I'm starting this thread because I recently learned of Dr. Stiffler's
slow burning water circuit/method...
YouTube - Can Water be Burned
YouTube - Can Water be Burned #2
YouTube - Can Water be Burned #3 (slow burning water)
Pages 28-31 seems to have details on this:
http://www.panaceauniversity.org/Spa...20Stiffler.pdf
It is very significant to be able to burn water slowly. That means you're
not getting a fast quick HHO pop, you're actually getting thermal energy
release from the hydrogen that can make some real heat. This could heat
hot water in a tank, cook some scrambled eggs, or anything else that
a natural gas flame could do.
I saw mention of sodium chloride or magnesium oxide but am not sure if
that is applicable to those 3 youtube vids above. I need to read that
doc in detail, but anyway... slow burning water flame - very important.
The claims of success in water powered engines as in the Ionization &
Water Fuel thread and similar results are possible because of oxygen
being prevented from recombining so quickly with hydrogen to form water,
therefore, thermal energy is able to be released in a real type of
combustion and again, not just a fast quick hho pop that does nothing.
There are other uses for plain HHO but that is not the purpose of this
thread.
Anyway, I'm interested in replicating this in the near future and hope to
see others interested because slow burning water gas flame is
very valuable.
slow burning water circuit/method...
YouTube - Can Water be Burned
YouTube - Can Water be Burned #2
YouTube - Can Water be Burned #3 (slow burning water)
Pages 28-31 seems to have details on this:
http://www.panaceauniversity.org/Spa...20Stiffler.pdf
It is very significant to be able to burn water slowly. That means you're
not getting a fast quick HHO pop, you're actually getting thermal energy
release from the hydrogen that can make some real heat. This could heat
hot water in a tank, cook some scrambled eggs, or anything else that
a natural gas flame could do.
I saw mention of sodium chloride or magnesium oxide but am not sure if
that is applicable to those 3 youtube vids above. I need to read that
doc in detail, but anyway... slow burning water flame - very important.
The claims of success in water powered engines as in the Ionization &
Water Fuel thread and similar results are possible because of oxygen
being prevented from recombining so quickly with hydrogen to form water,
therefore, thermal energy is able to be released in a real type of
combustion and again, not just a fast quick hho pop that does nothing.
There are other uses for plain HHO but that is not the purpose of this
thread.
Anyway, I'm interested in replicating this in the near future and hope to
see others interested because slow burning water gas flame is
very valuable.
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