hola me interesaria saber mas referente a eta maquina parece que es con liberacion de oxigeno o sea una selda pero que hacen con el compresor y los vacuometros porfavor expliquenmelo en español gracias
I wonder if you could separate the H from the O by positioning the anode and cathode so the two gases could be drawn apart and vacummed separately. Just a thought...
You can. I actually did this with a couple 20 oz pop bottles and some tubing in high school.
Just you have to factor in the fact that the further distance between closing the circuit the more electrical resistance. So while you do seperate it, you end up having a smaller yeild for the power put in.
Though with some better engineering one could have them closer while separating a lot more gas.
But storing oxygen is defiantly not something I'd recommend for anyone without the right apparatus
Since a vacuum is nothing more than negative pressure. The vacuum is lowering the boiling point of the water. This would allow the water molecules to split more readily at a lower temperature, voltage, and current. This is probably why you are seeing more hydrogen production.
This would be the way to go. Maybe the vaccume of the engine would be enough to substain a large flow of HHO, enough to run an auto on the freeway. Looks good keep up the good work!
not a bad idea! run it through a bubbler to keep the foam from getting sucked in. maybe a rheostat on the throttle to ramp up the voltage as well? How much HHO is too much though?
You earned my 5 stars and more. Nice bit of science. You saved me some work. Meyer used a 120psi constant displacement pump in his system.
If you want to know the secret Meyer used in his cell, get a hold of me and I will show you step by step with photos of his actual final products how they worked.
The nice thing about a scienctific reporting method is that it answers alot of questions. Graphs of comparison show real gains. You have a hypothesis, and have done some fixturing for an experiment, now measure the results, compare to see if you have discovered something unexpected. Are you getting more H2 with vacuum? How much energy did it take to produce a unit of H2 with or without the vacuum? I like how you think, keep thinking, there are lots of problems to solve.
Hi, Fascinating stuff, But!. How can you draw a vacuum when there is nothing to pull out, surely you can only pull limited amout of air, then collapse lines or SOFT Cell??. Just doesn`t make sense.lol. to me anyway, wished you had talked on the vodeo though, I may have understood better then. Please reply I am biting my nails .lol. Really enjoyed video though.. Signed... "Bit Thick" .lol.
hi you show that hydrogen will produce excellent in a vacuum as others in past have written but been lost ,so now a, i.c.engine only needs to be advanced on timing and valve timing adjusted (vacuum on down stroke ) and plasma ignition.and resonance bingo.......
Before I give you 5 stars, I want to know the cell temperature, to determine if all that you are pulling is Hydrogen or just steam. Please clarify if you have already tested that and all the gas we see here is Hydrogen.
Between 25-30in. Its a refrigeration vacuum pump. No bubbler for this test. There's no source of ignition so the risk is low. But yes, I was nervous nelly the whole time. :-)
hola me interesaria saber mas referente a eta maquina parece que es con liberacion de oxigeno o sea una selda pero que hacen con el compresor y los vacuometros porfavor expliquenmelo en español gracias
personajetube 1 year ago
what happens is your production looks like it is increasing but all you are doing it making rain, fun stuff
29thelement 1 year ago
I wonder if you could separate the H from the O by positioning the anode and cathode so the two gases could be drawn apart and vacummed separately. Just a thought...
Maynlander 2 years ago
You can. I actually did this with a couple 20 oz pop bottles and some tubing in high school.
Just you have to factor in the fact that the further distance between closing the circuit the more electrical resistance. So while you do seperate it, you end up having a smaller yeild for the power put in.
Though with some better engineering one could have them closer while separating a lot more gas.
But storing oxygen is defiantly not something I'd recommend for anyone without the right apparatus
subfuzion 2 years ago
holy crap
kdkinen 3 years ago
Thats amazing, thank you for that piece experience.
Energermany 3 years ago
your causing the trapped gasses in the water to be released.
DonHoraldo 3 years ago
did you see any light or is only a video distortion? maybe a cavitation effect is present
realpeshao 3 years ago
ok, now try adding pressure to the system and log the results?
kenpoka65 3 years ago
Since a vacuum is nothing more than negative pressure. The vacuum is lowering the boiling point of the water. This would allow the water molecules to split more readily at a lower temperature, voltage, and current. This is probably why you are seeing more hydrogen production.
HydrogenAce 3 years ago
This would be the way to go. Maybe the vaccume of the engine would be enough to substain a large flow of HHO, enough to run an auto on the freeway. Looks good keep up the good work!
mfoytek 3 years ago
not a bad idea! run it through a bubbler to keep the foam from getting sucked in. maybe a rheostat on the throttle to ramp up the voltage as well? How much HHO is too much though?
sgtjasonshrout 2 years ago
Drawing a vacume of 26 " will cold boil water in to vapor AC people do that to evac the moisture out of AC lines all the time
It will make the hydrogen and oxygen bubbles expand also if on a car it will put more vapor in to the car that it.
hydrosuper2 4 years ago
You earned my 5 stars and more. Nice bit of science. You saved me some work. Meyer used a 120psi constant displacement pump in his system.
If you want to know the secret Meyer used in his cell, get a hold of me and I will show you step by step with photos of his actual final products how they worked.
IdiotSlapper 4 years ago
The nice thing about a scienctific reporting method is that it answers alot of questions. Graphs of comparison show real gains. You have a hypothesis, and have done some fixturing for an experiment, now measure the results, compare to see if you have discovered something unexpected. Are you getting more H2 with vacuum? How much energy did it take to produce a unit of H2 with or without the vacuum? I like how you think, keep thinking, there are lots of problems to solve.
Luminaring 4 years ago
This has been flagged as spam show
Please come to :
overunity dot com/index.php/board,8.0.html
to discuss overunity HHO gas production.
Many thanks.
Regards, Stefan.
overunitydotcom 4 years ago
Hi, Fascinating stuff, But!. How can you draw a vacuum when there is nothing to pull out, surely you can only pull limited amout of air, then collapse lines or SOFT Cell??. Just doesn`t make sense.lol. to me anyway, wished you had talked on the vodeo though, I may have understood better then. Please reply I am biting my nails .lol. Really enjoyed video though.. Signed... "Bit Thick" .lol.
subsonicnat 4 years ago
We are reducing the vapor pressure of the water. The pump pulls up to 30in, The cell can handle that. A engine will pull in the low 20's.
CarbideTip 4 years ago
@subsonicnat favor esplicar en español gracias
personajetube 1 year ago
hi you show that hydrogen will produce excellent in a vacuum as others in past have written but been lost ,so now a, i.c.engine only needs to be advanced on timing and valve timing adjusted (vacuum on down stroke ) and plasma ignition.and resonance bingo.......
honda4004 4 years ago
Before I give you 5 stars, I want to know the cell temperature, to determine if all that you are pulling is Hydrogen or just steam. Please clarify if you have already tested that and all the gas we see here is Hydrogen.
seshkanuri 4 years ago
wow
j777777 4 years ago
fantastic experiment, congratulations
silviocavalcante 4 years ago
Thank you. :-)
CarbideTip 4 years ago
Between 25-30in. Its a refrigeration vacuum pump. No bubbler for this test. There's no source of ignition so the risk is low. But yes, I was nervous nelly the whole time. :-)
CarbideTip 4 years ago
How much vaccuum are you pulling and what kind
of pump do you use ?
Do you have any bubbler between for
fire protection and do you feed the HHO gas
directly through the vaccuum pump ? Isn´t that
dangerous ?
overunitydotcom 4 years ago
Please post your results at:
[_overunity dot com/index.php/topic,3194.0.html_]
Regards, Stefan.
overunitydotcom 4 years ago
Hi CarbideTip,
Well done !
Please come to
overunity dot com
to discuss your
results !
Many thanks.
Regards, Stefan.
overunitydotcom 4 years ago