H2 O2 gases mixed at high pressures -- a modest proposal: Rich Murray 2011.02.08
Yakking with Michael Barron today, I imagined the tall green H2 bottle, attached to the Rossi demos -- he tells me that the standard maximum pressure is 3,000 psi [ 200 atmospheres ] -- what if such a bottle, pumped free of air, with some water put in, had temporary wires via the inlet for DC electricity to electrolyze the water until 3,000 psi was reached -- how much energy would that store? Wouldn't it be fairly safe, as long as the H2 & O2 mixture was inside the steel bottle and metal pipes, without exposure to any catalysts? How long could that much gas be fed into a 1 liter size reactor, that used catalysts to generate 1 KW to 10 KW heat with hot steam output? How much energy could a small high pressure gas tank within the 1 liter reactor supply? If the reactor is made of nonmagnetic copper and stainless steel, then external magnetic fields could move small magnets inside to turn the gas on and off and adjust the rate of heat and steam output. To simulate nuclear reaction radiation signals, various tiny isotopic sources within tubes in a lead block could be moved out and in via magnetic fields to provide alpha, beta, gamma, and neutrons. Just imagining, folks... We could start an elite private company to discreetly sell very high end black boxes to well heeled ambitious innovators. Rich, a dream, or a dreamer?
