#60 Vacuum test part 3
Uploader Comments (ZeroFossilFuel)
All Comments (165)
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a cell output is based on how fast you can rip hydrogen molecules from under water level i would think to make a verry large change will be hard to do with vacuum
but it can be done if you can see what i am saying but dont blowyour self up doing it
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you should invent space age bongs
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You are saying that water boils cold.
So... That was what S. Meyer did on his cells and worked 4 him.
He boiled water cold at the same time he pulsed it with Tesla impulse technology.
Bang.
I saw you applying a vacuum pump after the cell and after the bubbler and i can't understand how will that increase hho output rate.
Inside a "ballon" you must consider that water doesn't always boil at 100º C.
Correct me if i'm wrong.
Tk u.
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I think you are still right in your vacuum theory. I know you never miss anything, but there must have been something that diminished your results. your other efficiency reading was done on your vehicle after a long drive time.
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That's probably true. but when installed in a car, he will most likely have to use even more hose than now. So i assume that's why he does not worry about that while testing.
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huh?
its danger but does was something failed explosion or sumthing?
NewElita6 2 years ago
Coherent English please?
ZeroFossilFuel 2 years ago 2
Can I assume from this experiment that if a pressure valve was put on the chamber to prevent the gas from escaping until a set pressure was achieved that the production would be the same.
Would you still have the lag when you hit the gas as the pressured chamber would act as a staorage? The lag would be when first starting the chamber to biuld the pressure. Then maybe a bit to catch up after acceleration.
Stormrunner0002 3 years ago
Correct on all points.
ZeroFossilFuel 3 years ago
Aloha Zero,, I have come to the point of testing vacuum on my own HHO system and I have only one simple question. Why when hooking up the vacuum does the unit seem to produce 2 or 3 times as much gas? I watched your video three times over and I don't quite understand this phenonmenon. Thank You.. Noa
noaliddle 3 years ago
Very simple. A baloon filled with any gas will displace x amount of volume at atmospheric pressure. At two atmospheres (approx 33' under water) it will compress to displace 1/2x. Same number of gas molecules in the baloon.
The inverse is true under vacuum. At 1/2 atmosphere, the volume in the baloon will increase to 2x. Still the same number of molecules.
So, HHO produced under vacuum only looks like more but it really isn't.
ZeroFossilFuel 3 years ago