Group,
While bedridden with the meselles. (while in my 40s), A thought
occurred to me, the terrible danger of oily rags spontaneously catching fire.
FACT: Before the rags ignite there is heat produced from the oil oxidizing.
Is that heat obtained more efficiently from the oil than out-right flaming combustion?
My thought was if spontaneous combustion were made easy to reproduce
would a heat exchanger be able to keep the temps below the ignition temp
and what amount of heat could be predicted and would it be useful?
I found this site with its experiment :)
http://wildwoodsurvival.com/survival/fire/spontaneouscombustion/rbjul05/index.html
What if the temp was clamped at say 100-150C with an exchanger and
the heat moved some where useful?
How can oil be added to sustain operation 24/7?
What about another matrix something other than
cloth my first guess is fiberglass??
Imagine a 55gal drum to dumpster sized device, positioned
away from home and heat piped inside. If it goes it full burn
it will be safe away.
Also, notice that before it flared it was vaporizing the oil.
Would a large unit produce enough vapor to sustain an engine,
If the vapors were passed through a GEET reactor?
DrSpark
perhaps something like the J-2 combustion for the constellation project?
Thinking outside the bell perhaps?
Trivia Question: What does the planed rocket to mars run on?
Answer: AIR+ h2o and Oxy
judge