Efficient Water Electrolysis For Hydrogen Production. 2/2
Uploader Comments (SowhatNC)
All Comments (22)
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THIS IS NOT THE VOICE OF STAN MEYERS. I HAVE PERSONALLY HEARD HIM SPEAK. THIS IS UNQUESTIONABLY... NOT HIS VOICE. PERIOD! STAN HAD A TENDENCY TO SPEAK MUCH FASTER THAN THIS GUY, MUCH FASTER, SOMETIMES STUMBLING A TINY BIT, AS IF HIS MIND WAS GOING FASTER THAN HE COULD SPEAK. THIS GUY HAS A TENNESSEE LIKE COUNTRY ACCENT, OR NORTH CAROLINA, AND TALKS REAL SLOW, BUT FROM THE HHO PRODUCTION, IT DOESN'T LOOK LIKE THIS IS HIS FIRST TRIP TO MAYBERRY!
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@ asims looks promising where can i get the plans to recreate this experiment are you you using ac or dc?what the huge caps for?someone already asked i know
which is more efficient?no need to have the H seperate from O ,i mean doesnt brown gas burn better anyway?could you run an ICE or turbine engine connected to a generator with the brown gas produced from the reaction indefinitely as long as you supply water and electrolyte?if not what is the net energy gain
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This is my video.. not Stan Meyer. Read the comment below about the video below. The results are obtained by increasing the temp. An increase of 20 degrees will raise gas production. Try it for yourself. Has been known for many years. It is not a deception. The higher the temp the better the production. High pressure and saturation with KOH raises the boiling point.The boiling point of water can be raised to F275 degrees by 10 of 15 pounds of pressure similar to a pressure cooker.
Aubrey Sims
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Ac does not work very well... try it and you will see.
Aubrey Sims
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This is 12 volts and 12 amps max, lowest levels shown were at 1/2 amp. Anyone can replicate this. I used KOH to saturation, water time is about 140 degrees. Heating the water moves the electrons into a higher shell making the polar bonds easier to split. Try it for yourself, easily reatable even without the PWM. It is for controlling the current draw... no other reason. Water can be disassoiacated at around 2300 degrees ( if I remember correctly) with no electrical input.
Aubrey Sims
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That was left from a previous experiment. I did a couple of 60 sec videos and because I was shooting it on a digital camera and that was the limit so I didn't have time to explain a lot.
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If you use "line voltage" (which is alternating current), your cathode and anode will alternate (or switch places) 60 times a second, and you'll end up getting a mixture of H2 and O at both wires, instead of having each one dedicated to one gas.
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Why does everybody use DC voltage for this stuff when they are collecting hydrodgen and oxygen at the same time anyways? The only reason to use DC is because one electrode makes O2 and the other H2, making it easier to collect just the hydrogen gas. It would be much simpler just to use line voltage for this than to use expensive DC power supplies which are current-limited anyways.
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These videos were made by a guy called Aubrey Sims, he is on the forums, do a search, and ask him. Very nice guy! Again, not Stan Meyers, nor was he using step charge methods like a cap in this video! Ask him for full details!
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who is this guy we all WANT TO KNOW THE STATS!!!!!!!!!!!!
hi!
looks interesting, a huge amount of gas for only two tubes.
are u using an ELECTROLYTE, or is that just plain tap water?
eatbutnotpuke 5 years ago
Unknown, I uploaded the video from Google video to see if anybody had any information or comments.
SowhatNC 5 years ago
I did a voice print on this one and I am almost certain that it is Stan Meyer's voice, although on a discussion group on yahoo someone else claimed it as his.
sidyoung 5 years ago
I would disagree this videos author has more of a southern accent than Stanley Meyer.
SowhatNC 5 years ago
The voice print indicate that the voice was identical to that of a known Stan Meyer sample.
sidyoung 5 years ago
Any thought on the videos time of recording?
SowhatNC 5 years ago