Solo_Operator wrote:
Adamantium and ruveyn,
You are both right and I want to apologize. It's nice to be important but it's more important to be nice.
Combustion efficiency: is defined as the amount of heat released during combustion over the heating value of the fuel burned.
I meant to say that with no smoke (over the last 90% of the burn time), [at startup smoke is always present], I have made combustion efficiency as high as I can make it. When no smoke or creosote is produced that means that all the energy of the wood is turned into heat. I am making nearly "Complete Combustion" by giving the wood enough oxygen to fully react. I'm also giving the burn process enough time via a series of stacked ceramic burn chambers to reach full temperature. Also with the copper pipe to come, I will be gaining heated air and heated water from the process. To further gain energy from the wood would be chasing diminishing returns at this point.
I'm sorry to you ruveyn, you were correct. I'm learning about getting anger.
Bascially here's the design. introduce super preheated air (from the exhaust), make longer than normal (stacked upon themselves) ceramic burn chambers with high temp ceramics, and control the air jetted in, (more at the start, less once going, and try to gather all the heated air and with copper piping, heated water as possible.
Thanks for reading.
D.
The ash is not being converted to energy. Thus not all of the wood is being converted to energy. In fact if you measure the gases released by combustion plus the oxidized residue (ash) the total weight of this is greater than the original weight of the wood. That is because the wood is combining with oxygen. The wood is transformed but not consumed.
ruveyn