HHO Lots and Lots of HHO
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Looks good to start with but as a chemical engineer there are several concerns about the design and funcionality of this system ... to check a successful system currently being used by one major vehicle manufacturer IN Australia check out this site by you tube user glknox.... check out the videos under this name glknox11
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@msw1000 i think he's outside. ie in a garage. how long would it take to fill the opened garage with enough gas to cause an explosion?
thanks
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i like ur video sir its somewhat similar to my cell and mine is alot smaller... you will like check it out
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nice one!
nice design!!!!!! wanna copy it!!
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@slinkee2k its a lot more efficient to produce them together, because of the fact that when the spacing is closer there is less voltage and thus less wasted energy through the water
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@STORMCAT06 After testing HHO production myself I came to the conclusion that yes, it takes more energy in the form of electricity (about 2-3 times more) than the energy you get out of the HHO. The way it may be possible to get better fuel mileage (this part not tested by me) is due to how hot hydrogen burns, it helps you burn all the fuel in the engine unlike normal combustion where not all the fuel is burned and some is wasted.
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@JJINCWorldWide It is very true that distance between electrodes greatly increases resistance, but this can be overcome by using a porous diaphragm to keep the gases separate from each other while still keeping electrodes close.
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Lol of it sparked later then you would be dead by now
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@slinkee2k Most people do mixed because they are after an explosion and actually producing the gasses speratly is much less efficient, I tried and it didn't work because the gases were to hard to capture while getting current between electrodes.
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the sparks from the jumper cables made it seem like you were a mad scientist
Its only a matter of time before you blow yourself up removing clips with the power turned on.
msw1000 3 years ago 25
Wow that's a lot of HHO production. There are a couple things that are dangerous:
1. Electricity may possibly arc between the two electrodes (because they aren't insulated by anything other than air) thus igniting the HHO that is in air.
2. Why produce H2 and O2 gases together? The anode and cathode produce different gases. Together, H and O are explosive. Separate, H is merely flammable. You can store the two in separate tanks, but with your anode/cathode device, the gases come out mixed!!
Thx
slinkee2k 2 years ago 6