Instead of light, can they add a reflective particle dust to the water that causes the water to turn to hydrogen without light....this was probably years ago. Probably perfected it.
@raymondcasso7966
5 жыл бұрын
What about the oxygen molecules? Where are they going?
@bataabagi5969
2 жыл бұрын
maybe absorbed by copper ?
@lunarcdr3083
Жыл бұрын
into the air maybe?😛
@raskal8578
Жыл бұрын
O used for combustion of H2
@lp115lp
Жыл бұрын
In THIS experiment the H2 and O2 are released into the ambient air from the beaker. However, with the addition of Zeolite coatings on porous ceramic 'electrodes' (one having a Positive electrical polarity - the other Negative) the H2 is separated from the O2 after being split from the H2O molecule. These electrodes are fabricated from the same porous 'refractory' ceramics used in automotive 'catalytic convertors' with the Zeolite metal plasma-coated as an outer layer and a copper coating underlying a small section beginning under the Zeolite layer - then extending along the length of the ceramic substrate to ITs end where the electrical connection is made. The electrically-conductive ceramic electrodes are then encased in a material (typically a non-porous ceramic or elastic polymer 'plug') to seal the reaction chamber so the gases are contained within until passing out through the porous electrodes for collection beyond. NASA developed such a system in the '80s (re: NASA Tech Briefs) for on-site electrolysis of seawater at Cape Kennedy to fuel the Shuttle's main engines. They were exploring alternatives to reduce their expenses and trucking-in both gases was expensive. On-site production promised lower costs - but how? In THAT application the water (filtered and desalinated beforehand) was pressurized INTO the reaction chamber to provide high-pressure gases on exiting the chamber to reduce opportunity for back-flash ignitions which could result from faulty compressors in the exit stream.
@raymondcasso7966
Жыл бұрын
@@lp115lp ah just as I thought this is set up as an HHO generator and not just an H2 generator. Still I would love to see the degradation/oxidation rate of the coatings perhaps even the ceramic itself due to cavitation.
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