yellowsnow
07-04-2009, 03:46 AM
well no point hording my ideas since i'll never have the time or extra money to try them.
THE ANSWER TO HHO IS THERMOLYSIS
( http://en.wikipedia.org/wiki/Thermal_decomposition )!! or thermolysis of water ; the wikipedia on this mysteriously dissapeared recently : ( http://adsabs.harvard.edu/abs/1986CRASM.302.1219O ) but it really starts to break down around 1500C. Heat steam to more than 1500C and it will become HHO untill it cools, then it will turn back to water-steam. ( means safe recycling of unused HHO). i have 3 ideas that would work but have bugs to work out( except number 1 not sure if it gets hot enough).
1. The worst idea= running a valveless pulse jet engine on HHO to create heat for thermolysis.tHEORY= COMBUSTION OF HHO MAKES MORE HEAT THAN BURNING http://www.pulse-jets.com/ http://www.beck-technologies.com/ since the metal is red,orange, yellow hot it is pretty hot http://911research.wtc7.net/cache/wtc/analysis/fires/metcolor.htm what if you had a valveless pulse jet running on HHO with a water jaCKET around it ? the water jacket would produce the steam that you run through piping into the hottest part of the jet to turn into HHO. And the water jacket would cool the pulse jet enough to keep it from melting. ten dollar pulse jet (need to be able to weld stainless) http://tendollarjets.blogspot.com/
idea #2 ATOMIC ARC WELDER.... blow hydrogen across an electric AC arc to make around 3000-4000C (it used to say up to 5000C, but was changed) . http://en.wikipedia.org/wiki/Atomic_hydrogen_welding http://www.specialwelds.com/underwater-welding/atomic-hydrogen-welding.htm up to 300 VAC to strike an arc but around 75 VAC at 10-20 amps to hold the arc. put steam through a pociiain tube through the hot spot and you create plenty of HHO very fast..more than you use to keep it going.
#3 microwave plasma .... by putting a glass upside down in a microwave with a lit candle underniegth it, you will see the candle flame rise up, turn into plasma, and be contained by the glass for about 10 seconds until the glass cant take the heat and shatters...plasma will go to 1 million degrees C from what i can find.. it's already patented to run steam through a microwave and produce HHO... but what about using a microwave fitted to make the reaction happen under water (mainly for cooling purpuses) with a substance molten in a container that is unaffected by microwaves.. of course with the generated steam runnning through piping into the molten substance that continues to absorb and hold the microwaves, creating HHO or just using the steam it's self..... GOOGLE MICROWAVE PLASMA YOUTUBE many videos
electrolysis cells are to ineffeciant. their is overunity to be found in thermolysis....... my electrolysis cell creates lots of HHO but runs a marine battery dead in 5 minutes. 100% to 30% Paul
THE ANSWER TO HHO IS THERMOLYSIS
( http://en.wikipedia.org/wiki/Thermal_decomposition )!! or thermolysis of water ; the wikipedia on this mysteriously dissapeared recently : ( http://adsabs.harvard.edu/abs/1986CRASM.302.1219O ) but it really starts to break down around 1500C. Heat steam to more than 1500C and it will become HHO untill it cools, then it will turn back to water-steam. ( means safe recycling of unused HHO). i have 3 ideas that would work but have bugs to work out( except number 1 not sure if it gets hot enough).
1. The worst idea= running a valveless pulse jet engine on HHO to create heat for thermolysis.tHEORY= COMBUSTION OF HHO MAKES MORE HEAT THAN BURNING http://www.pulse-jets.com/ http://www.beck-technologies.com/ since the metal is red,orange, yellow hot it is pretty hot http://911research.wtc7.net/cache/wtc/analysis/fires/metcolor.htm what if you had a valveless pulse jet running on HHO with a water jaCKET around it ? the water jacket would produce the steam that you run through piping into the hottest part of the jet to turn into HHO. And the water jacket would cool the pulse jet enough to keep it from melting. ten dollar pulse jet (need to be able to weld stainless) http://tendollarjets.blogspot.com/
idea #2 ATOMIC ARC WELDER.... blow hydrogen across an electric AC arc to make around 3000-4000C (it used to say up to 5000C, but was changed) . http://en.wikipedia.org/wiki/Atomic_hydrogen_welding http://www.specialwelds.com/underwater-welding/atomic-hydrogen-welding.htm up to 300 VAC to strike an arc but around 75 VAC at 10-20 amps to hold the arc. put steam through a pociiain tube through the hot spot and you create plenty of HHO very fast..more than you use to keep it going.
#3 microwave plasma .... by putting a glass upside down in a microwave with a lit candle underniegth it, you will see the candle flame rise up, turn into plasma, and be contained by the glass for about 10 seconds until the glass cant take the heat and shatters...plasma will go to 1 million degrees C from what i can find.. it's already patented to run steam through a microwave and produce HHO... but what about using a microwave fitted to make the reaction happen under water (mainly for cooling purpuses) with a substance molten in a container that is unaffected by microwaves.. of course with the generated steam runnning through piping into the molten substance that continues to absorb and hold the microwaves, creating HHO or just using the steam it's self..... GOOGLE MICROWAVE PLASMA YOUTUBE many videos
electrolysis cells are to ineffeciant. their is overunity to be found in thermolysis....... my electrolysis cell creates lots of HHO but runs a marine battery dead in 5 minutes. 100% to 30% Paul