An idea: use single wire HV with a single electrode. Flyback transfo + first stage of a voltage multiplier, you use only the negative side, effectively making a negative ion generator. You may not make a lot of gas with this circuit, but as soon as you apply a vacuum to the cell, the water vapor you create will be combustible, at least when it's combined with an air fuel mixture.
You must be getting some voltrolysis effect with the circuit. The gas production is expected to increase over time while the power draw drop when it's voltrolysis because as you said a dielectric layer does form on the tube over time. Also the tap water does have electrolyte in it, it's far more conductive than distilled water. From my experiments tap water gives better result than distilled water. It must be due to a leakage current required to initiate the voltrolysis process when a relative low voltage is used. I'm guessing the distilled water would require killovolts
I really want to get into hho again . I got some great idea that I would like to combine . 8 set ups combining the gas output Straight up brute force reactive energy Voltrolisis And a urea electrolisis and voltrolisis with also reactive energy . I think its a great way to get great results
An idea: use single wire HV with a single electrode. Flyback transfo + first stage of a voltage multiplier, you use only the negative side, effectively making a negative ion generator. You may not make a lot of gas with this circuit, but as soon as you apply a vacuum to the cell, the water vapor you create will be combustible, at least when it's combined with an air fuel mixture.
You’re on the right way of doing it :)
get a syringue or such and use the graduated cylinder to make an accurate gasometer. cap dump circuit is very interesting👍
You must be getting some voltrolysis effect with the circuit. The gas production is expected to increase over time while the power draw drop when it's voltrolysis because as you said a dielectric layer does form on the tube over time. Also the tap water does have electrolyte in it, it's far more conductive than distilled water. From my experiments tap water gives better result than distilled water. It must be due to a leakage current required to initiate the voltrolysis process when a relative low voltage is used. I'm guessing the distilled water would require killovolts
I really want to get into hho again . I got some great idea that I would like to combine . 8 set ups combining the gas output
Straight up brute force
reactive energy
Voltrolisis
And a urea electrolisis and voltrolisis with also reactive energy . I think its a great way to get great results
only do the stuff i do to get it looped some day