Water Capacitor Sparks

To build the high voltage charging circuit used, go here: http://www.ritalie.com/eBooks.htm

The radiant charging circuit will push voltage without current, and you can charge up water like a capacitor. A mechanical charger will not work, it has to be solid state, because most mechanical chargers have too low of a frequency to keep a continuous charge on the water.

Two aluminum plates submerged in baking soda and distilled water. This is a true water capacitor. The baking soda and distilled water forms a special electrolyte that is conductive. However, the aluminum oxide on each plate acts as a diode. No current can pass through the water bath. As you increase voltage, and charge the plates, the aluminum oxide is built up, blocking all current and raising voltage. Capacitance can be adjusted by raising or lowering the plates in the water. This is an adjustable capacitor. These plates charge up very quickly, it only took about 2 hours to charge the water to 235 volts. I used an automotive ignition module hooked to a microwave transformer. Current draw is 650ma @ 13.5 volts to run the transformer. Very little hydrogen is produced. I have not yet figured out what the maximum voltage is, or what happens when you try charging it to 500 or 1000 volts.

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Tags:

• hydrogen cell
• water fuel cell
• water capacitor
• burning water
• ionized water

[djoanzoc]

Pls do you know how close you are? and luck and thx for the inspiration!

[popoqwer]

@rtan188 tell more, do you get self sustaining discharge? whats your setup?

[radicaldanzero]

I'm just wondering, is this what Stan Meyers was talking about? Something about raising the limit until the water capacitor breaks down thus producing a large amount of hydrogen?

[Arthur61987]

Very interesting. I learned something new, thanks :)

[rtan188]

you are very close....

hint: use inductor of known inductance. pulse frequency = 1/(2.pi.(L.C)^(1/2))

[lapulapu12345]

i love it

[MaleAdaptor]

Thanks for sharing.