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#210 - Inverted T-cell rebuild 2

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Uploaded by on Oct 28, 2009

Details of the new mods and important observations about why the first design had fallen short of expectations.

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Uploader Comments (ZeroFossilFuel)

  • How many bubbles per second will the cell produce ?

    A V8 engine would need 133 bubbles per second in order to get one bubble per cylinder at cruising speed.

  • Millions of bubbles.

  • Millions ? I take it you counted them ?

  • Ask a stupid question, get a stupid answer.

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All Comments (36)

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  • Ok, for what you say at the end , about the brown residu , Why did you dont try a Y inverted cell ?

    gaz would flow better if it was not a 90 degree tunel but a 45 degree tunel .

  • it looks to me like alternating the cell fluid intakes will increase the currant leakage distance some but the shortest distance now is between alternating cells along the same supply channel, sorry if this was brought up I did not read all the Q & A s

  • you're the inspiration Z; glad we could offer a fresh set of eyes/ constructive criticism.

  • Slept on what you wrote here and woke with the answer. Create a 1/4" thick baffle from another pvc ring further toward the center of the cell, blocking the gas outlet channel from going straight up and out. That way it forces a pocket of HHO to build up at the top of the cell before the gas escapes.

    Thanks for the inspiration!

  • Thank you! Tell your friends to tell their friends.

  • When the cell is running the top is mostly HHO. Negligible little leakage.

  • Im thinking its to big. Def not enough gas flow to keep those gas chambers dry with holes that big. I was thinking about designing a new one with tubes running out of each cavity up to the clear tube. Also wanted to run tubes from the sides of the cavity up to the clear tube but below the water line to keep the cells full. Current would have a very long way to travel up to the tube and back down to another cell. Leakage would almost be non exsistent then.

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