Why do all these fucking idiots keep posting the SAME videos of the same shit - this is not electrolysis of hydrogen AND oxygen, it's electrolysis of a mixture of hydrogen and oxygen.....
It's the MOST fucking dangerous thing you can produce....
You can't store it or "unmix it" - 99/100 of all the "hydrogen generators" are just bullshit gas fizzers by chemistry numbskulls.
@kaiser85collins education plus hydrogen gas may be used a fuel and pure oxygen (produced by the positive rod) is good for you to breath or maybe he hope someone will use this and invent something (ME!) good for the world
To do this, using a DC car battery charger is a good idea. ALWAYS USE DC current. Also use stainless steel, titanium, or if you got the money, platinum electrodes as it will not corrode. Instead of baking soda, use sodium hydroxide (lye drain cleaner). baking soda will eventually turn into lye, but it will give off CO2 in the process contaminating your hydrogen. Do not use NaCl or any salt with chlorine, flourine or any other dangerous negative ions, as it will give of a poisonous gas.
To do this, using a DC car battery charger is a good idea. ALWAYS USE DC current. Also use stainless steel, titanium, or if you got the money, platinum electrodes as it will not corrode. Instead of baking soda, use sodium hydroxide (lye drain cleaner). baking soda will eventually turn into lye, but it will give off CO2 in the process contaminating your hydrogen.
wow this is what i have been looking for where are the plans for this device ?
i see some huge 1 pf capacitors in the video but 1 looks to not be connected does this device use these caps? and someone post a comment about an electrolyte being used ,what is the electrolyte hes using?why didnt he ingnit the browngas?and what do you think the net energy gain would be if you used this gas to run an ICE or more efficient type engind i.e turbine,say to run a generator or a car
Dude, these happen to be the very best releases available! The german govt actually opened up to public 300 records! Take a look on ufosecretXnet (replace X with . )
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Seems like hot plasma hydrogen is mainly steam to me. I've seen rapid boiling and I've seen generated hydrogen bubbles coalescing and it looks more like the former. This could be possible but one needs to quantify hydrogen output. Pulsed modulation of plasma or current generated hydrogen works under very tight conditions, not by such simple apparatus. Please prove me wrong.
This is not a deception, what you are seeing is as stated. It is easily done. Try using 2 bolts in a glass water saturated with an electrolyte at room temp and using a car battery.Note the output. Then heat it 20 or 30 degrees and try again and note the results. Raise it again and note the results. Easy to prove yourself. Come back here and post a reply for your conclusions afterwards.
the water is heated up to the point that the water molecule fractures from heat, and it doesn't take much to break it up. The temp is the key here, it's the first thing he says...
Very correct.. most people miss the most important point. Heat is not free but it is potential energy. You are wasting plenty of it with your car, Why not recycle some of it instead of discard it. High temp electrolysis has been around for many years but most people don't seem to know about it.
I have achieved far better outputs than these shown. This was just a quick last minute video I did on a digital camera. They is why I didn't have time to explain very much.
@hannibu2 very correct... cannot understand why people have such a hard time understanding this... commercial projects (not mine) using this technology and waste heat from a nuclear reactor are are being looked at to make hydrogen more economical... heat is energy just as electricity is, just in a different form... why waste it...
I can guess that he is producing enough hydrogen to run a good-sized 4 cylinder car at just 5 amps. That is absolutely fantastic output for the amps. Fantastic work you should put up the entire build on youtube giving all details.
Does the proximity of the electrodes increase efficiency?
I.e. decrease joule heating.
In my experiments the reaction heated the water for me. I had trouble with it boiling off when it started cold. Finally it cracked the glass of my beaker. . . .
Impossible to know watts simply from amps tho right? Require at least solution makup if not pure water, and electrode geometry. (Proximity and surface area)
The proximity increases the speed, not the efficency. Heavier electrolyte also increases the speed but raises them amps at the same time so it is speeding up the reaction. In this video you are not getting something for nothing or energy from thin air. You are still paying for the heat but are currently wasting it. Remember.. heat is energy. I am improving the output by adding an additional source of energy.. but one you are currently wasting plenty of.
he says its "efficiient" because its going very fast. the idea is that the hotter the water is the more efficient the electrolysis, but just how efficient would depend on the amount of (h2 + o2) / watt.
Just because its super fast for only 12 amps doesn't mean it's efficient. the efficiency would depend on the amount of energy put in (watts or volt * amps) not the amount of electricity (amps).
looks like a meyer type setup, PWM and very hot water. With normal electrolysis, dissociation occurs faster because the water molecules are "excited" but amps gos up coz energy requirments the same. Should try a meyer cell with hot water as the energy requirments are lower?
around 800 hertz but that is not important in this case. You can hear the ringing in the stainless wires in my other video from the action of the pwm. It is for controlling the amp draw, nothing more.
This comment has received too many negative votesshow
STOP releasing hydrogen gas into the atmosphere. Don't you know that hydrogen gas damage the ozone layer!
H2 + O3 -> H2O + O2
O3 is not so stable, all you need is a little push from the sunlight, or cosmic radiation and the hydorgen gas and ozone will go pop, pop , pop etc. And the ozone will be gone soon.
Can we safely use the hydrogen to fuel an internal combustion engine? When the hydrogen and oxygen burns inside the engine & converts back to steam, will it mix in with the oil that lubricates the piston, bore, compression ring, oil ring? Will the trap steam cause corrosion to valves, crankshaft & other moving parts?
Read my reply above and go and so a the cheap experiment above and post your results here. You will find 1. Closer electrodes gives faster the reaction but raises the amp draw. 2. Higher electrolyte saturation raises the boiling point of water , no creating steam. Raising pressure raises the boiling point so water can be super heated at high pressures requiring minimum electric current to split it. Heat moves the electrons into a higher energy shell and makes the polar bonds easier to split.
any energy source is only as clean as the process and method used to create it,plus its own emissions.hydrogen extraction using electrolysis CAN be done cleanly and cheaply,by using a wind turbine or solar cells to create the electricity.batteries could be charged this way and saved to be used as needed.you could even get a hydrogen powered generator as a backup plan!
Good idea bro but in order to produce that amount of hydrogen u need a plentiful energy in modern technology this can be only done if u go to Countries like Canada where there is plenty water to generate into hydroelectrical power and tropics where solar energy is also plentiful. I think in the future people will use ethanol as a source of energy as a fuel in car engines. But hydrogen can also be used because burning hydrogen only gives water and this will decrease the amount of CO2..
This is my video.This can be duplicated by anyone.The pwm is just to control the amp draw. I am using 12 volts from .5 to 12 amps. The water is about 140F and highly saturated with potassium hydroxide. The higher the temp the better. You are not getting something for free, just using waste heat from your engine to move the electrons further out into the shell to make it easier to split. This is not a trick, try it yourself. Pressure can be used to get the water temp higher like a pressure cooker
when a substance is hot, it means the molecules are more excited, thus you will find that since they are more excited, it is easier to break the bonds between the hydrogen and the oxygen since the molecules are moving at a faster rate.
Mainly, the reason is the heat causes motion of the molecules/ions to increase. This increase in motion allows the ions to move back and forth between the electrodes quicker and more easier...allowing a better flow of electricity
Read my post above... heat is additional energy, just a different type. This is not something for free. You are paying for the heat as well as the electricty but you are wasting a lot of heat in your car. Recover some of it and use it to improve gas output.
Newton has some laws of physics (F=ma) that seem to be irrefutable, and are accepted and taught world wide, but when it comes to nuclear particle acceleration, those laws are not valid.
There was a MAJOR BREAKTHROUGH concerning efficiency/economy of electrolysis of water published online on July 31, 2008.
NEW CATALYST DISCOVERED, YIPPEEE!
Youtube:
"Major discovery unleash solar revolution"
Web:
"In Situ Formation of an Oxygen-Evolving Catalyst in Neutral Water Containing Phosphate and Co2+" authored by Matthew W. Kanan and Daniel G. Nocera (MIT).
(published in AAAS' Science magazine!)
As for storage, read about Stanley Ovshinsky's solid alloy hydrogen fuel tank!
304 stainless... not important other than non corrosive. Using heat and full saturation with electrolyte is why you are seeing the results. Try it for yourself and come back here and post your results. Read my above post.
the whole purpose it to connect this to a vehicle, which has an alternator, thich creates more energy than your car uses, which goes to waste, plenty of amperage to spare for a hho joe cell... and thehotter the water the easier it is to split, which is why plasma splitting has the highest output, ultra hot electric splitting. you are doing great man, dont listen to the know-nots
You are very correct... a plasma arc under water produces exceedingly high heat and very high rates of electrolysis. Water normally boils at F212. this limit can be raised to several thousand degrees by the right conditions. The heat is energy as well and stored within the water. I don't understand why most people don't get this. Very simple.
Liquid hydrogen has a low density of 71 grams/liter. Hence there is actually more hydrogen in a liter of methanol (99 grams/liter) than in a liter of liquid hydrogen.
Regular Gasoline 44.4 MJ/KG or MJ/2.2lb
Hydrogen 121-141 MJ/KG or MJ/2.2lb
Gasoline weighs 6.073 lb/gal or 3 KG.
Try to produce 6 POUNDS of hydrogen to equal a gallon of gasoline and see how much energy it takes to do it.
This true information should prevent others from continuing down this energy wasting path.
Oh, you don't really mean that! If you do, you're really not a very good student. The first law of learning is that you don't yet know what you don't know.
Newton has some laws of physics (F=ma) that seem to be irrefutable, and are accepted and taught world wide, but when it comes to nuclear particle acceleration, those laws are not valid. Now, just like being partially pregnant, constant laws can't be partially right. Consider that science doesn't, as of yet, know it all.
This comment has received too many negative votesshow
So you heated the water (large energy input) Plus added several kilowatts of power to generate a small amount of hydrogen and oxygen. People, it would take (at 1L/min) almost a month to get 1 gallon of hydrogen fuel wich equals 1/4 gallon of gas (36MJ/liter for gasoline, 8MJs/liter for hydrogen) to drive your car 5 miles (for a 20mpg car). I hate gas prices like everyone else, but dont multiply your cost by believing idiots.
I think you confuse. 1 Gallon is a volume unit equal to 3.78 liters. So at 1L/min it should take 3.78 minutes to make 1 Gallon. In addition, the Lower Heating Value of H2 is 2.97 Watt-hour per liter. The LHV of HHO is 2/3 of that, i.e., 1,98 Wh/liter. Ive seen in youtube efficiencies of more than 80% in converting water to HHO.
How do you get it to produce that much gas? I have a coiled 7 foot piece of stainless steel and three stainless steel rods in the middle of the coil. I used distilled water and added baking soda to it. It is hooked up to a car battery and it does ok but nowhere near as good as your. How do you produce that amount of gas?
You seem to be the only one here with common sense and you have asked a very good question that many of people would like to know! Maybe its a military secret. LOL I am a high school teacher and I can't believe the people who display videos on here that are so valuable...and have no idea how to discribe materials used, voltage, amps, and results. It is blows my mind.
Love it It looks just like mine only I am using 3 set of 12 in pipe largest outer diameter 1.5 inch. I am about to use 3 pipes per totaling 9 I get great production, with minimal power draw. I have also drilled holes in the pipes to increase exchange of h20 and gas because my spacers kinda jam the openings. works great though about ready to install in my truck
.06 inches, I am using a .750 inside and a 1.0 OD for the outside tube, the wall thickness of the outside tube leaves the .06 on each side. Stainless tube, the material are not important other than corrosion resistance, the heat is the key to high effecency.
used to find these videos all over P2P networks about 4 years ago give or take a few months. Now I see them on here, I had lost all the information in a hard drive crash and I am glad to see it posted here!
From the tests I have run, amps seems to be related to the amount of caustic material that has been added to the mix.
In the video he is raising the amount of amperage avail to the cell. The cell should only draw what it needs. I can easily draw higher amps by increasing the caustic soda and the output increases.
Try it yourself and you will see...eventually the water will overheat and boil on its own if kept at the high amperage. But the production will be higher.
If you are using a metal that was heat treated in certain ways, these "impurities" will come out quickly. Use high grade 316 stainless and you should never have such a problem, even 316L stainless foil will work without nasty excretions. Lye works much better than baking soda,unless you WANT to use more amperes.Regarding salts,salts in this app are fine,if you have a hydrogen barbecue grill like I do, I let saltwater dry around the orifices so the flame can be (well)seen when using 99% pure h2.
At high temp. the production always looks like this, is you have a decent cell. Thake the same cell under the same conditions and run the gas through a tube of cold water. You will quickly learn that HOT gas can take up much more space than that of room temperature gas. 4 times the amount at boiling point, as a matter of fact. Nice trick, if you have a Hydrogen generator you should try it.
Bourgeois' research team came up with a way to make future electrolyzers largely out of plastic. They used a GE plastic called Noryl that is extremely resistant to the highly alkaline potassium hydroxide.
less than an ampere dude. Its more than just turning the knobs on a power supply. And it should remain at the same temperature... if you succeed this then you got it :D
Look @ the open top of the container, the hydrogen and oxygen dissipates into the atmosphere and is safe, trapping it in a container and then igniting it will concentrate it and allow for dangerous situations.
hi, I do not believe that he with 12 volts and 5 amp. so many hho produce I everything have tried to 20 amp. 36 volts, but no they lie, I have all types cross-sections and several steel types used but no I get it each other for this reason I it does not believe
it doesnt, cause the water electrolisys takes priority. at leasts thats what i think about it, i found that out from other utube vids. anyway beleive what u want to and i'll do the same.
Don't use salt, it can produce poisonous Chlorine gas. Baking soda is also no good, do like the pro's use Potassium Hydroxide (KOH), or Sodium Hydroxide (NaOH) for best results.
Isn't it dangerous to have oxygen and hydrogen mixed in stoichiometric ratio? It seems like any little spark could set of an explosion. Doesn't it backfire in the engine all the way back to the source,thus sending the electrolysis device "kaboom"?
all I want to know is, how many volts, how many amps, and how many liters per min???? it's that simple. I'm sick of looking at bubbles of HHO in videos and guessing what the production is.
if yo uwant to find the LPM liter per minute just seal the electrolyzer in an air tight container and put a flow meter inline to give liter per min. I got a flow meter from a used medical suply house. you can see it in my videos..i wish everyone would stop guessing and start posting facts.
the flow meter is not exactitude. so ,you could use this method: fill water in a glass bottle, then , seal the bottle exit with hand,and downwards the bottle into gutter ,then let the gas enter the glass bottle, then the water it the glass bottle will flow out ,compute how much seconds(S) used to eliminate the water of the glass bottle, and how much volume of the glass bottle (L),then you can get the gas produce(OHL), OHL=(3600/S)*L
hot water...he's right. it stresses the Hydrogen and the oxygen atoms and split/s and apply some amount of electricity and the split will gonna be enourmous. try it and you'll see...
@TiczonFamily Thanks a lot.. I see you are one of the few who bothered to do the experiment... so many people on her want to make comments when they have never tried any experiment of any kind.. it is obvious they are only making foolish speculation or spouting off nonsense that has no basis of reality and are not basing their post off of any real knowledge or experience...
We are trying to make same test. But in my test i couldnt take enough Hydrogen. I wonder which type of steel (no:304? , no:316? or anyother type) and how much the thickness of that steel? Also do you use tap water or do you add any admixtures in to the water?
if yo uwant to find the LPM liter per minute just seal the electrolyzer in an air tight container and put a flow meter inline to give liter per min. I got a flow meter from a used medical suply house. you can see it in my videos..i wish everyone would stop guessing and start posting facts.
I had read a paper on hydrogen release and it quoted more hydrogen is released from cold water. Me thinks the heat from the amperage is boiling the (hot)water making it 'appear' more is going on. As far as actualy hydrogen production, its less than if using cold water
OK, so what is the actual Wattage and Gas Output per Time from the cell?? This is where most people misunderstand the Efficiency of their gas production.
It takes three times the energy input when you compare the amount of work that you can get from the released hydrogen. So, like the fellow below said, efficient is not a correct description.
im curious, is this additional gas actually H2 and O2 ? or are you actually getting steam along with the regular (as apposed to boiling water) output? A bubbler and pop test could show this...
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Hey I got something similar working. I think most of that is not hydrogen production. I think the water is just reaching boiling point when you apply the current so it is probably mostly just the bubbles from boiling.....I think....if not, prove it.
Come on dude, give it up! What you have is great, pass it on to everyone. Show your PWM and other equipment. Measure the amount of flow, all you have is a small tube setup that produces so much - HOW? Make a longer video. Then get it on a car working!
These are my videos. This shows efficient electrolysis using heat at about 140 degrees, this moves the electron further out in the shell to increase efficiency. This is not using radiant energy or resonance. A pwm is used to control the current . The lowest gas production rate = 1 A and 12 V, highest = 13 A at 12 V. This is not a deception. Anyone can do this with a bit of work. Tubes are 304 stainless. Use heavy KOH up to saturation limits; control the current draw with the PWM. Aubrey Sims
Did your PWM have a transformer boosting circuit like Meyer described? If so, What kind did you use? I've read about non metalic core ( high frequency ) transformers
Can you tell us how many volts that was ? and can you tell us how cycles per a second the PWM was set at please, I've not built anything myself yet but I'm leaning towards tubes over plates as I feel you get a chimney/venturi effect that helps to strip gas away from the electrodes faster than with plates, any thoughts on that ?
have you measured the gas output,it seemed a hydrogen/oxygen GUN! what was the voltage crossed on this cell? 12v x 12a=144w if the output was 100l/h,then it was 1.44wh/l. it might be a very high rate, asisted by hot water?
According to Wikipedia, high-temperature electrolysis is more efficient than room-temperature electrolysis. It makes sense, first the polar bonds break at 100C and then the covalent bonds break at...well...I forget, but it's really high. Add electrolysis to the mix and you should get increased gas production.
he's probably using electrolytes and we don't know how much power for certain he is using.
hman9981 3 months ago
The people paid off by government-big oil interest work to get rid of the crucial videos and other internet revelations of free alterative energy
frank0067 3 months ago
Why do all these fucking idiots keep posting the SAME videos of the same shit - this is not electrolysis of hydrogen AND oxygen, it's electrolysis of a mixture of hydrogen and oxygen.....
It's the MOST fucking dangerous thing you can produce....
You can't store it or "unmix it" - 99/100 of all the "hydrogen generators" are just bullshit gas fizzers by chemistry numbskulls.
callmeshane303 6 months ago
Cool.But whats the purpose of this?
kaiser85collins 7 months ago
@kaiser85collins education plus hydrogen gas may be used a fuel and pure oxygen (produced by the positive rod) is good for you to breath or maybe he hope someone will use this and invent something (ME!) good for the world
aj0my0lizard 6 months ago
@Joelaunsberry2004 why DC power, Nikola Tesla's discovery Is much more important and safe
vesper2136segway 10 months ago
Hey, get yourself some high percentage hydrogen peroxide and run it in this.
JonDeth 11 months ago
To do this, using a DC car battery charger is a good idea. ALWAYS USE DC current. Also use stainless steel, titanium, or if you got the money, platinum electrodes as it will not corrode. Instead of baking soda, use sodium hydroxide (lye drain cleaner). baking soda will eventually turn into lye, but it will give off CO2 in the process contaminating your hydrogen. Do not use NaCl or any salt with chlorine, flourine or any other dangerous negative ions, as it will give of a poisonous gas.
JoeLounsbury2004 1 year ago 2
To do this, using a DC car battery charger is a good idea. ALWAYS USE DC current. Also use stainless steel, titanium, or if you got the money, platinum electrodes as it will not corrode. Instead of baking soda, use sodium hydroxide (lye drain cleaner). baking soda will eventually turn into lye, but it will give off CO2 in the process contaminating your hydrogen.
JoeLounsbury2004 1 year ago
wow this is what i have been looking for where are the plans for this device ?
i see some huge 1 pf capacitors in the video but 1 looks to not be connected does this device use these caps? and someone post a comment about an electrolyte being used ,what is the electrolyte hes using?why didnt he ingnit the browngas?and what do you think the net energy gain would be if you used this gas to run an ICE or more efficient type engind i.e turbine,say to run a generator or a car
bulletproof2353 1 year ago
when u use electrolysis on hot water it breaks down faster
edgarjesusrodriguez 1 year ago
Hot water seems to be the key
s9srider 1 year ago
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how many volts did you use on that experience ?
filipe008 1 year ago
how many volts did you use on that experience ?
filipe008 1 year ago
@filipe008 12 volts... 12 amps max
asims1956 2 months ago
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Dude, these happen to be the very best releases available! The german govt actually opened up to public 300 records! Take a look on ufosecretXnet (replace X with . )
vboxer94 1 year ago
@vboxer94
olybdenum 1 year ago
ufosecretXnet (X with . ) doesn't work. Anyone ever connect to it?
Seems like hot plasma hydrogen is mainly steam to me. I've seen rapid boiling and I've seen generated hydrogen bubbles coalescing and it looks more like the former. This could be possible but one needs to quantify hydrogen output. Pulsed modulation of plasma or current generated hydrogen works under very tight conditions, not by such simple apparatus. Please prove me wrong.
olybdenum 1 year ago
I did apply heat sinks on my module. Seems I can add more electrolyte with less heat generated. Thakks and great post!!!
EMPIRE0FLIES 2 years ago
This is at a range from 1/2 to 12 amps 12 volts.
This is not a deception, what you are seeing is as stated. It is easily done. Try using 2 bolts in a glass water saturated with an electrolyte at room temp and using a car battery.Note the output. Then heat it 20 or 30 degrees and try again and note the results. Raise it again and note the results. Easy to prove yourself. Come back here and post a reply for your conclusions afterwards.
asims1956 2 years ago
didnt mean to put the thumbs down lol idk how to change or if i did?
Buddhacuz 2 months ago
The governments of the world are dropping support for hydrogen as a battery. It was never a fuel.
The hydrogen process after, electrolysis, storage. compression and usage to generate electricity is less than 4% efficient.
Stop wasting our precious energy and time with the hydrogen scam.
All the cars designed are vapourware and have evaporated.
Hydrogen is ***NOT*** a fuel and the cheapest way to produce it is from petroleum. Use the petroleum, directly, and conserve energy!
larryllix 2 years ago
You are The biggest IDIOT FROM INTERNET!You are so stupid that even God Almighty watch you with astonishment!
kremene 2 years ago
Which petro company do you work for?
asims1956 2 years ago
the water is heated up to the point that the water molecule fractures from heat, and it doesn't take much to break it up. The temp is the key here, it's the first thing he says...
hannibu2 2 years ago
Very correct.. most people miss the most important point. Heat is not free but it is potential energy. You are wasting plenty of it with your car, Why not recycle some of it instead of discard it. High temp electrolysis has been around for many years but most people don't seem to know about it.
I have achieved far better outputs than these shown. This was just a quick last minute video I did on a digital camera. They is why I didn't have time to explain very much.
asims1956 2 years ago
@hannibu2 very correct... cannot understand why people have such a hard time understanding this... commercial projects (not mine) using this technology and waste heat from a nuclear reactor are are being looked at to make hydrogen more economical... heat is energy just as electricity is, just in a different form... why waste it...
asims1956 2 months ago
I can guess that he is producing enough hydrogen to run a good-sized 4 cylinder car at just 5 amps. That is absolutely fantastic output for the amps. Fantastic work you should put up the entire build on youtube giving all details.
TruthInjector 2 years ago
@TruthInjector I am working on more efficient designs and trying to get the amperage down further and not have to use heat..
asims1956 2 months ago
@asims1956 Great thank you for your passionate work. This is world-changing work that good people, will create an amazing future.
TruthInjector 2 months ago
Does the proximity of the electrodes increase efficiency?
I.e. decrease joule heating.
In my experiments the reaction heated the water for me. I had trouble with it boiling off when it started cold. Finally it cracked the glass of my beaker. . . .
Impossible to know watts simply from amps tho right? Require at least solution makup if not pure water, and electrode geometry. (Proximity and surface area)
Very cool post, inspiring.
freeantz 2 years ago
The proximity increases the speed, not the efficency. Heavier electrolyte also increases the speed but raises them amps at the same time so it is speeding up the reaction. In this video you are not getting something for nothing or energy from thin air. You are still paying for the heat but are currently wasting it. Remember.. heat is energy. I am improving the output by adding an additional source of energy.. but one you are currently wasting plenty of.
asims1956 2 years ago
so why do you say it is efficient.
how many liters of h2 per watt?
josephdupont 2 years ago
he says its "efficiient" because its going very fast. the idea is that the hotter the water is the more efficient the electrolysis, but just how efficient would depend on the amount of (h2 + o2) / watt.
Just because its super fast for only 12 amps doesn't mean it's efficient. the efficiency would depend on the amount of energy put in (watts or volt * amps) not the amount of electricity (amps).
pianopaper 2 years ago
looks like a meyer type setup, PWM and very hot water. With normal electrolysis, dissociation occurs faster because the water molecules are "excited" but amps gos up coz energy requirments the same. Should try a meyer cell with hot water as the energy requirments are lower?
IsItTrue99 2 years ago
why doesnt he just do it? put up, or shut up
talos1964 2 years ago
great work, wat frequency range u working in??
dodoshlodo 3 years ago
around 800 hertz but that is not important in this case. You can hear the ringing in the stainless wires in my other video from the action of the pwm. It is for controlling the amp draw, nothing more.
asims1956 2 years ago
how about hooking this up to microwave transformers?
MustafaAlKanadi 3 years ago
This comment has received too many negative votes show
STOP releasing hydrogen gas into the atmosphere. Don't you know that hydrogen gas damage the ozone layer!
H2 + O3 -> H2O + O2
O3 is not so stable, all you need is a little push from the sunlight, or cosmic radiation and the hydorgen gas and ozone will go pop, pop , pop etc. And the ozone will be gone soon.
robertyt2 3 years ago
go die alone...
ivhual 3 years ago
if we all ran our cars on hydrogren that would solve more problems
dodoshlodo 3 years ago
wow hydrogen the most abundant element and i doubt that theirs a enough people in the world who want to do it
bsboy20 2 years ago
I bought a F-16 Pulse King on ebay and my HHO cell went off the charts.
hho1junkie 3 years ago
Can we safely use the hydrogen to fuel an internal combustion engine? When the hydrogen and oxygen burns inside the engine & converts back to steam, will it mix in with the oil that lubricates the piston, bore, compression ring, oil ring? Will the trap steam cause corrosion to valves, crankshaft & other moving parts?
alienpatentoffice 3 years ago
why does everyone hold onto their plans like they are the world greatest secret? I cant find any plans to download... well for free anyways
BigDaddyGdog 3 years ago
Read my reply above and go and so a the cheap experiment above and post your results here. You will find 1. Closer electrodes gives faster the reaction but raises the amp draw. 2. Higher electrolyte saturation raises the boiling point of water , no creating steam. Raising pressure raises the boiling point so water can be super heated at high pressures requiring minimum electric current to split it. Heat moves the electrons into a higher energy shell and makes the polar bonds easier to split.
asims1956 2 years ago
any energy source is only as clean as the process and method used to create it,plus its own emissions.hydrogen extraction using electrolysis CAN be done cleanly and cheaply,by using a wind turbine or solar cells to create the electricity.batteries could be charged this way and saved to be used as needed.you could even get a hydrogen powered generator as a backup plan!
ChemicalMikeUK 3 years ago
Good idea bro but in order to produce that amount of hydrogen u need a plentiful energy in modern technology this can be only done if u go to Countries like Canada where there is plenty water to generate into hydroelectrical power and tropics where solar energy is also plentiful. I think in the future people will use ethanol as a source of energy as a fuel in car engines. But hydrogen can also be used because burning hydrogen only gives water and this will decrease the amount of CO2..
fulti34 3 years ago
This is my video.This can be duplicated by anyone.The pwm is just to control the amp draw. I am using 12 volts from .5 to 12 amps. The water is about 140F and highly saturated with potassium hydroxide. The higher the temp the better. You are not getting something for free, just using waste heat from your engine to move the electrons further out into the shell to make it easier to split. This is not a trick, try it yourself. Pressure can be used to get the water temp higher like a pressure cooker
asims1956 3 years ago
same with me, I get more gas when the water heats up. Whats up with that???
EMPIRE0FLIES 3 years ago
when a substance is hot, it means the molecules are more excited, thus you will find that since they are more excited, it is easier to break the bonds between the hydrogen and the oxygen since the molecules are moving at a faster rate.
Jyiannaros 3 years ago
Mainly, the reason is the heat causes motion of the molecules/ions to increase. This increase in motion allows the ions to move back and forth between the electrodes quicker and more easier...allowing a better flow of electricity
SciWiz22 2 years ago
Read my post above... heat is additional energy, just a different type. This is not something for free. You are paying for the heat as well as the electricty but you are wasting a lot of heat in your car. Recover some of it and use it to improve gas output.
asims1956 2 years ago
temendous amount of gas :o))
How high is the voltage ?
ipctec 3 years ago
yes how high is the voltage? I dont understand how you got that much gas
gamerboi777 3 years ago
12 volts, from .5 amps to 12. What you are seeing is no a deception. Try it for yourself. Read my other post above.
asims1956 2 years ago
@ipctec 12 volts... highest is 12 amps, lowest shown is .5 amps.
asims1956 2 months ago
Newton has some laws of physics (F=ma) that seem to be irrefutable, and are accepted and taught world wide, but when it comes to nuclear particle acceleration, those laws are not valid.
Proof of this statement please.
Boyntonstu 3 years ago
There was a MAJOR BREAKTHROUGH concerning efficiency/economy of electrolysis of water published online on July 31, 2008.
NEW CATALYST DISCOVERED, YIPPEEE!
Youtube:
"Major discovery unleash solar revolution"
Web:
"In Situ Formation of an Oxygen-Evolving Catalyst in Neutral Water Containing Phosphate and Co2+" authored by Matthew W. Kanan and Daniel G. Nocera (MIT).
(published in AAAS' Science magazine!)
As for storage, read about Stanley Ovshinsky's solid alloy hydrogen fuel tank!
MiKikaIwaShizaru 3 years ago
Anybody know what materials this guy is using for the experiment? I've never seen that much gas production from a single unit.
quickieal 3 years ago
304 stainless... not important other than non corrosive. Using heat and full saturation with electrolyte is why you are seeing the results. Try it for yourself and come back here and post your results. Read my above post.
asims1956 2 years ago
the whole purpose it to connect this to a vehicle, which has an alternator, thich creates more energy than your car uses, which goes to waste, plenty of amperage to spare for a hho joe cell... and thehotter the water the easier it is to split, which is why plasma splitting has the highest output, ultra hot electric splitting. you are doing great man, dont listen to the know-nots
IRISHPRIDENINJUH 3 years ago
You are very correct... a plasma arc under water produces exceedingly high heat and very high rates of electrolysis. Water normally boils at F212. this limit can be raised to several thousand degrees by the right conditions. The heat is energy as well and stored within the water. I don't understand why most people don't get this. Very simple.
asims1956 2 years ago
Liquid hydrogen has a low density of 71 grams/liter. Hence there is actually more hydrogen in a liter of methanol (99 grams/liter) than in a liter of liquid hydrogen.
Regular Gasoline 44.4 MJ/KG or MJ/2.2lb
Hydrogen 121-141 MJ/KG or MJ/2.2lb
Gasoline weighs 6.073 lb/gal or 3 KG.
Try to produce 6 POUNDS of hydrogen to equal a gallon of gasoline and see how much energy it takes to do it.
This true information should prevent others from continuing down this energy wasting path.
Boyntonstu 3 years ago
how much bush pays you to say those things?
zepedro93 3 years ago
I receive $40,000 every month.
I also have a bridge for sale.
Interested?
Boyntonstu 3 years ago
Oh, you don't really mean that! If you do, you're really not a very good student. The first law of learning is that you don't yet know what you don't know.
Newton has some laws of physics (F=ma) that seem to be irrefutable, and are accepted and taught world wide, but when it comes to nuclear particle acceleration, those laws are not valid. Now, just like being partially pregnant, constant laws can't be partially right. Consider that science doesn't, as of yet, know it all.
highlite1028 3 years ago
But... you'd only need 2 pounds of liquid hydrogen to get the same power!
Marttico 3 years ago
This comment has received too many negative votes show
So you heated the water (large energy input) Plus added several kilowatts of power to generate a small amount of hydrogen and oxygen. People, it would take (at 1L/min) almost a month to get 1 gallon of hydrogen fuel wich equals 1/4 gallon of gas (36MJ/liter for gasoline, 8MJs/liter for hydrogen) to drive your car 5 miles (for a 20mpg car). I hate gas prices like everyone else, but dont multiply your cost by believing idiots.
buggar4466 3 years ago
your're supposed to mix it with the gas. It's like adding octane booster. A little over a long period of time goes a long way.
the1bigace 3 years ago
I think you confuse. 1 Gallon is a volume unit equal to 3.78 liters. So at 1L/min it should take 3.78 minutes to make 1 Gallon. In addition, the Lower Heating Value of H2 is 2.97 Watt-hour per liter. The LHV of HHO is 2/3 of that, i.e., 1,98 Wh/liter. Ive seen in youtube efficiencies of more than 80% in converting water to HHO.
juanpazago 3 years ago
maybe its a hoax theres an air hose blowing air underneath.. hehe.. the bubles are too big.. how can 12 amps generate tht much gas..
genome692002 3 years ago
Read the post above and go and do the experiment for yourself then come back here and post your results. Seeing is believing... do the experiment.
asims1956 2 years ago
How do you get it to produce that much gas? I have a coiled 7 foot piece of stainless steel and three stainless steel rods in the middle of the coil. I used distilled water and added baking soda to it. It is hooked up to a car battery and it does ok but nowhere near as good as your. How do you produce that amount of gas?
TrentHalls 3 years ago 4
You seem to be the only one here with common sense and you have asked a very good question that many of people would like to know! Maybe its a military secret. LOL I am a high school teacher and I can't believe the people who display videos on here that are so valuable...and have no idea how to discribe materials used, voltage, amps, and results. It is blows my mind.
jimmyjimmyind 3 years ago
Read my post above. They explain it.
asims1956 2 years ago
Love it It looks just like mine only I am using 3 set of 12 in pipe largest outer diameter 1.5 inch. I am about to use 3 pipes per totaling 9 I get great production, with minimal power draw. I have also drilled holes in the pipes to increase exchange of h20 and gas because my spacers kinda jam the openings. works great though about ready to install in my truck
jwsoup 3 years ago
what spacing do you put between the to pipes?
princesslulu1 3 years ago
.06 inches, I am using a .750 inside and a 1.0 OD for the outside tube, the wall thickness of the outside tube leaves the .06 on each side. Stainless tube, the material are not important other than corrosion resistance, the heat is the key to high effecency.
asims1956 3 years ago
.06
asims1956 2 years ago
used to find these videos all over P2P networks about 4 years ago give or take a few months. Now I see them on here, I had lost all the information in a hard drive crash and I am glad to see it posted here!
jedirock 3 years ago
That's quite impressive. I'm skeptical about your current draw. I can't see how that could 5 amps at 12 volts. Please share more info.
By the looks you are getting at least 1.5 LPM
maybe more out of that setup.
txgiorgi 3 years ago
From the tests I have run, amps seems to be related to the amount of caustic material that has been added to the mix.
In the video he is raising the amount of amperage avail to the cell. The cell should only draw what it needs. I can easily draw higher amps by increasing the caustic soda and the output increases.
Try it yourself and you will see...eventually the water will overheat and boil on its own if kept at the high amperage. But the production will be higher.
TheMarineDoctor 3 years ago
Can you explain the inside of your device ? We tried similar, but could not get these results
teddybaeren 3 years ago 4
@teddybaeren A battery and wires.
ToasterTM 5 months ago
How do you keep your metal from oxidizing. My water turns black as hell by this point
farleyapeakeast 3 years ago
If you are using a metal that was heat treated in certain ways, these "impurities" will come out quickly. Use high grade 316 stainless and you should never have such a problem, even 316L stainless foil will work without nasty excretions. Lye works much better than baking soda,unless you WANT to use more amperes.Regarding salts,salts in this app are fine,if you have a hydrogen barbecue grill like I do, I let saltwater dry around the orifices so the flame can be (well)seen when using 99% pure h2.
FullspeedorNothin 3 years ago
Use 304 or 316 stainless tubes... no steel or other metals.
asims1956 2 years ago
At high temp. the production always looks like this, is you have a decent cell. Thake the same cell under the same conditions and run the gas through a tube of cold water. You will quickly learn that HOT gas can take up much more space than that of room temperature gas. 4 times the amount at boiling point, as a matter of fact. Nice trick, if you have a Hydrogen generator you should try it.
OriginalUncleNemo 3 years ago
or place it in a degasser (vacum chamber)...with hotwater ..all i camn say is -------WOW
amen2233 3 years ago
Bourgeois' research team came up with a way to make future electrolyzers largely out of plastic. They used a GE plastic called Noryl that is extremely resistant to the highly alkaline potassium hydroxide.
h2fcell 3 years ago
Nice production, have you determined efficiencies yet? Ouput/wattage Do you have better efficiencies when running multiple tubes?
breakdancebrad 3 years ago
less than an ampere dude. Its more than just turning the knobs on a power supply. And it should remain at the same temperature... if you succeed this then you got it :D
premiermc 3 years ago
This comment has received too many negative votes show
No Voltage No Amp No liters per minutes USLESS!! Stop loosin you time and money an wasting our time
isoprobe 4 years ago
Look @ the open top of the container, the hydrogen and oxygen dissipates into the atmosphere and is safe, trapping it in a container and then igniting it will concentrate it and allow for dangerous situations.
magifesq 4 years ago
hi, I do not believe that he with 12 volts and 5 amp. so many hho produce I everything have tried to 20 amp. 36 volts, but no they lie, I have all types cross-sections and several steel types used but no I get it each other for this reason I it does not believe
sjanal 4 years ago
did you heat the water? IT IS ALSO GOOD TO ADD SALTS TO THE WATER AS THIS WILL INCREASE THE RATE OF THE ELECTRON FLOW.
LizzyAston 4 years ago
dont use salt use baking soda. salt produces clorine gas
lurkingfury 3 years ago
it doesnt, cause the water electrolisys takes priority. at leasts thats what i think about it, i found that out from other utube vids. anyway beleive what u want to and i'll do the same.
LizzyAston 3 years ago
Don't use salt, it can produce poisonous Chlorine gas. Baking soda is also no good, do like the pro's use Potassium Hydroxide (KOH), or Sodium Hydroxide (NaOH) for best results.
maituub 3 years ago
the chlorine isn't much of a problem, it wont reach the levels needed for a chlorine poisoning.
unless your electrolysis uses molten salt, or running it 24/7 in a room without ventilation it wont cause any problems
you are more likely to be hurt by NaOH/KOH
silendshade 3 years ago
I don't think so . Cl2+H2->2HCl,then ,HCl is very much poisoning to pepole. It will Kill you.
okayny 3 years ago
NaCl(aq) -electrolysis-> Na+ + Cl-
Na + H2O --> NaOH + H
2Cl- +H2O --> HCl + HClO
HClO + NaOH --> NaClO + H2O (this is electrolysed again and again(3 times) to finally form sodium perchlorate)
HCl + NaOH --> NaCl + H2O
most of the chlorine is made into HCl by water, and then back to table salt.
*if you run your cell around the boiling point of water, you might get some more problems with chlorine*
silendshade 3 years ago
No way, HHO cannot have salt.
Anyway, I say HIPERGAS HHO can´t have salts.
gfcgamer 3 years ago
Dude I tried it myself, did it for hours. Am I still alive? Yes. So salts are ok.
LizzyAston 3 years ago
This is a demonstration of High Temperature Electrolysis
turners1 4 years ago
Correct... that is what it is.
asims1956 2 years ago
To prevent any explosion make a Bubbler.
durian789 4 years ago 4
This has been flagged as spam show
Hey, isn't the time to stop watching bubbles around, and do something that this technology GETS INTO CARS NOW ??????????!!!!!!!!
oztronix 4 years ago
Isn't it dangerous to have oxygen and hydrogen mixed in stoichiometric ratio? It seems like any little spark could set of an explosion. Doesn't it backfire in the engine all the way back to the source,thus sending the electrolysis device "kaboom"?
sonofsun4 4 years ago
Can't remember off the top of my head what the name of it is... but they make things to prevent that...
Foosbabaganoosh 4 years ago
Its called a one way valve
magifesq 4 years ago
Flashback Arrestor?
Do you even know what your saying?
tyeo098 3 years ago
all I want to know is, how many volts, how many amps, and how many liters per min???? it's that simple. I'm sick of looking at bubbles of HHO in videos and guessing what the production is.
pazzosev 4 years ago 3
if yo uwant to find the LPM liter per minute just seal the electrolyzer in an air tight container and put a flow meter inline to give liter per min. I got a flow meter from a used medical suply house. you can see it in my videos..i wish everyone would stop guessing and start posting facts.
pazzosev 4 years ago 2
the flow meter is not exactitude. so ,you could use this method: fill water in a glass bottle, then , seal the bottle exit with hand,and downwards the bottle into gutter ,then let the gas enter the glass bottle, then the water it the glass bottle will flow out ,compute how much seconds(S) used to eliminate the water of the glass bottle, and how much volume of the glass bottle (L),then you can get the gas produce(OHL), OHL=(3600/S)*L
the unit is liter per hour
okayny 3 years ago
hot water...he's right. it stresses the Hydrogen and the oxygen atoms and split/s and apply some amount of electricity and the split will gonna be enourmous. try it and you'll see...
TiczonFamily 4 years ago
@TiczonFamily Thanks a lot.. I see you are one of the few who bothered to do the experiment... so many people on her want to make comments when they have never tried any experiment of any kind.. it is obvious they are only making foolish speculation or spouting off nonsense that has no basis of reality and are not basing their post off of any real knowledge or experience...
asims1956 2 months ago
We are trying to make same test. But in my test i couldnt take enough Hydrogen. I wonder which type of steel (no:304? , no:316? or anyother type) and how much the thickness of that steel? Also do you use tap water or do you add any admixtures in to the water?
If you help me i will be happy.
sjanal 4 years ago
read my post above and you will know all that is necessary to duplicate this.
asims1956 2 years ago
For all those spliting water;
-1kWh=860kcal
-H2 combustion energy = 33811kcal/kg
-you need 8.9368 kg of water to get 1kg of H.The rest (7.9368 kg) is O.
So,in 1kg of H2O we have 4.4 kWh of H.
Let the electrolizer work for 1 hour, weigh the water "evaporated", calculate electric consumption and then tell us...
ghandrei 4 years ago
esti roman Andrei?
ion1234567 4 years ago
if yo uwant to find the LPM liter per minute just seal the electrolyzer in an air tight container and put a flow meter inline to give liter per min. I got a flow meter from a used medical suply house. you can see it in my videos..i wish everyone would stop guessing and start posting facts.
pazzosev 4 years ago
That will not be very good.
Your flowmeter is made for... air or oxygen,
not OxyHydrogen ( aka Hydroxy).
The upsidedown bottle methode gives a good hint.
maituub 3 years ago
A flow metetr made for air will be close enough for expiermenting. It's H+O.
txgiorgi 3 years ago
Hi I'd like you to tell us how you do this< the audio is not clear on the video
Green2Clean 4 years ago
just like making moonshine:p
icetrout 4 years ago
Great video. What did you use for your PWM??
98tweat 4 years ago
I had read a paper on hydrogen release and it quoted more hydrogen is released from cold water. Me thinks the heat from the amperage is boiling the (hot)water making it 'appear' more is going on. As far as actualy hydrogen production, its less than if using cold water
lwblack64 4 years ago
OK, so what is the actual Wattage and Gas Output per Time from the cell?? This is where most people misunderstand the Efficiency of their gas production.
PackratCND 4 years ago
WOW! thats really something.. We need to chat!
check out my videos... I put one in my car and got my Merc Milan from 28 MPG to 44MPG something like this we can do even more..
I have all the electronics and safety down for the auto too.
Have a great weekend
-Pete
mixcatcom 4 years ago
If you read his video comment, this is not his work, but something he found on google video and posted here.
sgauntt 4 years ago
It takes three times the energy input when you compare the amount of work that you can get from the released hydrogen. So, like the fellow below said, efficient is not a correct description.
DK
DKean7 4 years ago
12A is soo much waste of energy. Its not efficient at all. The title doesnt make sense.
geoffreyphilip 4 years ago
Hi,
What are you using for a power supply?
Freenrg4me 4 years ago
im curious, is this additional gas actually H2 and O2 ? or are you actually getting steam along with the regular (as apposed to boiling water) output? A bubbler and pop test could show this...
great work tho, dont let ANYONE stop you!
senorquax 4 years ago
Take a look at my video, I also did some boiling water tests. It sure does increase your output.
My output was unreal compared to not boiling the water. Really is amazing the difference.
Right now I am working on getting power from my exhaust without the use of an extra alternator on my vehicle. Wish me luck.
Check out my video on boiling the water.
sirHOAX 4 years ago
Please tell me more about how you are controlling the amperage.
Are you using a full 12v or other?
akaalgorithm 4 years ago
This has been flagged as spam show
holywdtughguy 4 years ago
its not supposed to get hot at all and u dnt crank more amps its the voltage and less amps
commando7144 4 years ago
Stefan, are you advertising your page on every youtube video site?
oztronix 4 years ago
Hi,
do you need less than 2.4 Watthours of energy per
1 Liter of HHO gas production ?
If yes, you have overunity.
Please come to overunity dot com to discuss your results.
Many thanks.
Regards, Stefan. ( admin of overunity dot com )
hartiberlin 4 years ago
Please,, Tell us the Hz,kHZ the pwm uses
loggeboy 4 years ago
Wow!! How much hydrogen, (cubic feet per min) can you produce? No one ever says! Keep up the good work! bobbypatty1
bobbypatty1 4 years ago
Boiling water is not gas production. If the water was 150 degrees F you would have something. Boiling water is not hydrogen.
lincolninked 4 years ago
@lincolninked The water is about 150 degrees... fully saturated with potassium hydroxide to raise the boiling point.
asims1956 2 months ago
Hey I got something similar working. I think most of that is not hydrogen production. I think the water is just reaching boiling point when you apply the current so it is probably mostly just the bubbles from boiling.....I think....if not, prove it.
leeroyjenkinsii 4 years ago
thats an impressive setup what is the supply ?could you please post more info on how you did this ..again very impressive!! wow
teslaspigeon 4 years ago
Come on dude, give it up! What you have is great, pass it on to everyone. Show your PWM and other equipment. Measure the amount of flow, all you have is a small tube setup that produces so much - HOW? Make a longer video. Then get it on a car working!
MikPil 4 years ago
Anyone know who this guy is? I'd like to pick his brain for awhile.
clockworktoys 4 years ago
Show more of your equipment.What did you put in the water. Don't move the camera so much, add more light
MikPil 4 years ago
please tell me what kind of PWM you have, i need to get one!!!!!!!!!!!!HWOOD
holywdtughguy 4 years ago
very impressive
eclipse0982 4 years ago
Impressive gas production! Keep up the great work!
spbrick 4 years ago
What is size of the pipes? Have you measured volume output? If so what is the output?
cheaphardwarez 4 years ago
YEE-HAW!!! dem rednecks buissy do'in dem scientific-stuff.
nice accent dude ^_^
happyking9 4 years ago
These are my videos. This shows efficient electrolysis using heat at about 140 degrees, this moves the electron further out in the shell to increase efficiency. This is not using radiant energy or resonance. A pwm is used to control the current . The lowest gas production rate = 1 A and 12 V, highest = 13 A at 12 V. This is not a deception. Anyone can do this with a bit of work. Tubes are 304 stainless. Use heavy KOH up to saturation limits; control the current draw with the PWM. Aubrey Sims
asims1956 4 years ago
Nice job, you shouldnt need hot water,in fact that is the beauty of Magnetrolysis. Thanks for keeping it free, God bless you and God bless America
cfootball10 4 years ago
actually heat does help, but it has to be created without energy loss.
cfootball10 4 years ago
Did your PWM have a transformer boosting circuit like Meyer described? If so, What kind did you use? I've read about non metalic core ( high frequency ) transformers
working best.
mozon1967 4 years ago
For anyone who is unaware check out this guys youtube channel on hydrogen from water. johnaarons
SowhatNC 4 years ago
I like this video very much and I wonder that the gas produced may be a mix of HHO and water vapor. Then it may need a cooler before using the gas.
wphuang2005 4 years ago
This is one of the best videos of someone pumping air into water I've ever seen!
mungoesmad 4 years ago
Can you tell us how many volts that was ? and can you tell us how cycles per a second the PWM was set at please, I've not built anything myself yet but I'm leaning towards tubes over plates as I feel you get a chimney/venturi effect that helps to strip gas away from the electrodes faster than with plates, any thoughts on that ?
Good luck and keep on going.
Redshift21 4 years ago
volts are worthless. better to use amps or watts to show u how much electricity is being used
astronomer110 4 years ago
actually u need volts and amps.. or u can speak in watts.
eclipse0982 4 years ago
I just cant get enough of this video!
fladfisken 4 years ago
I want one.
ripplesouth 4 years ago
I've did a same test but only 15L/h at 2.6v x 20A. very poor yield!
wphuang2005 4 years ago
have you measured the gas output,it seemed a hydrogen/oxygen GUN! what was the voltage crossed on this cell? 12v x 12a=144w if the output was 100l/h,then it was 1.44wh/l. it might be a very high rate, asisted by hot water?
wphuang2005 4 years ago
According to Wikipedia, high-temperature electrolysis is more efficient than room-temperature electrolysis. It makes sense, first the polar bonds break at 100C and then the covalent bonds break at...well...I forget, but it's really high. Add electrolysis to the mix and you should get increased gas production.
UPSer0001 5 years ago
PWM = Pulse-width modulation (wikipedia)
sidyoung 5 years ago
what metals did you use. I am doing a similar project of my own. Thanks
amazula 5 years ago