OK, I tried to take the easy way out.
Sulfur is indeed damaging to iron but I had good low sulfur bituminous for forge work. Try to forge weld with the sulfur there. When you go to coke it to work, it is hard to not see it's presence. My best guess would be that it was the rate that the carbon monoxide was given off relative the the heat energy produced for each fuel. The porous nature of wood coal I would think only can help in its rapid consumption, a bad thing in forge work.
I had a half page typed that was more to Harold than the forum and refining, therefor if someone here is “real” interested I will continue it. But otherwise Harold and I should probably take this off forum.
Ps; it is far easier to fire a forge with wet bituminous that wet wood coal. It is like the difference between rocks and a sponge.
Sulfur is indeed damaging to iron but I had good low sulfur bituminous for forge work. Try to forge weld with the sulfur there. When you go to coke it to work, it is hard to not see it's presence. My best guess would be that it was the rate that the carbon monoxide was given off relative the the heat energy produced for each fuel. The porous nature of wood coal I would think only can help in its rapid consumption, a bad thing in forge work.
I had a half page typed that was more to Harold than the forum and refining, therefor if someone here is “real” interested I will continue it. But otherwise Harold and I should probably take this off forum.
Ps; it is far easier to fire a forge with wet bituminous that wet wood coal. It is like the difference between rocks and a sponge.