Please visit my web site alt-nrg.org for all the latest OU news. 2nd time was the charm putting this stack of plates together. Here is the finished plate cavity.
Video Rating: 4 / 5
A Hydrogen gas generator (also generates oxygen gas) from regular water. Outputs 350ml per minute at 60Watts. 55-60VDC with 5-6A current. Pulsed (square wave) DC coupled with a transformer (LRC circuit) will be tested once I get a new FET that can handle the current. Built and Tested by Neoartifact (www.neoartifact.com) for research purposes. The key is to reduce the ampere draw as much as possible whilst still keeping the same rate of gas generation. Pulse-width modulating the voltage can create an even more efficient system as you tune to the resonant frequency of your electrolysis plates. You need potential, not so much charge rate! Try to exploit current lag. Creating more capacitance in the cells is something we will look into further. Pulsing the system using a kHz range square wave pulse exploits the initial 'jump' in voltage when a source voltage is connected to the system. This voltage 'jump' carries massive potential but current is 'delayed' due to impedance in system. The 'jump' should be enough potential to allow the hydrogen and oxygen atoms to dissociate with ambient thermal energy. Your circuits and water temp should be cold, not hot. This is the best that I can explain the theory at the moment.
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