My advice, that little torch bottle make sure it's plastic, cause when that blows up and it will , you don't want pieces of glass shooting out like a granade. Best practice is to put a check valve in front line protection , then a the bubbler . The purpose of of the bubbler is to take the explosion , so it saves the cell . The purpose of a check valve is to save the bubbler and you ...
If this is true why aren't car's powered by it it's so simple clean and efficient and no need for dirty fuel's at nearly zero cost compared to oil based fuel
Just a tip, if you separate the cathodes and the anodes and have separate collection reservoirs above each, you would be able to collect the hydrogen and oxygen separately. Just a tip 😘 Also you need to make sure you use distilled or as pure water as possible, read on to find out why. Although pure water is not conductive to electricity, any contaminant will do, a rock or pebble, even the anodes and cathodes themselves. I don't think you necessarily need the potassium salt and you definitely don't want any Sodium salt to be in the water you're using. Reason being if Sodium salts are present you will end up with chlorine gas, which is toxic. BTW this is exactly how Saltwater pools chlorinate water, the water flows from the filter to a device with electrified plates which split the salt in the water realising chlorine gas which dissolves into the water and essentially evaporates out over time. Because it exists as a gas other things called chlorine stabilisers or "sunscreen" are added and hold on to the chlorine weakly and release it slowly in the water.
Just some safety concerns 1. Don't touch the electrode from this old battery without gloves. 2. Defenetly don't use salt you end up with chlorine gas and this is toxic. 3. U shouldn't catch hydrogen and oxygen in the same volume, that's a very dangerous idea. It needs only 19 milli Joule to ignite the detonating gas ("hho") that means the static electricity from your clothe can be enough to blow your hands away. Better learn how electrolyzer really work and build it in the right way, not this self-destruction mechanism 😉
Надеюсь многие прочитают ваше сообщение и не будут повторять эксперимент из видео. И да, если уже собирать, то отдельно водород и кислород и да использовать кислоту, а не соль.
This is also one way that submarines can supplement their oxygen for extended stays underwater, electrolysing *pure* water to get the oxygen, but this is not practical for long when you only have a limited supply of pure water when surrounded by so much salt water, because it also takes alot of energy and time to filter/purify salt water, whether it's by boiling and condensing(distilling) or reverse osmosis (direct filtering). The other way is by "burning" what are called candles, which is very counter-intuitive because normal candles burn oxygen, but these "candles" give off oxygen. Although, adding more oxygen is pointless if you don't have a way to remove waste gases. Filtering is usually done by passing the air through filters which capture the carbon dioxide by reacting with it to produce less harmful substances. For example air can be filtered through calcium hydroxide which removes the carbon dioxide by reacting with it to produce calcium carbonate(chalk) and water. I love how it all comes down to chemistry and how the products of water electrolysis can be burnt and they produce exactly that from which they came, water. Even in the previously mentioned pools, saltwater pools slowly become more alkaline or basic from the chlorinator. As the water becomes more basic, an acid is added to correct the levels, and what's actually happening chemically is the Sodium hydroxides produced from chlorination react with the acid (which is usually hydrochloric acid, containing chlorine) and the products are just Salt and water, which can be used by the system all over again. *Salts and dissolved substances don't disappear with the water when it evaporates* Just saying, just in case 😅 (seen some pools almost as salty as the ocean 🤣)
@TheUwolus I suppose you don't want any kind of metallic salts. Salts are a union between elements that on their own are very volatile or toxic. E.g Sodium Chloride, Iron sulfate, Potassium chloride, copper chloride, Potassium nitrates.
i built myself a hho generator with the stainless steel plates back when i was young. powered it with a lab power source at 24V and 15 amps, worked really well. i had it outside to test and torch some stuff, but didn't have a "bubbler" installed, so the flame went back into the tubing and i got a hell of a loud bang. shrapnel flew everywhere, so please if you wanna torch stuff with it, be safe and build your own bubbler aka flashback safe😂
balloon, fill, walk away with it 10 feet... then ignite :-) mines, 1 litre h2 a minute lol... yup I've blown my cap off,,,, but even a little going off in your face is weird it feels like all its doing is pushing you away..... but thats why Nasa use's it..... claimed safest fuel in the world
@@sher-lm6rx cough blow off spring loaded oopsy... even if it all goes off the lid is spring loaded on there... pop.. thud... if I got 3 flash aresters in a row
No!!!! I just opened a hydrogen store and this guy is killing my business. Between him and the atmosphere I'm really struggling. Oxygen, now that's a money gas. Everyone knows that.
Haha Stanley Meyer? Yeah, that was a CIA job sure. They didn't want that getting out bcos of OIL. Bib Lazar has a hydro car though you can look it up on youtube
We use to make hydrogen bombs. Filled up a bag and put in a 5 gallon bucket, duct taped the whole thing with a fuse that went inside it. Lit it off a few hundred yards from our house, and it literally shook the house. The explosion was so big. Parents heard and felt it, and we got in trouble. We used an old motorcycle battery.
Do you know why they want plasma from your blood drive it's to feed the fkg alien race that t is wanting to destroy aĺ humans on this planet. That is a fact
Nicely Done!! Funny story: 30ish years ago, my literal-genius neighbor/buddy invited me over to check out his latest project.. Down in his basement, he had [5] 5-gallon buckets of water, capped w/ 50 gal garbage bags.. Each bucket had hydrogen extracting setups - all different to compare their efficiency, w/ [2] 12v car bats powering. We checked them for progress and finally all bags filled up completely.. Success! Annnd then - Stupid kids antics came into play.. We ran a model rocket ignition setup to ea of the 5 bags and ran the line up the stairs & around the corner.. Quick mental image: Old Italian house - dirt basement floor - TONS of spiderwebs, dust, etc.. 3...2...1... Fire In The Hole! hahaha ***WOOSH*** . . . The entire basement Flashed w/ a hot explosive fireball.. It flamed up the stairs and into the room we where in.. [Luckily we didn't blow up the house lol] After rubbing our hair/skin, we went down to observe the aftermath.. Zero spider webs! Best way to eliminate those! hahaha Everything was good to go except for a few burned/melted bags. Eeesh.. Never a dull moment. =D
My son and I built a hydrogen generator similar to this one, but not quite as complex, many years ago for his science project at school. We used glass tubing and a variable power source that changed the amount of hydrogen we produced. Were able to produce a small flame out from the discharge tube (never thought about making the rockets as shown here!). He won a first prize, but school made him take the project home, right away! We still have the parts; that was some 15 years ago! Thanks for the memories 😊!
Very nice compact little cell! I like it. The only problem is you have more than just the graphite rods making contact with the solution. You have screw heads and wire also taking part in the electrolysis reaction. The graphite won't corrode but the other parts will (anode, especially).
Here in Brazil, a guy used this idea to insert hydrogen into the car's combustion chamber. It worked perfectly. He managed to drive about 200 km on just one liter of gasoline. To produce hydrolysis, he installed a gear on one of the rear wheels of his car. The gear took the movement of the wheel shaft to rotate a copper piston inside coils made of copper wire. The energy produced was sent to an auxiliary battery, whose electricity was used to produce electrolysis. After a while, this guy disappeared. We never heard from him again. I believe they gave him a lot of money to keep quiet and forget about the project. But now everyone knows how to do it, so it's all a matter of personal initiative or financial interest to make this idea popular and common in all vehicles.
Toyota has a hydrogen/electric car on the market now. Btw, the water fueled car was created in 1920 by Stanley Myers & they killed him. Other people too.
I have a Challenge for you, to create a DIY Hydrogen Camping Burner that can utilise Solar power to charge batteries that intern create sufficient H gas to cook food and for long periods of time. It must be portable enough not to impose to much weight and be usable for upto 2 weeks until returning home. I hope your up for it and that there lays an opportunity to create a small but potential business for Camping fanatics out there, good luck, and great vid, 😊👍
I Don't think that is a good idea at all unless you want to blow up your camper or yourself, using hydrogen around a fire is insane, I think you remember the space shuttle exploding just after launch, That was hydrogen, I personally saw car batteries explode, when a car battery is charging it is producing Hydrogen and if there is the smallest leak and you make spark you may even get killed, The worst one of the two that saw blew up with such force some of the plastic from the battery was stuck in the wood ceiling of the warehouse and that ceiling was 30 feet high
The installation is good. I tried to do the same myself, only more primitive. I didn't succeed: too little hydrogen was released. If you want to repeat it, remember that the main thing is to ensure the tightness of the system, and this is very difficult, otherwise nothing will work at all. Also try to maximize the electrode area and power. I used a cropped charge from a 2A phone. You can use ordinary water - it also conducts current (only NOT distilled). If you take ordinary tap water, then hydrogen will turn out much cleaner and will burn with a blue flame, but in this case you will have to greatly increase the voltage, otherwise nothing will work. Good luck!
@@Rotorhead1651 The fact is that pure H2O does NOT conduct current. Distilled water is pure H2O. If you take ordinary tap water, as I said above, then it contains impurities: all sorts of different salts and metal cations, which are conductors of electric current. That is why water seems to be a dielectric, but the current still conducts. Salt, acid or, as in the video, alkali is used to increase the content of metal cations in water and, accordingly, improve its ability to conduct electric current. However, these impurities are also involved in the electrolysis process, which is why other impurities also appear in the mixture of hydrogen and oxygen, which makes it more dirty. If nothing is added to the water ( not distilled ) then the mixture of hydrogen and oxygen will turn out much cleaner, but you will need a much higher voltage for the electrolysis process. I hope I explained everything clearly. If it's not difficult for you, please answer me in Russian. I wrote this text through a translator so that you would understand and not have to insert it into the translator and translate it yourself. I will be pleased if they answer me in Russian. Good luck!
@@1KiNeTiK1 Stainless steel is certainly better than graphite rods, but I would advise using copper plates, since steel can react with the electrolyte and deteriorate or even crumble after long use, like mine. I speak from personal experience, we are tired of very strong corrosion even from a salt solution! Copper plates are much better, but they are hard to find and they are more expensive than steel. If it's not difficult, please write your answer with a translation into Russian. thanks for understanding.
That was my technique. I soldered a copper tube into the top of a 1 qt mason jar so a rubber stopper could be used to mate a balloon neck to the generator. My brother and I would fill 3ft diameter weather balloons from Edmund scientific with hydrogen, tie a knot in the end with a 3-4 ft long string, light the other end of the string then release it. It was our Hindenburg recreation. So much fun!
That was my favorite toy when I was a kid. In addition to that, I used tungsten from light bulbs, wires and a battery to detonate the hho gas remotely😂
@@RipOfflineAudio point full notice ! The difference between trained and self taught scientists. Anyone can be scientists but if an individual has worked and trained safety measures then we can see the difference between truthful vs deceitful claimed formula by self taught genuis 😂 And such inventions never gets brought yet get used repeatedly due to their genuis skills.
Be careful playing with that gas mixture too much. It’s got everything it needs to burn, so it can very easily flash back up its tube, basically turning that bottle full of it into a bomb. If you could somehow split up the gas at the anode and cathode, and then recombine them right where the flame comes out, you’d have yourself a very ingenious and effective oxy-hydrogen torch. Capable of doing lots of cool stuff.
I have always understood that a wet cell generator is inferior to a dry cell. I firmly believe that HHO has the potential to be a game changer. However, it must be done safely. The first method had no flashback arrestor. The second one, while it did have one, it was glass, which makes it highly unsafe. Using a simple check valve would be the best option. Furthermore, you could have used a 9v to power your device. I would personally avoid destroying batteries to obtain the parts needed. There are simpler and safer methods.
What do you use as electrodes? Carbon rods are great for the anodes (connected to battery positive), but not so vital for the cathodes. Not sure why you think disassembling carbon-zinc batteries is dangerous - it's much less dangerous than alkaline batteries (which are highly alkaline inside).
@@michaelnoble2432 using stainless steel plates in a dry cell is standard. Usually, with a rubber or neoprene gasket in between each layer. Destroying any battery is unnecessary to create an electrolyzer. Plus, the wet cell method is inefficient and not suitable for the long term.
@@P.I.E. interesting - in theory stainless steel will erode when used as the anode (carbon is far more resistant to this). How do they get around this problem? I think using AC might help by reversing which plate experiences oxidation 60 times per second?
@@michaelnoble2432 As far as corrosion goes, I am unsure. I am basing my information on others' experiences and builds. I have yet to build one myself, but I do plan to do so. Hopefully, as a future project video. DC is standard, but the idea of using AC also crossed my mind. But I believe that a higher voltage DC would be more efficient. These are topics and ideas I plan on exploring in my future build.
Waiting for the video using lithium batteries.... This film has been modified from it's original version, it has been formatted to fit your screen... Or the movie... Coming soon to a trailer park near you...
Very nice, thank-you. Strictly this is making an optimal Hydrogen plus Oxygen mix since all the electrolysis products are mixed together. Here in the UK, potassium hydroxide is not generally available but Caustic Soda is: equally, I imagine, as the preferred electrolyte. Again, thank-you!
Let me tell you what the problem is. When you are halfway through electrolysis, the positive and negative electrodes will be covered with potassium, which affects efficiency. At this time, you only need to pause for two minutes before continuing. This intermittent work will surprise you.
The gas is both H2 and O2. Igniting hydrogen results in a whoosh, while oxygen makes a bang. If you want pure hydrogen, you must prioritize the bubbles emanating from the cathode.
@@nreaction EVs need a massive infrastructure that can't be built quickly. There needs to be charging stations everywhere. Also imagine everyone getting home at 5pm from work and plugging their ev in, how much strain is that going to put on the grid? Hydrogen is the way ahead,.
it's better to maintain the HH separated from the O until the last moment, when you burn it. otherwise the flame can run into the electrólisis recipient and explode.
Nice video. Maybe it would be a good idea if you pin the comment and inform people that not every battery type has this kind of construction. I learned it the hard way just recently, but at least I had a bunch of empty ones. From approximately 30, I only found graphite core in two I think. C and D type had a much better ratio, but it's still so so. I don't know if this depends on chemistry. I didn't mean to spam, but seeing 61K have already seen this, I don't want them to linch you:)
I really like the battery salvaging and the 3d printed custom bracket but the design needs more engineering to get pure hydrogen, no corrosion issues, and fine brass wool flashback arrestors.
The brass wool might work for methane and similar gases, but I don't think it would work with a (near stoichiometric) mixture of hydrogen and oxygen. The flame velocity is very high and I think it would pass through quite tiny gaps before enough cooling to douse the flame. I suppose if it were fine enough mesh it might be possible, but would a very fine mesh be at risk of being broken or melted - either producing bigger holes or clogging up the holes? An interesting problem, but perhaps just try to keep the gases separate.
Some guy runs his house on it. He built a system that converts the water with solar electricity, then stores the hydrogen in a tank. No electric bill for him.
Good work however remember is HHO not hydrogen . It contains oxygen if get under pressure it will inplote on the generator. The water flash arrestor is good but I will put another before the generator. HHO gas is very very thin and can scape real easy out of the generator container and cut on flame 🔥 .butt love the idea the battery material look like is very good conductor. I think is carbon ? Or graphite .great video
The petrol industry is not at all concerned with this, because it's just not viable. You are not creating energy by doing this, you are converting it. Poorly. With huge losses. Also, hydrogen is volatile as an energy storage. You know what works a lot better, and doesn't need conversion..? Batteries.
Interesują się. W Polsce stawiają ogromne farmy fotowoltaiczne. Nie, nie żeby sprzedawać energię. Żeby konwertować ją w wodór. Dlaczego? Bo nikt nie chce kupować energii słonecznej skoro słońce świeci za darmo, ludzie sami montują panele i akumulatory domowe.. pojawiło się wiele propagandy przeciwko elektrykom i nagle wszędzie promocja aut na wodór. Oni nie przejmują się stratą wody i że to nie opłacalne pod względem energii którą tracisz w procesie konwertowania wody na wodór, oni po prostu chcą dalej sprzedawać, nie obchodzi ich co sprzedawać.
+ pojawiła się propaganda że są jakieś nowoczesne sposoby produkcji wodoru, okłamują ludzi ze oszukali fizykę i nie tracą energii w procesie konwersji, że otrzymują jej więcej niż używają do tego procesu, zwyczajnie kłamią że ich prawa fizyki nie obowiązują. Mimo tego że to żart z logiki i nauki wodór jest mocno promowany i jest ogromna propaganda, niestety. Oni mają miliardy i stać ich na sianie kłamstw.
Doing it with Salt water (NaCl) is potentially dangerous as you may get Chlorine along with Oxygen at the Cathode. I think that causes the yellow coloration of the solution.
The voltage between the two electrodes must be limited to 3V. If you give 12v directly to the electrodes, the system will heat like hell. I done this thing to my motorcycle a while ago to increase fuel efficiency and power.
@@Johnnywhitefield I said I did it to increase power and efficiency, I didn't say it did that. Theoretically it may increase some power because of the hydrogen released to the air intake. Removed it because of maintenance and fire hazard.
Firstly, the cheap, easy and clean way of building a mini electrolyser, is great work. I don't know how potent and continuous your farts are, but I can assure you this gas is a great alternative solution
Dangerous! You create a perfect mix af oxigen and hydrogen gas in one container. I hope it's only people who know what they're doing to get inspired by this video.
We did electrolysis of water in the 9th grade and captured the gas in a small inverted glass test tube. We then inserted a small flame from a wood splint into the tube and listened to a small explosion called a hydrogen bark. That was 43 years ago, and no one ever got injured . Today this would be banned, because of all kinds of insurance.
@@Alexf-pianofortunately, you can see it by searching TH-cam for it! It is a small explosion of hydrogen gas, which sounds like the bark of a small dog.
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The adviser I'm in touch with is 'Alfredo L. Brown FX' He works with Merrill, Pierce, Smith incorporated and interviewed on CNBC Television. You can use something else, for me his strategy works hence my result. He provides entry and exit point for the securities I focus on.
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As a bitcoin trader, it's almost inevitable that you're going to experience some ups and downs along the way. Alertness and decisiveness are both fundamental ingredient in the recipe for a 15% charge is OK compare to his efforts
Good video. We use make when I was a kid hydrogen using sodium hydroxide and aluminium bottle tops using a glass milk bottle with a balloon on top for fun. But your experiment is alot safer and far better.
"Great video! I have a question: before inserting the needle into the second small cylinder or jar to create fire 🔥, is it regular water inside the small container? Or still mix with potassium hydroxide. Also, can the water run out of the small jar or can while there is a continuous flow of hydrogen from the large container to the small one?" Or will it be filled with water bubbles due to the continuous hydrogen into the small cylinder?
Its regular water, its actually a flashback arrest, HHO is extremely flammable since it has hydrogen and oxygen together and just needs ignition or high temp to ignite, so that bubbler doesn't let the flame pass back to the generator cell. Its a safety valve but transparent soft tubing isn't best for production since it can melt and cause boom.
You could just make a resistance heater with that one battery and youd get the same heat. The power from the little battery is splitting the water up at that same power rate. Then the flame can only reassemble that water at the maximum of that power from the battery. Theoretically. But there will be losses so itd actually be less. Some losses can be negotiated away, but a large bit of losses are nonnegotiable. Probably something like 41% efficiency at the max
Advice: Safety First, I would have a secondary bubbler before you light that - that flame can easily go up into that fuel cell and BAAM you've got a bad day. Otherwise, I love the setup, nice job.
cool experiment. You should mention in the video the visibility of the flame is due to the impurities being carried into the supply tube of hydrogen, as pure hydrogen burns invisibly.
Ce n est pas uniquement de l hydrogen ⚠️tu as fabriqué une melange de hydrogen et oxygen et les brûlants ils se transforment en eau 💧 tout simplement !!!
Olá. De todos os projetos que vi achei esse o melhor e mais simples. Parabéns! Três perguntas: Quanto tempo duram os eletrodos ? Que material são as duas barras com furos e que servem de suporte para os eletrodos? Quanto tempo durou a pilha ?
I strongly recommend against recreating anything you see here. This video has zero warning on the dangers of hho. Or hydrogen vs oxygen volatility.. Its extremely dangerous
Great electrolysis simulation. The potassium hydroxide should add some efficiency. Fuel cell technology can definitely help with energy production and more.
Let's think: Install a demineralized water reservoir somewhere close to your car's engine. This reservoir must have an internal membrane separating the water volumes in a 2:1 ratio. Install an electrode on each side of the membranes connected to the car battery poles. When starting the car, the electric current in the electrodes will carry out electrolysis, separating oxygen from hydrogen. Oxygen must be released into the environment. The hydrogen must be sent to burn in the car's combustion chamber. This will exponentially increase the vehicle's performance, reducing common fuel consumption by 10 times. This test has already been carried out countless times by mechanics and car owners in Brazil. What is the world waiting for?
Energy out is equal to energy in. The amount of energy that can be used by water electrolisis is significantly lower than that of hydrocarbons. This would require significantly larger quantities of water than current gas tanks. This introduces a larger mass rrquired to be carried that decreases the efficiency of an already less efficient system. Additionally, when the hydrogen is burned, it will recombine with oxygen and form water. All engines require lubricants, so we will still be dependent upon petrochemicals. This presents a problem. Oil and water dont work well together inside an engine. The viscosity of the oil becomes compromised by the water and leads to excessive wear on the mechanical parts. Additionally, the water will cause meticulously machines surfaces within the engine to become pitted from oxidation much fadter than hydrocarbons.
Problem here; this breaks the rules of thermodynamics, as it takes just as much energy to separate hydrogen and oxygen as it does to burn and recombine them, and even then its not going to be quite as efficient because you just discarded an enriched oxidiser. The only way I see this helping in gasoline engines is maybe that hydrogen can act as sort of a psuedo-anti-detonant injection, but at that point you might as well just use the water outright like Chance-Vought did during WW2
@@PRIM1984 US Australia Japan India and many more countries have already independently invented water powered cars look them up. Stan Meyers was one of the best. You can split water w very little energy using electrolysis in conjunction with resonant frequencies and some other now unknown tech. Oil stayed clean for 100k miles. Stan Meyer was offered one billion $ by big oil he refused at the cafe and immediately started vommitting black goo and told his bro in law "they killed me" and died right then and there. All his work disappeared. Same story w nikola tesla and many more. Their lives get destroyed and all their work goes missing.
My advice, that little torch bottle make sure it's plastic, cause when that blows up and it will , you don't want pieces of glass shooting out like a granade. Best practice is to put a check valve in front line protection , then a the bubbler . The purpose of of the bubbler is to take the explosion , so it saves the cell . The purpose of a check valve is to save the bubbler and you ...
thank you bill nye 👍 but fr though yall take this guys advice
my advice, dont use grenade instead of the plastic bottle…
If this is true why aren't car's powered by it it's so simple clean and efficient and no need for dirty fuel's at nearly zero cost compared to oil based fuel
@@johnmcilveen6052most likely because the power taken to produce the gas is bigger than the one you get from it.
@@johnmcilveen6052if you have the electricity to produce hydrogen just use it to move your car
Just a tip, if you separate the cathodes and the anodes and have separate collection reservoirs above each, you would be able to collect the hydrogen and oxygen separately. Just a tip 😘 Also you need to make sure you use distilled or as pure water as possible, read on to find out why.
Although pure water is not conductive to electricity, any contaminant will do, a rock or pebble, even the anodes and cathodes themselves.
I don't think you necessarily need the potassium salt and you definitely don't want any Sodium salt to be in the water you're using.
Reason being if Sodium salts are present you will end up with chlorine gas, which is toxic. BTW this is exactly how Saltwater pools chlorinate water, the water flows from the filter to a device with electrified plates which split the salt in the water realising chlorine gas which dissolves into the water and essentially evaporates out over time. Because it exists as a gas other things called chlorine stabilisers or "sunscreen" are added and hold on to the chlorine weakly and release it slowly in the water.
Just some safety concerns 1. Don't touch the electrode from this old battery without gloves. 2. Defenetly don't use salt you end up with chlorine gas and this is toxic. 3. U shouldn't catch hydrogen and oxygen in the same volume, that's a very dangerous idea. It needs only 19 milli Joule to ignite the detonating gas ("hho") that means the static electricity from your clothe can be enough to blow your hands away. Better learn how electrolyzer really work and build it in the right way, not this self-destruction mechanism 😉
This is what great research is about! Nice remarks
Надеюсь многие прочитают ваше сообщение и не будут повторять эксперимент из видео. И да, если уже собирать, то отдельно водород и кислород и да использовать кислоту, а не соль.
This is also one way that submarines can supplement their oxygen for extended stays underwater, electrolysing *pure* water to get the oxygen, but this is not practical for long when you only have a limited supply of pure water when surrounded by so much salt water, because it also takes alot of energy and time to filter/purify salt water, whether it's by boiling and condensing(distilling) or reverse osmosis (direct filtering).
The other way is by "burning" what are called candles, which is very counter-intuitive because normal candles burn oxygen, but these "candles" give off oxygen.
Although, adding more oxygen is pointless if you don't have a way to remove waste gases.
Filtering is usually done by passing the air through filters which capture the carbon dioxide by reacting with it to produce less harmful substances.
For example air can be filtered through calcium hydroxide which removes the carbon dioxide by reacting with it to produce calcium carbonate(chalk) and water.
I love how it all comes down to chemistry and how the products of water electrolysis can be burnt and they produce exactly that from which they came, water.
Even in the previously mentioned pools, saltwater pools slowly become more alkaline or basic from the chlorinator.
As the water becomes more basic, an acid is added to correct the levels, and what's actually happening chemically is the Sodium hydroxides produced from chlorination react with the acid (which is usually hydrochloric acid, containing chlorine) and the products are just Salt and water, which can be used by the system all over again.
*Salts and dissolved substances don't disappear with the water when it evaporates* Just saying, just in case 😅 (seen some pools almost as salty as the ocean 🤣)
@TheUwolus I suppose you don't want any kind of metallic salts. Salts are a union between elements that on their own are very volatile or toxic.
E.g Sodium Chloride, Iron sulfate, Potassium chloride, copper chloride, Potassium nitrates.
One word: Gloves…
Seriously. Batteries are toxic
Thank youu
I don't feel sorry for stupid people
Dry cell batteries are safe.
Jaaaaaaaajajajaja
Glad to see you used potassium hydroxide. The danger with salt (sodium chloride) is that you produce chlorine gas as well.
That's why you use distilled water for this experiment and not tap water as shown
@@tomokocchikuroki6200 the water came out of a kettle. Boiled water is not the same as distilled water!
Why not NaOH
@@ColinMcNultyhe never said it was?
@@Userhasbeenbanned0 Ah, I think I may have misinterpreted what he was saying. I thought he was saying the video was showing distilled water.
i built myself a hho generator with the stainless steel plates back when i was young. powered it with a lab power source at 24V and 15 amps, worked really well. i had it outside to test and torch some stuff, but didn't have a "bubbler" installed, so the flame went back into the tubing and i got a hell of a loud bang. shrapnel flew everywhere, so please if you wanna torch stuff with it, be safe and build your own bubbler aka flashback safe😂
Now I know why I got "Satan's guide to Bible" as a video recommendation.
Time to learn what a "bubbler" is.
Stay safe XD
@@madeinresitasometimeago3970What?
balloon, fill, walk away with it 10 feet... then ignite :-) mines, 1 litre h2 a minute lol... yup I've blown my cap off,,,, but even a little going off in your face is weird it feels like all its doing is pushing you away..... but thats why Nasa use's it..... claimed safest fuel in the world
💣 maker 😂😂😂😂😂
@@sher-lm6rx cough blow off spring loaded oopsy... even if it all goes off the lid is spring loaded on there... pop.. thud... if I got 3 flash aresters in a row
धन्यवाद सर हैड्रोजन निर्माण करून त्यापासून विविध प्रकारचे प्रयोग करून पाहण्याची चिकित्सक मुलांना मोठी संधी उपलब्ध करून दिली आहे
Ummmmmm sure it's for the kids and not some other nefarious purposes... Wink wink nudge nudge
Это не совсем водород. Смесь водорода и кислорода
@@дядя-к4ыis it possible to separate the hydrogen from the oxygen after they are combined in that manner as he done?
This is going to save me so many trips to the hydrogen store
No!!!! I just opened a hydrogen store and this guy is killing my business. Between him and the atmosphere I'm really struggling. Oxygen, now that's a money gas. Everyone knows that.
@@whywouldudothat2914
We're about to end this man's whole career
( no one tell him )
Same fr
Это водородная бомба?
xD esos cables de cobre durarán muy poco, igual que la soldadura
Love all these advice comments! Good to see and know there’s so many creative and intelligent folks out there.
In fact, there are 99% couch experts in the comments. Lol
There is no shortage of TH-cam comment experts
An abundance of brain scientists and rocket surgeons 🤣🤣
I'm just over here in the 103 degree Fahrenheit, Texas Heatwave, LMFAO! But Yes Sir, I sure do agree with you. 👍😊 💯
Just dont make a car engine or something that will make you disappear like the last guy.
There are hydrogen powered semis ☠️
Haha Stanley Meyer? Yeah, that was a CIA job sure. They didn't want that getting out bcos of OIL. Bib Lazar has a hydro car though you can look it up on youtube
Self sustained cars cant run on water. You would break the first law of thermodynamics.
@@Bretaxy hasn't Toyota made one? They sell one I think
@@Bretaxy its not really self sustained is it
We use to make hydrogen bombs. Filled up a bag and put in a 5 gallon bucket, duct taped the whole thing with a fuse that went inside it. Lit it off a few hundred yards from our house, and it literally shook the house. The explosion was so big. Parents heard and felt it, and we got in trouble. We used an old motorcycle battery.
Brother casually made a nuclear warhead
lol
deez nuts
Do you know why they want plasma from your blood drive it's to feed the fkg alien race that t is wanting to destroy aĺ humans on this planet. That is a fact
@@youtubechannel4760Why not peace be up on humans? Don't poke with religious comments everywhere.
Nicely Done!!
Funny story: 30ish years ago, my literal-genius neighbor/buddy invited me over to check out his latest project..
Down in his basement, he had [5] 5-gallon buckets of water, capped w/ 50 gal garbage bags..
Each bucket had hydrogen extracting setups - all different to compare their efficiency, w/ [2] 12v car bats powering.
We checked them for progress and finally all bags filled up completely..
Success!
Annnd then - Stupid kids antics came into play..
We ran a model rocket ignition setup to ea of the 5 bags and ran the line up the stairs & around the corner..
Quick mental image: Old Italian house - dirt basement floor - TONS of spiderwebs, dust, etc..
3...2...1... Fire In The Hole! hahaha
***WOOSH*** . . . The entire basement Flashed w/ a hot explosive fireball..
It flamed up the stairs and into the room we where in.. [Luckily we didn't blow up the house lol]
After rubbing our hair/skin, we went down to observe the aftermath..
Zero spider webs! Best way to eliminate those! hahaha
Everything was good to go except for a few burned/melted bags. Eeesh.. Never a dull moment. =D
OMG thats hilarious!
Remind me of when I was a kid except we used mason jars filled with gasoline and a vacant house
Not a good ending😅
So let me get this straight.....someone invited you down into his basement and you willingly went? Oh dear.
@@cplcabs Okay, I'd better elaborate..
1 - We're the same age, so no red-flags..
2 - He drive such a cool van and always had such good candy! 🤣
My son and I built a hydrogen generator similar to this one, but not quite as complex, many years ago for his science project at school. We used glass tubing and a variable power source that changed the amount of hydrogen we produced. Were able to produce a small flame out from the discharge tube (never thought about making the rockets as shown here!). He won a first prize, but school made him take the project home, right away! We still have the parts; that was some 15 years ago! Thanks for the memories 😊!
Dude started off making bong's, smoked way too much and ended up with this, we all been there, those creative juices be flowin!!!!!
I bet he could make some crazy crystal meth
Very nice compact little cell! I like it. The only problem is you have more than just the graphite rods making contact with the solution. You have screw heads and wire also taking part in the electrolysis reaction. The graphite won't corrode but the other parts will (anode, especially).
Who prevents you from varnishing these parts?
Would stainless corrode?
@@neilstern7108 It shouldn't. Of course, stainless steel can be different. But mostly it is corrosion resistant.
@@Walker7745 thanks for your reply. It is also non magnetic if that helps anything. I'd love to make one. You guys are awesome.
@@neilstern7108 Yes, you successfully reminded me. Suitable stainless steel should be non-magnetic - this is the right sign. Okay Good luck to you.
Here in Brazil, a guy used this idea to insert hydrogen into the car's combustion chamber. It worked perfectly. He managed to drive about 200 km on just one liter of gasoline. To produce hydrolysis, he installed a gear on one of the rear wheels of his car. The gear took the movement of the wheel shaft to rotate a copper piston inside coils made of copper wire. The energy produced was sent to an auxiliary battery, whose electricity was used to produce electrolysis. After a while, this guy disappeared. We never heard from him again. I believe they gave him a lot of money to keep quiet and forget about the project. But now everyone knows how to do it, so it's all a matter of personal initiative or financial interest to make this idea popular and common in all vehicles.
Toyota has a hydrogen/electric car on the market now.
Btw, the water fueled car was created in 1920 by Stanley Myers & they killed him. Other people too.
hydrogen
I have a Challenge for you, to create a DIY Hydrogen Camping Burner that can utilise Solar power to charge batteries that intern create sufficient H gas to cook food and for long periods of time.
It must be portable enough not to impose to much weight and be usable for upto 2 weeks until returning home.
I hope your up for it and that there lays an opportunity to create a small but potential business for Camping fanatics out there, good luck, and great vid, 😊👍
I Don't think that is a good idea at all unless you want to blow up your camper or yourself, using hydrogen around a fire is insane, I think you remember the space shuttle exploding just after launch, That was hydrogen, I personally saw car batteries explode, when a car battery is charging it is producing Hydrogen and if there is the smallest leak and you make spark you may even get killed, The worst one of the two that saw blew up with such force some of the plastic from the battery was stuck in the wood ceiling of the warehouse and that ceiling was 30 feet high
I came here just for this comment! Done outside away from the batteries might be a fun way to make the experiment functional for off grid use.
Solar to chemical battery to electricity to hydrogen to thermal. Seems inefficient😅
The installation is good. I tried to do the same myself, only more primitive. I didn't succeed: too little hydrogen was released. If you want to repeat it, remember that the main thing is to ensure the tightness of the system, and this is very difficult, otherwise nothing will work at all. Also try to maximize the electrode area and power. I used a cropped charge from a 2A phone. You can use ordinary water - it also conducts current (only NOT distilled). If you take ordinary tap water, then hydrogen will turn out much cleaner and will burn with a blue flame, but in this case you will have to greatly increase the voltage, otherwise nothing will work. Good luck!
Increase the surface of your electrodes. It's better to use stainless steel plates instead these rods.
Distilled water simply removes all impurities. Why would you not use it?
@@Rotorhead1651 The fact is that pure H2O does NOT conduct current. Distilled water is pure H2O. If you take ordinary tap water, as I said above, then it contains impurities: all sorts of different salts and metal cations, which are conductors of electric current. That is why water seems to be a dielectric, but the current still conducts. Salt, acid or, as in the video, alkali is used to increase the content of metal cations in water and, accordingly, improve its ability to conduct electric current. However, these impurities are also involved in the electrolysis process, which is why other impurities also appear in the mixture of hydrogen and oxygen, which makes it more dirty. If nothing is added to the water ( not distilled ) then the mixture of hydrogen and oxygen will turn out much cleaner, but you will need a much higher voltage for the electrolysis process. I hope I explained everything clearly. If it's not difficult for you, please answer me in Russian. I wrote this text through a translator so that you would understand and not have to insert it into the translator and translate it yourself. I will be pleased if they answer me in Russian. Good luck!
@@1KiNeTiK1 Stainless steel is certainly better than graphite rods, but I would advise using copper plates, since steel can react with the electrolyte and deteriorate or even crumble after long use, like mine. I speak from personal experience, we are tired of very strong corrosion even from a salt solution! Copper plates are much better, but they are hard to find and they are more expensive than steel. If it's not difficult, please write your answer with a translation into Russian. thanks for understanding.
@@Rotorhead1651porque reduz consideravelmente a capacidade de condição
Pretty cool, but you could just drop rolled up aluminum foil into the potassium hydroxide (Drano) water. Instant hydrogen.
That was my technique. I soldered a copper tube into the top of a 1 qt mason jar so a rubber stopper could be used to mate a balloon neck to the generator. My brother and I would fill 3ft diameter weather balloons from Edmund scientific with hydrogen, tie a knot in the end with a 3-4 ft long string, light the other end of the string then release it. It was our Hindenburg recreation. So much fun!
@@Aspenlogic Cool!👍
not exactly economically viable though
That was my favorite toy when I was a kid. In addition to that, I used tungsten from light bulbs, wires and a battery to detonate the hho gas remotely😂
Very cool. I knew i wasn't wasting time as a kid pulling out those very useful carbon rods from old cells.
without any gloves. GG
@@RipOfflineAudio point full notice ! The difference between trained and self taught scientists.
Anyone can be scientists but if an individual has worked and trained safety measures then we can see the difference between truthful vs deceitful claimed formula by self taught genuis 😂
And such inventions never gets brought yet get used repeatedly due to their genuis skills.
with technology like this, you'll go missing mysteriously for no reason
5:34 Glad to see your still alive to finish the rest of this video
Be careful playing with that gas mixture too much. It’s got everything it needs to burn, so it can very easily flash back up its tube, basically turning that bottle full of it into a bomb. If you could somehow split up the gas at the anode and cathode, and then recombine them right where the flame comes out, you’d have yourself a very ingenious and effective oxy-hydrogen torch. Capable of doing lots of cool stuff.
I have always understood that a wet cell generator is inferior to a dry cell. I firmly believe that HHO has the potential to be a game changer. However, it must be done safely. The first method had no flashback arrestor. The second one, while it did have one, it was glass, which makes it highly unsafe. Using a simple check valve would be the best option. Furthermore, you could have used a 9v to power your device. I would personally avoid destroying batteries to obtain the parts needed. There are simpler and safer methods.
What do you use as electrodes? Carbon rods are great for the anodes (connected to battery positive), but not so vital for the cathodes. Not sure why you think disassembling carbon-zinc batteries is dangerous - it's much less dangerous than alkaline batteries (which are highly alkaline inside).
@@michaelnoble2432 using stainless steel plates in a dry cell is standard. Usually, with a rubber or neoprene gasket in between each layer. Destroying any battery is unnecessary to create an electrolyzer. Plus, the wet cell method is inefficient and not suitable for the long term.
@@P.I.E. interesting - in theory stainless steel will erode when used as the anode (carbon is far more resistant to this). How do they get around this problem? I think using AC might help by reversing which plate experiences oxidation 60 times per second?
@@michaelnoble2432 As far as corrosion goes, I am unsure. I am basing my information on others' experiences and builds. I have yet to build one myself, but I do plan to do so. Hopefully, as a future project video.
DC is standard, but the idea of using AC also crossed my mind. But I believe that a higher voltage DC would be more efficient. These are topics and ideas I plan on exploring in my future build.
I love how they think of safety first. No gloves while stripping the batteries. 👍
haha oh wait are batteries toxic? Is it bad for drain-cleaner to undergo electrolysis?
@@N3ur0m4nc3rit says on the batteries to not pierce them or something like that
Waiting for the video using lithium batteries.... This film has been modified from it's original version, it has been formatted to fit your screen... Or the movie... Coming soon to a trailer park near you...
Very nice, thank-you.
Strictly this is making an optimal Hydrogen plus Oxygen mix since all the electrolysis products are mixed together.
Here in the UK, potassium hydroxide is not generally available but Caustic Soda is: equally, I imagine, as the preferred electrolyte.
Again, thank-you!
Let me tell you what the problem is. When you are halfway through electrolysis, the positive and negative electrodes will be covered with potassium, which affects efficiency. At this time, you only need to pause for two minutes before continuing. This intermittent work will surprise you.
@user
Just build a contraption to automate that process lol
The gas is both H2 and O2. Igniting hydrogen results in a whoosh, while oxygen makes a bang. If you want pure hydrogen, you must prioritize the bubbles emanating from the cathode.
Yes, it is risky since the mixture of gases is unstable.
I was going to say, doesn't the hydrogen flame burn invisible?
@@PauBas94 pale blue
H2 is the fuel of the future
no, ev is already here, in h2 you need infrastructure the same as conventional fossil fuels, you need to transport and store it. in ev. no need
@@nreaction EV's are extremely stupid, soulless cars
@@nreaction EVs need a massive infrastructure that can't be built quickly. There needs to be charging stations everywhere. Also imagine everyone getting home at 5pm from work and plugging their ev in, how much strain is that going to put on the grid? Hydrogen is the way ahead,.
@@cplcabsit can be built quicker than new gas stations , and you can charge at home
@@cplcabsand you can't afford hydrogen
Panasonic = 🤚🏼
Penonsing = 👌🏼
it's better to maintain the HH separated from the O until the last moment, when you burn it. otherwise the flame can run into the electrólisis recipient and explode.
Or one can put in line the anti return valve or the thing that extinguish the flame 🔥
@@lucasmarjonasu kapanı kurdu
Su kapanı kurdu
@5:42
Yes!! Its compulsory to add a back fire catcher
Nice video. Maybe it would be a good idea if you pin the comment and inform people that not every battery type has this kind of construction. I learned it the hard way just recently, but at least I had a bunch of empty ones. From approximately 30, I only found graphite core in two I think. C and D type had a much better ratio, but it's still so so. I don't know if this depends on chemistry. I didn't mean to spam, but seeing 61K have already seen this, I don't want them to linch you:)
Which type of battery should I look for
@@blank..-..for alkaline dry cell batteries
@@vaclavmoravec5764 thanks
I don't think the audience is so cruel as to lynch anyone.
Carbon electrodes are contained in the cheapest salt batteries.
@@blank..-..graphite electrodes are available in stores with welding equipment, at least in our country
Loved the instant transition from smaller boom bottle to... Bigger bottle halfway filled.
What a great idea. Can one make colloidal silver the same way but using silver rods and distilled water instead?
yes. i use 3 volts or a 5 volt mobile charger
Can we use the same electrolasismethod to make colloidal silver?@@esecallum
I really like the battery salvaging and the 3d printed custom bracket but the design needs more engineering to get pure hydrogen, no corrosion issues, and fine brass wool flashback arrestors.
The brass wool might work for methane and similar gases, but I don't think it would work with a (near stoichiometric) mixture of hydrogen and oxygen. The flame velocity is very high and I think it would pass through quite tiny gaps before enough cooling to douse the flame. I suppose if it were fine enough mesh it might be possible, but would a very fine mesh be at risk of being broken or melted - either producing bigger holes or clogging up the holes? An interesting problem, but perhaps just try to keep the gases separate.
@@Merlin3189it really does though I've witnessed tests myself but it has to be extremely fine brass wool typically found at a boating supply.
Some guy runs his house on it. He built a system that converts the water with solar electricity, then stores the hydrogen in a tank. No electric bill for him.
Good work however remember is HHO not hydrogen . It contains oxygen if get under pressure it will inplote on the generator. The water flash arrestor is good but I will put another before the generator. HHO gas is very very thin and can scape real easy out of the generator container and cut on flame 🔥 .butt love the idea the battery material look like is very good conductor. I think is carbon ? Or graphite .great video
Да я тоже так счаю отличное идея в жизни понадобится. Где понадобится мини тепло.
6 seconds into the video, he shows how to remove them from AA batteries. It is a graphite rod.
Your video is an inspiration to teachers science all around the world. Thank you.
Instructions unclear, drank potassium hydroxide
A indústria petrolífera adora essas idéias kkkkk... Parabéns pelo conhecimento amigo ... abraços aqui do Brasil...
The petrol industry is not at all concerned with this, because it's just not viable. You are not creating energy by doing this, you are converting it. Poorly. With huge losses. Also, hydrogen is volatile as an energy storage. You know what works a lot better, and doesn't need conversion..? Batteries.
Interesują się. W Polsce stawiają ogromne farmy fotowoltaiczne. Nie, nie żeby sprzedawać energię. Żeby konwertować ją w wodór. Dlaczego? Bo nikt nie chce kupować energii słonecznej skoro słońce świeci za darmo, ludzie sami montują panele i akumulatory domowe.. pojawiło się wiele propagandy przeciwko elektrykom i nagle wszędzie promocja aut na wodór. Oni nie przejmują się stratą wody i że to nie opłacalne pod względem energii którą tracisz w procesie konwertowania wody na wodór, oni po prostu chcą dalej sprzedawać, nie obchodzi ich co sprzedawać.
+ pojawiła się propaganda że są jakieś nowoczesne sposoby produkcji wodoru, okłamują ludzi ze oszukali fizykę i nie tracą energii w procesie konwersji, że otrzymują jej więcej niż używają do tego procesu, zwyczajnie kłamią że ich prawa fizyki nie obowiązują. Mimo tego że to żart z logiki i nauki wodór jest mocno promowany i jest ogromna propaganda, niestety. Oni mają miliardy i stać ich na sianie kłamstw.
This is such an amazing experiment
Had expected a 25 liter water tank getting filled at the end, but this is sweet!
Very Nice Clean Neat Build
I really loved it!
Çok temiz ve titiz çalışma, teşekkürler
İzlediğiniz için teşekkürler.
I need this in bulk order for manufacturing 🚀
Doing it with Salt water (NaCl) is potentially dangerous as you may get Chlorine along with Oxygen at the Cathode.
I think that causes the yellow coloration of the solution.
The voltage between the two electrodes must be limited to 3V. If you give 12v directly to the electrodes, the system will heat like hell. I done this thing to my motorcycle a while ago to increase fuel efficiency and power.
How does the fuel efficiency and power can be increased can you please tell me
@@Johnnywhitefield I said I did it to increase power and efficiency, I didn't say it did that. Theoretically it may increase some power because of the hydrogen released to the air intake. Removed it because of maintenance and fire hazard.
What a great idea to take batteries apart without wearing gloves.
This is amazing. Simple, effective, clean. Great work
Effective? No. You would get further by farting in your tank.
Its neither effective nor clean. A neat project though
Firstly, the cheap, easy and clean way of building a mini electrolyser, is great work. I don't know how potent and continuous your farts are, but I can assure you this gas is a great alternative solution
@@outkast187Has to be the simplest form of fuel production. That in its self is worthy of science.
@@idenhlm what!? did you study any chemistry at all?
Dangerous! You create a perfect mix af oxigen and hydrogen gas in one container. I hope it's only people who know what they're doing to get inspired by this video.
Ah, HHO. Oxyhydrogen! It's often called Brown's gas. I have been playing with HHO since I was 17.. and now I am 45.
WEAR GLOVES
Gloves are for girls
Нахуя?
Why? There’s no reason to here
@@lilkittygirlyeah, the battery acid from the old batteries is perfectly safe
Obviously, the video writer is an Indian descent，Indians' resistance to chemicals should beNumber one in the world.
I didnt expect you can generate hydrogen from two 1.5V batteries.
You can , just not very much
We did electrolysis of water in the 9th grade and captured the gas in a small inverted glass test tube. We then inserted a small flame from a wood splint into the tube and listened to a small explosion called a hydrogen bark. That was 43 years ago, and no one ever got injured . Today this would be banned, because of all kinds of insurance.
A hydrogen bark? What does it do and what elements made this reaction?😮
@@Alexf-pianofortunately, you can see it by searching TH-cam for it! It is a small explosion of hydrogen gas, which sounds like the bark of a small dog.
Absolutely amazing!
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The adviser I'm in touch with is 'Alfredo L. Brown FX' He works with Merrill, Pierce, Smith incorporated and interviewed on CNBC Television. You can use something else, for me his strategy works hence my result. He provides entry and exit point for the securities I focus on.
Lucas S. Chamberlain
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As a bitcoin trader, it's almost inevitable that you're going to experience some ups and downs along the way. Alertness and decisiveness are both fundamental ingredient in the recipe for a 15% charge is OK compare to his efforts
Nice to see application of basic chemistry in home diy mode.
Very good!!! Thank you for this video.
Guzel bir proje olmuş, tebrik ederim
Here, I was buying carbon electrodes from China. It's nice to see resourcefulness. I had no idea batteries have carbon electrodes.
What are the braces that hold the electrodes made from? Plastic?
Good video. We use make when I was a kid hydrogen using sodium hydroxide and aluminium bottle tops using a glass milk bottle with a balloon on top for fun. But your experiment is alot safer and far better.
"Great video! I have a question: before inserting the needle into the second small cylinder or jar to create fire 🔥, is it regular water inside the small container? Or still mix with potassium hydroxide.
Also, can the water run out of the small jar or can while there is a continuous flow of hydrogen from the large container to the small one?" Or will it be filled with water bubbles due to the continuous hydrogen into the small cylinder?
agua normal para evitar que el fuego entre hacia adentro 🙋🏽♂🙋🏽♂
Its regular water, its actually a flashback arrest, HHO is extremely flammable since it has hydrogen and oxygen together and just needs ignition or high temp to ignite, so that bubbler doesn't let the flame pass back to the generator cell. Its a safety valve but transparent soft tubing isn't best for production since it can melt and cause boom.
Also hho can inplote under pressure pure hydrogen can be compress but HHO no because contains oxygen and if you compress the 2 molecules BOOM
WOW!! 😲 I've never seen so many people who stayed in a Holiday inn Express last night all in one place at the same time!
So Not Hydrogen as the title says but HHO (Browns Gas)
He says in video later on
You could just make a resistance heater with that one battery and youd get the same heat. The power from the little battery is splitting the water up at that same power rate. Then the flame can only reassemble that water at the maximum of that power from the battery. Theoretically. But there will be losses so itd actually be less. Some losses can be negotiated away, but a large bit of losses are nonnegotiable. Probably something like 41% efficiency at the max
You’re right but that’s really not the point of the video.
I believe the flame is much hotter than a resistance heater
Advice: Safety First, I would have a secondary bubbler before you light that - that flame can easily go up into that fuel cell and BAAM you've got a bad day. Otherwise, I love the setup, nice job.
Does the distance between each graphite rod have to be specific? Please help.
Thanks for make this video
Thanks for watching 🥰
i wondered how high the 2 water bottles flew to and if it reached the edge of space...
🤨
Bro made the coolest lighter ever!
Great job, keep up the good work lads it's amazing
next step (v2).
create injector module for internal combustion motor application.
youve got something going here...
Wouldn't work. You'd lost out as you'd have to charge the battery from the engine, making it do more work.
cool experiment. You should mention in the video the visibility of the flame is due to the impurities being carried into the supply tube of hydrogen, as pure hydrogen burns invisibly.
Very impressive and creative project! :)
Dangerous too
@@Henny-j4k True. Never try this yourself but watch his careful results.
creative?
But be careful using Hydrogen gas; it is highly explosive!
How often do we have to fill the water container that holds the electrodes?
lol
Please try this at home, any child should
I did but it's not working I don't understand 😢
Ce n est pas uniquement de l hydrogen ⚠️tu as fabriqué une melange de hydrogen et oxygen et les brûlants ils se transforment en eau 💧 tout simplement !!!
An H2 flame is not visible, how do you explain?
It’s hho
Bro i am not from this field to understand technically but the way video is made is really fun to watch. Good picturisation.
Olá. De todos os projetos que vi achei esse o melhor e mais simples. Parabéns! Três perguntas: Quanto tempo duram os eletrodos ? Que material são as duas barras com furos e que servem de suporte para os eletrodos? Quanto tempo durou a pilha ?
as barras com furos parecem que foram impressas em 3D, presumo que seja PLA
Muito bom 😊❤
Na bro it's done by many others 😊
And it's dangerous 🥲
But fun too 😅
Eu tô brincando.. mexer com isso não apesar da curiosidade 😁
@@JulioCesar-ib8jf same bro 😌
I never ever heard such kind of charming and pleasant sound.♥️🤲🏻♥️👌🏻👍🏻♥️♥️♥️♥️
May Allah 🤞🏻 have mercy on you.
I strongly recommend against recreating anything you see here. This video has zero warning on the dangers of hho. Or hydrogen vs oxygen volatility.. Its extremely dangerous
How
Awesome work!
Great electrolysis simulation. The potassium hydroxide should add some efficiency. Fuel cell technology can definitely help with energy production and more.
Probably should wear gloves…
That was great, man💎
عشقی داداش 😘
I made a bubbler out of mason jar. It worked great. It’s highly flammable so be careful. It still amazes me you can make fuel from water.
Ótimo projeto
oteresima parlo jo que te le pa sa n mosieur
Let's think: Install a demineralized water reservoir somewhere close to your car's engine. This reservoir must have an internal membrane separating the water volumes in a 2:1 ratio. Install an electrode on each side of the membranes connected to the car battery poles. When starting the car, the electric current in the electrodes will carry out electrolysis, separating oxygen from hydrogen. Oxygen must be released into the environment. The hydrogen must be sent to burn in the car's combustion chamber. This will exponentially increase the vehicle's performance, reducing common fuel consumption by 10 times. This test has already been carried out countless times by mechanics and car owners in Brazil. What is the world waiting for?
Stan Meyer look him up. He put frequencies and had other equipment to split the water much more efficiently. Got like 90 mpg
Energy out is equal to energy in. The amount of energy that can be used by water electrolisis is significantly lower than that of hydrocarbons. This would require significantly larger quantities of water than current gas tanks. This introduces a larger mass rrquired to be carried that decreases the efficiency of an already less efficient system.
Additionally, when the hydrogen is burned, it will recombine with oxygen and form water. All engines require lubricants, so we will still be dependent upon petrochemicals. This presents a problem. Oil and water dont work well together inside an engine. The viscosity of the oil becomes compromised by the water and leads to excessive wear on the mechanical parts. Additionally, the water will cause meticulously machines surfaces within the engine to become pitted from oxidation much fadter than hydrocarbons.
Problem here; this breaks the rules of thermodynamics, as it takes just as much energy to separate hydrogen and oxygen as it does to burn and recombine them, and even then its not going to be quite as efficient because you just discarded an enriched oxidiser.
The only way I see this helping in gasoline engines is maybe that hydrogen can act as sort of a psuedo-anti-detonant injection, but at that point you might as well just use the water outright like Chance-Vought did during WW2
Commercialization, it's proven that it is plausible, but is it worth making and selling?
@@PRIM1984 US Australia Japan India and many more countries have already independently invented water powered cars look them up. Stan Meyers was one of the best. You can split water w very little energy using electrolysis in conjunction with resonant frequencies and some other now unknown tech. Oil stayed clean for 100k miles. Stan Meyer was offered one billion $ by big oil he refused at the cafe and immediately started vommitting black goo and told his bro in law "they killed me" and died right then and there. All his work disappeared. Same story w nikola tesla and many more. Their lives get destroyed and all their work goes missing.
I believe this can be used for automobiles and I am sure a lot of people have done this but they were either disappeard or killed by petroleum mafia.
Why without gloves...
Ótimo projeto prático .
the animations feel practically artistic
My advice, turn those rods into plates for more surface area. In turn you will produce more "hho".
This is one of the coolest things ive seen on youtube. Period
Good to see someone having fun.
3:35 it's not just more efficient then salt, using salt is actually poisonous due to the cloriumgas that could be produced as side product
This is a very high quality handicraft
Some old chemistry books show you how to collect hydrogen. They were actually very simple to construct.
So water mixed with drain cleaner to cause a better reaction? This could replace spark plugs and gas so easily.