SS and Aluminium Electrode Comparison

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Uploaded by on Apr 18, 2008

1. Small Diametertube Both SS 302. Gap 1mm.
2. Large Diameter tube inner tube SS302(+ve) and outertube(-ve) Aluminium
Gap 2.5mm.
3. Power Supply: Pulsing.

Results
1. Aluminium gives good results for very sort time(1Hr).
2. SS Tubes gives continus same results with conditioning it improves output.
3. If both electrodes are aluminium then aluminium oxidataion is form on +ve electrode.
4. Aluminium testing is done for only one day. Soon more test will be conducted.

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Science & Technology

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Uploader Comments (capacitor70)

  • If we add baking soda in water gas production increases but the blast of that gas is too weak...makes poof sound.

    Without baking soda it makes sound like faat..

    If we use both aluminium electrodes (+ve and -ve) white aluminium oxide comes out and

    when we try to burn the gas it caches fire insted of making blast..

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All Comments (17)

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  • @RagingCaveman where's your video of your cell & production?

  • @RagingCaveman would that be 42,712.2 hertz or 213,561 Hz/ 5. 213,561 is the magnetic resonance of water and 42,712.2 is 1/5th that.

  • @athleticcombat First, my cell is based on Meyers cell. 12V NO AMPS. His system used .5 AMPs. I don't use any amps. Second, standard electrolysis uses no electrolytes and uses high voltage to induce the reaction. Third, the water doesn't have to be ionized or destabilized, The reaction is caused by a certain pulse frequency. In my cell, I have found a way to do it using the natural resonance of water, whch happens to be the same as that frequency.

  • @RagingCaveman that is if they are using a Meyer cell which they are not using. They are using conventional electrolysis through an electrolytic cell. Well a meyer cell is much more efficient it is unfortunately substantially more expensive than a conventional cell. and the amperage of a typical electrolysis cell is only around 8-11 amps. Two slightly different proccesses and cells. The meyer cell requires ionizing your water and using voltage to excite the electrons thus destabilizing water.

  • @athleticcombat Ummm. No you are amazingly wrong. The right way to do it is WITHOUT electrolytes, and NO electroplating takes place, BECAUSE there is not conductivity. The process is not driven by conductivity, it is a force known as electrical charge capacitance impulse. It;s Voltage doing the work, not current. If you were right, Stan Meyers is wrong, and I know for sure he's right and you are very wrong. I have been doing it without electrolytes for over 2 years now. Someone say homework?

  • @RagingCaveman you are going to have electroplating occur in your cell regardless of using electrolytes. Without electrolytes you will not be able to produce any hydrogen because pure water is not conductive. It is actually a resistor. If you have an electrolytic cell producing H2+O then you have an electrolyte in your cell of some type. Even if it is just Fe, Al, or Cl from your water source. So please do your homework on electrolytic cells and the conductive properties of water!

  • somebody is washing dishes.

  • just about any hardware store look in the drain cleaner area

  • aluminium is good but water gets real dirty

  • Conditioning the cell is a farse. No such thing.

    With electrolyte, you have built an electroplating system.

    Aluminum works just as well as SS, so does copper, brass, tin, titanium, almost any metal....except that all those will produce brown water.

    Love those cats using "neutral plates", again, a myth...they do anything except waste SS.

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