaxis people didn't do their homework...
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