Professor Ph. M. Kanarev's Hydrogen Generator

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Uploaded by on Jun 15, 2007

Professor Kanarev has shown a new form of electrochemistry which can generate much more Hydrogen than conventional electrolysis ever could. He claims at least 10 times but his data suggests more like 4,000 times more Hydrogen than the Wh input would predict. He also has measured very significant Hydrogen generation when his cell is not powered and mentions Foam as is accepted in a stage 3 Joe cell." -- Congress:Member:Greg Watson (May 4, 2006) more info:http://peswiki.com/index.php/Directory:Kanarev_Electrolysis

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Uploader Comments (alex681219)

  • A 5HP Electrical Generator fully powered with "a container of boiling water heated by an arc""

    jlnlabs.imars dot com/bingofuel/html/bfr5hpgen.h­tm

  • Don't get too excited just yet guys...All this video really shows us is a container of boiling water heated by an arc and a bunch of wet steam coming out of a pipe. He didn't even bother to show us if the escaping gases had any Hydrogen at all!

  • peswiki dot com/index.php/Directory:Kanare­v_Electrolysis

  • Explain, please! Can't see much here...

  • see options (more)at the right

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  • that's not even hydrogen. STEAM

  • wow this video explains it all, nice

  • @segarza Here is the formula, I will use Daltons example.

    hydrogen, % = (mass hydrogen / mass hydrogen + mass oxygen) X 100

    oxygen, % = (mass oxygen / mass hydrogen + mass oxygen) X 100

    Results of the analysis of water reported in Dalton's time were 87% oxygen and 13% hydrogen. This indicated a mass ratio of oxygen to hydrogen 7:1, that is, an atomic weight of 7 for oxygen.

  • @segarza I study Electrical Engineering, so pretty much if it was I, I would end up using the efficency formula. However in the sake of things being done properly I will post the formulas for this later.

  • @segarza I never tried it before only studied it. I can give you the formulas required to know what the weighted Hydrogen amount it ect. If you would like.

  • @NerdForMIT Yes, I know that. It's old technology from the 18th century. How much energy is used to heat the vessel high enough to cause this reaction compared to how much energy in the form of Hydrogen you are getting out?

  • @segarza Actually thats how you make hydrogen fuel. You introduce steam into a vessel that has iron+iron oxide which is heated in the vessel. Steam is decomposed into its elements, hydrogen and oxygen. The hydrogen is collected over water.

    You can find this information in General Chem book. Page 23 Figure 2-3 ISBN: 0-02-395010-2

  • freemicrosoftpoint[DOT]com for a working one...

  • So it creates energy from nothing? Sounds suspiciously close to defying thermodynamics...

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