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#196 - Inverted T cell part 10

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Uploaded by on Sep 15, 2009

Please visit http://alt-nrg.org/ for more info.

Assembly of the C-ring spacers between plates, creation of passages to tie into the channels for electrolyte to enter and gas to escape.

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Uploader Comments (ZeroFossilFuel)

  • Zero, it's looking Great.

  • TONIGHT! Sept 16, 8PM EST LIVE, on UStream, I will be testing the Inverted-T cell for the first time. Come see!

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All Comments (24)

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  • Zero, Great work your doing.

    I have watched most of your clips, I haven't started on any thing yet but hope to soon.

    Just one question.

    Why are you gluing everything?

    Why not cut the first s/s disk to the ID of the "T" it will sit up against the shoulder inside.

    Then glue in your PVC pipe, fit your PVC ring spacer inside your pipe, then the next disk and so on, and just glue in the last PVC spacer.

    Also cut your disks into a hex so the flat of the hex gives a gap at the PVC ring.

    Thanks

    Peter

  • Given that being said.. U.S.A should start to pick up the pace and become far ahead than Canada is clean energy production.. U.S.A is far behind, and many more brains their (more people) than Canada.

  • Can you show the video on the Inverted T cell part 11 ??

  • Great job on the series and channel.. Enjoy while you can. The way things are going HHO's will soon be banned along with everything else.

  • I agree, and I know it can do much better. The gas was <75*F.

  • Well... 4.9 is actually really good... if the gas is not too hot...

  • That's correct. After sleeping on it I realized still too few neutrals for 14.9V so I ran some more tests from 11.0V to 14.0V in 0.5V increments with 13.8 added to the data.

    Best repeatable mmw with this cell so far was at 12.5V and a PWM at approx 33% duty cycle. Tested 1KHz-10KHz. Freq did not matter. KOH concentration 100g/L.

    4.91mmw. Not bad. Not great. I have a few mods to try after the PA event this weekend.

    Z

  • First two tests 3.8 mmW (millilitre pro minute pro watt)

    Last test 4.0 mmW

    If i remember correctly...

  • So how where the results? MMW?

    I hope that small of a gas channel did not pose a pressure issue.

  • Great live show last night (2AM-4AM here in Norway)

    But remember when you calculate mmw value to consider the temperature of the gas. I think normal temp is 25 degree celcius in these measurements. So that will explain the 0.2 increase you got in your last test.

    A company here in Norway that make H2 for commesial use (StatoilHydro)have an efficency of: 4,3 kWh/m3 at 25 degrees celcius (of pure H2) that will be 5.8 mmw of HHO...

    So you have a bit further to go :-)

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