Doggy,
If you had an incinerator that converted garbage to energy for almost free with no emissions, that would indeed be popular, to say the least.
The only way I can believe no emissions is via e=mc squared. Basically, you convert 1/2 the mass to antimatter and let it combine with the rest. Otherwise, whatever you put in has to come out, some of it in a lower energy form such as CO or CO2, or heat would not be produced.
mc2, close, extract the co2 since it stagnates the "burn", the NOs & COs will help the "Burn" so ill cycle them back in to "furnace", however SO2 may be a trickey one, ;;i didnt kno about that one;;since it dont burn, maybe i could extract it from the cycle too and maybe electrolyze the S out of the SO2?
Natural gas boilers for residential use have reached 93% or so of input.
NEXT time someone gets in to a car turn up the heat all the way and drive around for a bit, see how hot it gets, then open the window a crack and see how much cooler it gets, this all just seems like tremendous amounts of energy?
i don't know much about efficiency, only workout/working *%
all im sayin is that all the work done in radiators to cool and the heat lost in exhaust must add up to something...
one thing iv always wondered, since im on the topic is: if i had 2CH4 + 4O2 -----> 2CO2 + 4H2O "how much energy would be released@100%efficency?
If you don't know the basics of the physics or chemistry behind how energy transfers and chemical changes occur you are way in over your head and well beyond our common help. Theorizing is something anyone can but knowing the whats and whys of the real life working conditions behind those day dreams is not.
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