Chronicles of h20power #4
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looks good
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So have you been able to actually make an engine run solely on water?
If so do you have the plans on your electrolyzer? (the thing that separates water molecules through electricity, not sure what it's called)
either way, great vid
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This set up was made just to test the theory I posted showing the math of the energy calculations. Right now I am about to start my expirements on replicating the work of the late great Stanley Meyer, so stay tuned as it took me a few years to get it all figured out.
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Try have like 2 feet of Air space above the water line, so it doesnt suck up bubbles and water into the system. Do a Video on it and see using trhe "SAME" plates if any differance or not? if so how?
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I've noticed this same effect when vacuum is applied. I thought it was due to the drop in pressure making the bubbles and action appear larger/more vigorous. I'll find a way to test cell output volume under vacuum and regular atmospheric pressure to see if there is a difference. If this makes electrolysis more productive, then how is that possible? Maybe atmospheric pressure hinders electrolysis somehow? I'll check into this. Great video by the way.
HemilGremil 1 year ago
@HemilGremil Here is the math of the process:
At 1 ATM and 298K the energy requirments are; W = P?V = (101.30 x 10^3 Pa)(1.5 moles)(22.4 x 10^-3 m^3/mol)(298K/273K) = 3.715 KJ
At .2 ATM and 298k the energy requirments are; W = P?V = (20.260 x 10^3 Pa)(1.5 moles)(22.4 x 10^-3 m^3/mol)(298K/273K) = 0.7431 K
At .1 ATM and 298k the energy requirments are; W = P?V = (10.130 x 10^3 Pa)(1.5 moles)(22.4 x 10^-3 m^3/mol)(298K/273K) = 0.3715 KJ 1 year ago
h2opower 1 year ago
how do you vacuum air out of a chamber while collecting the hho without it being sucked into the pump?
ski4kil 1 year ago
@ski4kil I put a 'T' on the main vacuum line on the car. The engine is the vacuum pump on this test.
h2opower 1 year ago
In a vaccum water boil very easy and at low temp.
ml5001 1 year ago
@ml5001 Yes the phase diagram of water.
h2opower 1 year ago