Using SS threaded rod and with alternating stack of large and small SS washers increased the surface area and reduced the number of chambers required for optimal output. Using lye as an electrolyte gave excellent results. Nicely done btw.
Personally I would add a few flash arrestors or one way valves in the hoses to protect the generator from exploding if a flame goes backwards through them.
It is a little bit safer by feeding the gas through water, as the water will most likely stop the flame from going backwards, if the hose is far enough from the top.
For anyone wondering, it is safer to use drain cleaner than regular salt, because using salt (NaCl) will split into toxic chlorine gas during the electrolysis.
@@sunsetindigochild3798 it was about adding the chlorine in form of kitchen salt, if you don't do that, the chlorine concentration will be pretty low nonetheless.
. Great design! It is identical to another process. It's called electroplating. This is when DC current is used to deposit a thin metal coating onto a dissimilar metal surface. This is not necessarily a bad thing but, over time, you will notice that the bolts that are connected to the negative terminal of your DC power source will begin to thin out and eventually disintegrate. This is because electricity, AKA moving electrons, have a negative charge and emanate from the negative terminal of any DC source, battery or mains powered, and migrate towards the positive terminal carrying metal ions from those negative going bolts with them and depositing said metal ions onto the positive going bolts. Even stainless steel is not immune to physics. It's just a little more resistant to the caustic effects of the potassium hydroxide. This trick won't restore damaged threads onto your bolts but one way to extend the life of your electrodes is to keep track of the running time of your unit. Then, at equal intervals, hours, days, weeks whatever, reverse the polarity of your power source. Being that your unit premixes the hydrogen and oxygen gases internally, you will not notice any change in it's function. If it isolated the two gases from each other, then the gas emanating from the vessels would also be reversed. Another way to extend electrode life. Potassium hydroxide is caustic. The alkali equivalent to the corrosiveness of acid. If you remove the electrodes from the solution when not in use and rinse them in plain water, this will stop any chemical reactions. If you buy 4 more plastic jars, you can use the extra lids to keep your electrolyte solution from evaporating. On a different note, being that the 2 gases are premixed within the HHO unit, itself, they are at the perfect fuel / air ratio for a very energetic explosion should a spark or flame source find it's way to the end of an open hose connected directly to the HHO generator. If this happens, it will travel, literally, in a flash like blasting "det cord" right back to those 4 caustic fluid filled grenades just bubbling away at making their own explosive. They will then be showering their maker with a nice, hot, caustic, blinding bath. In essence, literally biting the hands, (and face), that feeds them. As a service to your viewers, I would advise them to build a flash arrester for your unit AND USE IT!!! A simple flash arrestor can be built out of a plastic bottle. Gatorade or Powerade for example as they are very sturdy, 2 pieces of hose and some water. 1) Drill 2 holes in the top of the bottle cap the size of the hoses. 2) Pull a LONG HOSE through the cap to reach 3/4 of the way to the bottom of the bottle. 3) Pull a SHORT HOSE through the cap to reach only 1 to 2 inches inside. 4)Use silicone caulk to seal the hoses to the cap and let set to cure. 5) Fill the bottle 3/4 full of water. DO NOT cover the end of the SHORT HOSE with water inside the bottle. 6) Connect the LONG HOSE to the HHO vessel. 7) Use the SHORT HOSE as the gas source. As the HHO generator produces gas, it will travel through the LONG HOSE and bubble up through the water exiting the bottle through the SHORT HOSE. If a spark finds it's way to the end of the SHORT HOSE, the gas will only burn for whatever the length of this hose, into the flash arrestor and stop at the water's surface. You'll want to use a plastic bottle for the arrestor to allow for temporary expansion during an accidental detonation. A short "POP" in a plastic bottle may make it jump but the same "POP" in a glass bottle will make a bloody mess.
He would just need to place another jar where all materials collect, using the same method here, then out to his last jar for collection as he has done. Spark arrestor complete. Safety 1st!
100%true I hate seeing all these videos with none so join doe comes along builds one and hurts him self because they left that part out.. good call even have a bubbler back up
this is creating a mix of hydrogen and oxygen. (I believe it is called browns gas but correct me if I am wrong!) you need to collect the gas from the anodes and the cathodes separately using a divider to be able to get pure hydrogen and pure oxygen.
Very informative video as always, I’m always very happy when I see you uploaded a new video! I actually rebuild a few of your projects and they turned out very well!
It is not informative video, it is untruthful video. It is not hydrogen, it is brown's gas. Brown's gas is dangerous, it explodes very loudly from very small spark. Hydrogen instead burns mildly.
if you place a partial divider (from the lid down to the liquid level) between the anode and cathode and use two hoses from each jar, you will produce separate the oxygen and hydrogen
I used old time tooth cleaning powder for electrolyte , it builds up on the electrodes to protect them . Mine was made with bike spokes & rubber bands in plastic pipe . It would generate by just being in the sun .
In indonesia we put the hose to motorcycle/car air filter when the motorcycle turn on it produce gas to air filter and can make the fuel consumtion less and more economical. *before you do it please use pure distillation water ,it will make the remaining calsium dust from the evaporation of water that is not pure distilled water.
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
Prova a farlo mettendo le barre filettate il più vicino possibile aumenterà la produzione di idrogeno, Aggiungi anche un "bubbler" per ridurre il rischio di fuoriuscita della soluzione elettrolotica. Ottimo lavoro
ciekawe co dzialoby sie gdyby do stalowego cylindra wpompowac sam wodor bez tlenu, wlac troche wody dodac trocin uszczelnic i podgrzewac. mozliwe ze drewno, wodor i woda zaczelyby reagowac i moze cos w rodzaju palnej cieczy mogloby powstac. to moglby byc ciekawy odcinek. Pozdrawiam!
Good build i enjoyed this video. Just a though, but May be consider subjecting the electrolyte to external forces such as magnetism, or inside an electo magnetic field, ultra violet light, a vacume during opperation. There is a home scientist in Australia who is getting very interesting results with laser lights aimed directly into the electrolyte with out using toxic hydroxides. He is getting good returns too. Just a thought. Love your work.
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
That's good for a basic demo however a single coil electrolyzer only produces Orthogydrogen which is volatile and burns hot causing embrittlement in aluminum block engines (if you're thinking of supplementing your fuel efficiency). You need to build a reactor that has dual coils at right angles to produce both Orthohydrogen and Parahydrogen (burns slower and steadier, and balances the combustion behavior of the Orthohydrogen in the electrolyzer/reactor). Otherwise you have to treat your aluminum block engine with a heat treatment like Ceramizer so you don't pit your cylinder walls or burn through your head gasket. Then the issue of what electrolyte to use.... if you use potassium hydroxide (lye), then you create toxic sludge that has to be flushed from the reactor every so often. I tried, but creating an organic electrolyte costs big $$, more than I had in my R&D budget.... still... it's a fun experiment, and that guy who created the HHO welder version did an impressive job. Good Stuff! 😎👍
Aluminum block engines must have iron sleeves, maybe you are referring to aluminum heads? I think HHO maybe a viable solution for 2-stroke or even rotary engines though.. Haven't given it much thought. ¯\_(ツ)_/¯
Good information and I'll have to read more about it. Hydrogen embrittlement makes sense, didn't know about Orthohydrogen and Parahydrogen, only HHO. Very interesting!!!
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
@@vincecox8376 you still have to generate a BALANCED blend of Orthohydrogen and Parahydrogen gasses.. otherwise you end up with engine embrittlement (on aluminum heads & gaskets... then you still have to deal with creating a biodegradable organic electrolyte... NO MATTER HOW MUCH VOLUME YOU GENERATE...
Look up pistol shrimp... Yes shrimp. It is one of the most fascinating creatures on this planet. Also do some research on The different types of helium isotopes (how they behave in respect to hydrogen and The changes in properties and structure under different environmental influences such as temperature, light, and pressure, etc...), magnetic fields, and the semiconductors gallandium and Indium tin oxide (paying close attention to their electrical qualities when in a gas form) also when doing this don't limit yourself to only collecting energy from one source. Think hybrid in which electrical energy is taken from multiple, cooperative and agreeing materials. Perhaps you can rid yourself of decay waste through some kind of evaporation process in which materials can be re-harvested and reintroduced to be used a second time. Allowing less waste and a higher efficiency?... We talk about collecting electrical energy from nature but I don't think anybody ever stops and looks at how nature does it, because she does it very well, with minimal waste. She shows us how through some of her magnificent creatures. Maybe look into using hi/lo crossovers to introduce a sound wave to the hydrogen? I'm willing to bet there is a frequency you could produce that will create a vibration which might move the hydrogen particles fast enough to create a vacuum I mean who doesn't like a system in their car and how awesome would it be if your music powered your car? Double whammy passing the sound wave through the water would muffle it so we wouldn't need those stupid little trunk dampers! just use your hydro-generator. Okay so now I'm getting into jokes but I really want to ask somebody "how many miles per song will your car do?" 🤣 Do you think in this hypothetical situation that the genre of music you listen to would affect your fuel efficiency and mileage? Now keep that mental picture and makes it with people's already really shitty driving and go 😂😂 Anyway evaporation process is probably your friend in all this too because in reality the fuel that runs your car is only flammable in a gaseous state. All right anyway I've said too much and you probably stopped reading a long time ago as my boyfriend says with his caring sidebar 🤣🤪 You probably didn't have as much fun reading this as I had writing it. But if you want to talk about it some more just go on a forum and ask all the physics and quantum mechanics majors. You might have to remind them to speak more clearly and slowly if you're not into the whole quantum physics jargon.
I have done this but if you try what TNT has done and try graphite foil resistance will go down and efficiency will go up. I plan on doing this method at a later time
We make one of these a few years ago from 3 glass canning jars and used plexiglass make an X and wrapped stainless steel wire around it. All three jars had tubes that were connected to a separate plastic water bottle filled with just water. The HHO gas passed thru this water before flowing thru another tube attached to the same water bottle. This was done as a safety feature to prevent the HHO from simply being allowed to flow from the three canning jars to the exhaust tube. And we powered it using a cheap Walmart auto battery charger. For fun we took a 5 gallon pail and filled it with water. Then filled a 2 liter plastic bottle with water. We would place the pop bottle upside down in the 5 gallon bucket full of water and remove the cap from the 2 liter bottle and run the end of the HHO hose inside the bottle. Turn on the battery charger and watch the HHO gas push out the water from the pop bottle. When all the water was replaced with HHO gas we put the cap back on the bottle and removed it from the 5 gallon pail. We now have 2 liters of pure HHO gas. A mini bomb! Took it to the fire pit and tossed it into the hot coals. In about 2 seconds the explosion was so powerful you could feel the pressure wave hit you and the bottle went higher than the tree tops. The plastic bottle was shredded, torn and ripped. If I didn't know it was a two liter pop bottle before exploding it I would have not known what it was. Fun stuff and VERY dangerous. If you decide to try this I strongly recommend starting out using small containers and work up to a 2 liter plastic bottle.
I have a question about the wiring, You just need to hook cables on the far end plates? how do the rest get the electricity? As you can see I have no idea about electrical circuits. Thanks.
Great Video // This in series wiring config would be more voltage required for optimum output. Alt parallel connection would require less voltage and pull more current(Amps) which might be better because you can maintain 12V and add more batteries in parallel adding Ah. Since the current is the flow and not voltage. Also in series the system has a higher resistance from container to container. IE if used in automotive or RV application. Also I would make the tubes about 2 inches put the T's center nipple in 2 3 and 4 and run slightly bigger tubes from 1 to 2 to 3 to 4 the out down the center. plus add a fifth jar with only water for flash back protection. Just some thoughts. Also Agree with @Mark Durbin
Good points. But this design ignores *surface area and spacing* so completely thats its a disservice... this is strangely like a Joe cell which is for something else. I hope ppl get Wiseman's info before making something similar to this that will have too low a cap on its gas output to energy in ability
Also talking 'series', When using multiple cells, cell 1 hh/O output should be piped to the bottom of cell 2 through a fine screen to thin the electrolite (instead of multiple BIG bubbles). I also think there should be a separator. Do this through all cells in the system. Perhaps the last cell in the system will draw the least current by having higher numbers of free h & O bubbles.
What impressive? It is not hydrogen generator as is written in title, it is brown's gas generator. Brown's gas is dangerous, it explodes very loudly from very small spark. Hydrogen instead burns mildly.
Hi, I hope you are doing great. Thank you for your very easy to understand and very detailed DIY videos. I was wondering have you ever routed the hydrogen gas into an empty brand new propane tank and substituted the propane with hydrogen gas? I was wondering do you think that type of propane tank conversion project is possible and safe with your expertise in making DIY generators? I was wondering did you already take on that project? And if so, can you share the link to your video. In case you haven't tried it. Would you be willing to try it and make a video of the steps involved like you do? Thank you for your genuine contribution in educating people in this amazing area of DIY projects. Hope you prosper in your endeavors. Thanks, Kim
dont do this with a hho or combined output generator. only attempt this with a split output generator where you have a pure hydrogen pipe also before you attempt this get yourself a vacumm pump and see if the tank is airproof. then fill it a little with hydrogen and set the hydrogen that is in the tank a fire. this should use up all the oxygen currently in the tank. now it should be ready to filll and store long time
Very cool project, you should increase the surface area of the electrodes with flat inox surfaces intersected with one another: This will make your generator a lot more powerful , increasing by an important factor the production of gas. Also a double chamber bubbler (filter) would be optimal for protection of the main chambers, check bubbler on yt and google. Maybe you already know these things but better be the annoying kid than not saying anything. Good luck from Italy 😛
but it is not only hydrogen but also mixture of hydrogen and oxygen. It would be better if you had used two separate tank to collect hydrogen and oxygen. Anyway the video is too good :)
thanks fo sharing such a great video. How much hydrogen produced from each kg of water? can we also used seawater becuase world is already shortage of fresh water.
Excellent, how large would one be to power a generator, or can this be stored for long periods of time, from an apparatus the size you have shown.? Cheers.
Ok i seen few videos like this. Problem with them is it is breaking H2O into 2xH2 and 1xO2. Problem is both gases are collected in 1 tube. Any flash point those 2 gases can react and explode. Ideally better separate the chamber sand collect gases from the electrode and the anode separate. this way 1 gives you pure O2 another give you Pure H2
How much power does that draw for the Hydrogen you get? I'm thinking of designing a unit to use 5-10 kilowatt input and see how much H2 I can get per day
I have a piece of stainless I'm going to chop up and see how much H it will produce. It's 6x36, not sure yet what the best way to divide it is yet but working on it.
The gas produced is a mixture of hydrogen and oxygen, how would you improve on this design so completely separate the 2 gases and only capture hydrogen?
Could you produce enough electricity from just an alternator to produce hydrogen from one of these? Essentially, with a push start, could you get an engine to start and run without a battery, just running on the alternator? Perpetual motion in a way, if that's possible.
Let me share a few facts, I've been a Ham operator since 1959 as a general class operator I designed and built all my equipment (the TUBE days'). You have a good understanding of inductance!! I agree with all your findings. BUT!!! I want to expose something you can get into and it's going to blow your mind. JUST LIKE TESLA SAID look for things you can't see!! So, let me introduce you to what I refer to as the "B" field., I'm sure you know that there are three elements to any AC or Radio wave traversing space The oscilloscope only shows the two base elements, the positive and negative parts of any radio signal "BUTT!! The fact is it's the centerfield of a magnet that pushes the signal out whether it be AC current or a radio signal same thing!! Her's what I want you to learn: the centerfield of a magnet is by far the most powerful!! FACT! I refer to it as the "B" field, for a good reason it's much more complicated, Here's just a few facts: #1. If you tap the centerfield of a magnet (IE: the "B" Field) on any none Metalica item, it will lose weight. #2. If you tap the centerfield near a trickle of water, it will repel the water!! #3. If you vibrate the center field into a granite rock it will not only lose weight but also be very workable, what basically happens at the correct frequency the Quarts in the rock will reorganize. #4. The center field of a magnet is multi-dimensional. Once you start to see what's going on
What happens when you mix oxygen with it answer it turns back to water 1 to 9 parts it's impossible to use on an engine it turns back to water before it hits the combustion chamber
Safety is a one thing that to take care. But thank you about your sharing. Could you please sharing video about how to create methane or propane that can easily to handle. Thank again
Generalnie to fajny i prosty temat do zrobienia, ale. Do czego to wykorzystać i jak ( ja np: miałem w golfie 3 jako dodatek do powietrza zrobiony na przekazniku i drugim przycisku podgrzewania tylnej szyby użyłem tego 3razy bo miałem źle dopasowany ( moze za dużo)chlorek potasu i palił mi przekaznik. To było z 15 lat temu mam ten swój generator do dzis zakopany w szpejach garazowych
Good work. I think you have there two problems, one is leaking od HHO gas from lids, and second is different amount of KOH electrolyte in four cells. You also need a more cells for your current supply (about 2,2VDC per cell) snd more KOH (about 300g per 700g of water).
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
Drain cleaner is usually sodium hydroxide which works well but food grade potasium hydroxide is more conductive than sodium hydroxide. 6% molar solution is probably best. And it's probably good to keep well below 60c or 140f. I'd say for safer handling, don't let it run over 40c or 104f. Forget PWM to regulate how much power goes in. Instead, Use a buck converter to provide a more efficent voltage continously rather than PWM pushing a less efficent voltage part time. Also, don't use glass. Sodium hydroxide will etch away at the glass over time, made faster when run hotter.
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
How did you get to 6 molar? That's about 150 grams/liter. I get the best result within a margin of 2-4% solution KOH (90% pure grade) (0,5-1,0 molar) , above that the current needs to be a lot stronger and the system becomes inefficient.
@@coolvidz1763 I mentioned 6 mol per liter at 40c. I get that from a conductivity graph for KOH. I'm assuming that is based on using pure or close to pure potasium hydroxide. The molecular formula of potassium hydroxide is KOH. The molar mass of potassium is 39.1g per mol, while the molar mass of oxygen is 16.0 g per mol, and the molar mass of hydrogen is 1.0 g per mol. Therefore, the molar mass of potassium hydroxide is 56.1 g per mol. And lastly, 6 moles of pure KOH would weight 6 moles × 56.1 grams per mol or 336.6grams But its not so simple as that Potassium hydroxide is typically sold as either flakes or pellets. The flakes are usually around 50% KOH by weight, while the pellets are usually around 90-95% KOH by weight. And dont forget that potasium hydroxide absorbs moisture from air hylighting the need to store in a dry container. At room temperature, the most likely hydrates that form from potassium hydroxide absorbing moisture from the air are the monohydrate (KOH.H2O) and the trihydrate (KOH.3H2O). These two hydrates are the most common, although it's possible for potassium hydroxide to absorb up to 7 moles of water, and depends on the relative humidity of the air and the temperature. The molar mass of water, also known is, is 18.02 g/mol. 2mokes because of hydrogen and 16 moles because of oxygen. Thus 1 liter =1000 grams and 1000 grams/18 grams per mole = 55.555 moles per liter. In summary, 6% molar solution of KOH would be 336.6g of pure potassium added to 1000g(1 liter) of water making the solution weigh 1336.6 grams so that when you divide 336.6g KOH by the 1336.6g weight of the solution you get 25.18% by weight. The impurities if there are any is likly to be water forming hydrates and possible some Carbon Dioxide absorbed from atmosphere.
Well that's a nice lesson in chemistry 101, doesn't change that 6 molar KOH is A LOT of electrolyte (and I'm not correcting for hydrated KOH pallets or flakes. 6 molar is 6 molar. If we'd be correcting for hydration on a 50% pure KOH we'd be around 3 molar). We're not looking for maximum conductivity but for maximum electrolyses while adding an electrolyte to speed up the process. We don't want a fluid conductor, we need a critical concentration of electrolyte to assertain critical electrolyses. The only function of the electrolyte is getting current from the plates to watermolecules. Imagine you lay out the watermolcules and the K+ and OH- iones on a grid, now maximize as much H2O molecules to get current more easily from the plates. then you get around 10-20 H2O on every KOH. Hence the 0,5- 1,0 molar KOH solution being the most effective.@@kreynolds1123
@@coolvidz1763 there are several, sometimes competing goals with HHO. One is higher efficency and another is maximizing production. Others are cost and longevity of the plates. Rate of production is all about the amps through each cell. The way to increase the amps is to increase the conductivity of a cell starting with, A) generally a higher temperature electrolyte is more conductive but too warm can be problematic for evaporation and gasket material strength under temperature. Even plate material can be eroded more easilly under higher temperature. B) using the most conductive concentration of an electrolyte. Concentrations above and below this is less conductive and conducts fewer amps for a given voltage. C) Keep plate distance to a minimum. The more distance ions have to travel through a solution, the more molecules they bump into and slow down while trying to traverse the electric field between the plates and represents more resistance to current in the circuit. But decreasing the distance too much can also have the produced gas bubbles, if they are not removed fast enough, restrict the flow of ions between the plates like a wire whose cross section is half of another wire wire cross section will be twice as resistive. D) increasing the plate surface area proportionately also increases the amps that flow through a cell. E) increasing the over voltage over the voltage needed for electrolysis pushes more current through a cell. But care should be taken to stay under a certain amount of amps per cm² fot certain electrode materials. Max recommended amps per sq cm acording to an AI that I asked are.... Mixed metal oxides 1-2 amps/cm² Platinum 10-20 amps/cm² 316 stainless steel 1-2 amps /cm² Carbon 10-10 amps cm/² These should be double checked as I don't fully trust them yet. Maximizing efficency is about reducing the over voltage that push amps and use materials that act as catalyst that reduce the amount of voltage needed to conduct a given current. Generally design considerations are a compromise for electrode materials properties, cost and production rate vs efficency. I'm guessing you may already know most or all these things but I stated them for anyone and everyone who reads this.
folks, this is a Brownian generator. learn more about Yule Brown's inventions and remember that this man led the way.
Using SS threaded rod and with alternating stack of large and small SS washers increased the surface area and reduced the number of chambers required for optimal output. Using lye as an electrolyte gave excellent results. Nicely done btw.
whats is lye as an electrolyte?
How did the sodium hydroxide perform versus the potassium ?
it also puts chromium 6 in the water tho
@@spaides5121 it is in the water
Personally I would add a few flash arrestors or one way valves in the hoses to protect the generator from exploding if a flame goes backwards through them.
Yeah, with this setup it's more like "Making a Simple Hydrogen Generator Bomb".
It is a little bit safer by feeding the gas through water, as the water will most likely stop the flame from going backwards, if the hose is far enough from the top.
@@Fire90475 yeah, but having to run it through water to use it is annoying. The best use for an HHO gen is a torch imo and water wont cut it there.
@@yeetmcmeat true
Good point. Do you have any ideas on how to make a flash back arrest?
For anyone wondering, it is safer to use drain cleaner than regular salt, because using salt (NaCl) will split into toxic chlorine gas during the electrolysis.
Can you not use distilled water to take the chlorine out. ? As well as drain cleaning salt
@@sunsetindigochild3798 it was about adding the chlorine in form of kitchen salt, if you don't do that, the chlorine concentration will be pretty low nonetheless.
koh potassium hydroxide at 15% by weight in pure distilled water say 600grms to one later water
use 316 stainless rod and hardware, attach unit to vacuum side,3% is all u need .
Speaking of toxic, you’ll need to deoxidize the chromium in solution so you’re not dumping out hazardous waste when done.
Super projekt, bardzo prosty a za razem bardzo wydajny...
This shows you don't understand physics or science or logic
te nauki ścisłe na chuj się nadają...@@maxwellAnderson-art
.
Great design! It is identical to another process. It's called electroplating. This is when DC current is used to deposit a thin metal coating onto a dissimilar metal surface. This is not necessarily a bad thing but, over time, you will notice that the bolts that are connected to the negative terminal of your DC power source will begin to thin out and eventually disintegrate.
This is because electricity, AKA moving electrons, have a negative charge and emanate from the negative terminal of any DC source, battery or mains powered, and migrate towards the positive terminal carrying metal ions from those negative going bolts with them and depositing said metal ions onto the positive going bolts. Even stainless steel is not immune to physics. It's just a little more resistant to the caustic effects of the potassium hydroxide.
This trick won't restore damaged threads onto your bolts but one way to extend the life of your electrodes is to keep track of the running time of your unit. Then, at equal intervals, hours, days, weeks whatever, reverse the polarity of your power source. Being that your unit premixes the hydrogen and oxygen gases internally, you will not notice any change in it's function. If it isolated the two gases from each other, then the gas emanating from the vessels would also be reversed.
Another way to extend electrode life. Potassium hydroxide is caustic. The alkali equivalent to the corrosiveness of acid. If you remove the electrodes from the solution when not in use and rinse them in plain water, this will stop any chemical reactions. If you buy 4 more plastic jars, you can use the extra lids to keep your electrolyte solution from evaporating.
On a different note, being that the 2 gases are premixed within the HHO unit, itself, they are at the perfect fuel / air ratio for a very energetic explosion should a spark or flame source find it's way to the end of an open hose connected directly to the HHO generator. If this happens, it will travel, literally, in a flash like blasting "det cord" right back to those 4 caustic fluid filled grenades just bubbling away at making their own explosive. They will then be showering their maker with a nice, hot, caustic, blinding bath. In essence, literally biting the hands, (and face), that feeds them.
As a service to your viewers, I would advise them to build a flash arrester for your unit AND USE IT!!! A simple flash arrestor can be built out of a plastic bottle. Gatorade or Powerade for example as they are very sturdy, 2 pieces of hose and some water.
1) Drill 2 holes in the top of the bottle cap the size of the hoses.
2) Pull a LONG HOSE through the cap to reach 3/4 of the way to the bottom of the bottle.
3) Pull a SHORT HOSE through the cap to reach only 1 to 2 inches inside.
4)Use silicone caulk to seal the hoses to the cap and let set to cure.
5) Fill the bottle 3/4 full of water. DO NOT cover the end of the SHORT HOSE with water inside the bottle.
6) Connect the LONG HOSE to the HHO vessel.
7) Use the SHORT HOSE as the gas source.
As the HHO generator produces gas, it will travel through the LONG HOSE and bubble up through the water exiting the bottle through the SHORT HOSE. If a spark finds it's way to the end of the SHORT HOSE, the gas will only burn for whatever the length of this hose, into the flash arrestor and stop at the water's surface. You'll want to use a plastic bottle for the arrestor to allow for temporary expansion during an accidental detonation. A short "POP" in a plastic bottle may make it jump but the same "POP" in a glass bottle will make a bloody mess.
Love this!! Pete McMannus did this first thing of my first chemistry lesson and I’ve been hooked ever since!!
You can use cigarette filter as flashback arrester because HHO can ignite without a spark inside the tube. This makes a nice mini torch 🔥
Excellent editing of the video to minimize the duplication of activities.
Thanks!
PLEASE put flashback arrestors on this so it isn't a bomb
He would just need to place another jar where all materials collect, using the same method here, then out to his last jar for collection as he has done. Spark arrestor complete. Safety 1st!
That’s what the water is for 😂
Booooooring
100%true I hate seeing all these videos with none so join doe comes along builds one and hurts him self because they left that part out.. good call even have a bubbler back up
@@bob7500❤😮 BB
a great application of chemistry, top notch creativity, thank you for sharing it
this is creating a mix of hydrogen and oxygen. (I believe it is called browns gas but correct me if I am wrong!) you need to collect the gas from the anodes and the cathodes separately using a divider to be able to get pure hydrogen and pure oxygen.
In fact, I give you 200% marks. Bravo. I'm watching live from Ghana, West Africa. I've been really taught well
My Ghanaian brother I have done it ooh
Now make Ghana a hydrogen energy prosperous country!
From Pakistan with love Work on next step good and safe way to use . Also define safety measures for a common man
Very informative video as always, I’m always very happy when I see you uploaded a new video!
I actually rebuild a few of your projects and they turned out very well!
Thanks!
It is not informative video, it is untruthful video. It is not hydrogen, it is brown's gas. Brown's gas is dangerous, it explodes very loudly from very small spark. Hydrogen instead burns mildly.
Please I need some of the materials so I can do this and use it to light a bulb
how long will that mixture last and how much hydrogen will you get out from those four bottles
@@nirvaansinghtheartist It does not produce hydrogen, it produces dangerous and explosive brown's gas.
if you place a partial divider (from the lid down to the liquid level) between the anode and cathode and use two hoses from each jar, you will produce separate the oxygen and hydrogen
Could also add a water inlet to make filling easier.
That‘s what I thought as well! Filling valves and separate gas collectors would have been the next level!
By sepration of oxigen and hydrogen then explosion will not happen dangersly .😍👌
Couldn't you just separate the anode and cathode into different jars and connect them via a middle wire ?
@@juaffle works way better with a connected body of water.
Why were we taught things too complex to teach practical mechanics using science? Education had never led us to think, only memorize. Thank you.
I thought he was going to connect a big transformer to these screws and busbars, but when I saw that chill I thought it was funny hahaha 😅.
I used old time tooth cleaning powder for electrolyte , it builds up on the electrodes to protect them . Mine was made with bike spokes & rubber bands in plastic pipe . It would generate by just being in the sun .
Very cool
Maciej.. that is so cool!! Polish Power all the way!
In indonesia we put the hose to motorcycle/car air filter when the motorcycle turn on it produce gas to air filter and can make the fuel consumtion less and more economical.
*before you do it please use pure distillation water ,it will make the remaining calsium dust from the evaporation of water that is not pure distilled water.
Beautiful set up, looks clean
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
My thought is to treat it like a capacitor and hit it with the correct frequency....and yes (what you said)
....and (said frequency) needs to be a sharp pulse for a superior catastrophic dielectric failure of the molecule to highly increased effects
@@vincecox8376 talk is cheap. I hope you'll go beyond that and share.
Prova a farlo mettendo le barre filettate il più vicino possibile aumenterà la produzione di idrogeno,
Aggiungi anche un "bubbler" per ridurre il rischio di fuoriuscita della soluzione elettrolotica.
Ottimo lavoro
Fantastic and simply made. Now how will we use the gas? Thank you very much!
Thanks Bro. Now i know how to make a Motor out of it
Excellent workmanship and an interesting project.
ciekawe co dzialoby sie gdyby do stalowego cylindra wpompowac sam wodor bez tlenu, wlac troche wody dodac trocin uszczelnic i podgrzewac. mozliwe ze drewno, wodor i woda zaczelyby reagowac i moze cos w rodzaju palnej cieczy mogloby powstac. to moglby byc ciekawy odcinek. Pozdrawiam!
we can use bolts to make hydrogen generator, that's awesome
Good build i enjoyed this video. Just a though, but May be consider subjecting the electrolyte to external forces such as magnetism, or inside an electo magnetic field, ultra violet light, a vacume during opperation. There is a home scientist in Australia who is getting very interesting results with laser lights aimed directly into the electrolyte with out using toxic hydroxides. He is getting good returns too. Just a thought. Love your work.
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
That's good for a basic demo however a single coil electrolyzer only produces Orthogydrogen which is volatile and burns hot causing embrittlement in aluminum block engines (if you're thinking of supplementing your fuel efficiency). You need to build a reactor that has dual coils at right angles to produce both Orthohydrogen and Parahydrogen (burns slower and steadier, and balances the combustion behavior of the Orthohydrogen in the electrolyzer/reactor). Otherwise you have to treat your aluminum block engine with a heat treatment like Ceramizer so you don't pit your cylinder walls or burn through your head gasket.
Then the issue of what electrolyte to use.... if you use potassium hydroxide (lye), then you create toxic sludge that has to be flushed from the reactor every so often. I tried, but creating an organic electrolyte costs big $$, more than I had in my R&D budget.... still... it's a fun experiment, and that guy who created the HHO welder version did an impressive job. Good Stuff! 😎👍
Aluminum block engines must have iron sleeves, maybe you are referring to aluminum heads? I think HHO maybe a viable solution for 2-stroke or even rotary engines though.. Haven't given it much thought. ¯\_(ツ)_/¯
Good information and I'll have to read more about it. Hydrogen embrittlement makes sense, didn't know about Orthohydrogen and Parahydrogen, only HHO. Very interesting!!!
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
@@vincecox8376 you still have to generate a BALANCED blend of Orthohydrogen and Parahydrogen gasses.. otherwise you end up with engine embrittlement (on aluminum heads & gaskets... then you still have to deal with creating a biodegradable organic electrolyte... NO MATTER HOW MUCH VOLUME YOU GENERATE...
Look up pistol shrimp... Yes shrimp. It is one of the most fascinating creatures on this planet. Also do some research on The different types of helium isotopes (how they behave in respect to hydrogen and The changes in properties and structure under different environmental influences such as temperature, light, and pressure, etc...), magnetic fields, and the semiconductors gallandium and Indium tin oxide (paying close attention to their electrical qualities when in a gas form) also when doing this don't limit yourself to only collecting energy from one source. Think hybrid in which electrical energy is taken from multiple, cooperative and agreeing materials. Perhaps you can rid yourself of decay waste through some kind of evaporation process in which materials can be re-harvested and reintroduced to be used a second time. Allowing less waste and a higher efficiency?...
We talk about collecting electrical energy from nature but I don't think anybody ever stops and looks at how nature does it, because she does it very well, with minimal waste. She shows us how through some of her magnificent creatures. Maybe look into using hi/lo crossovers to introduce a sound wave to the hydrogen? I'm willing to bet there is a frequency you could produce that will create a vibration which might move the hydrogen particles fast enough to create a vacuum I mean who doesn't like a system in their car and how awesome would it be if your music powered your car? Double whammy passing the sound wave through the water would muffle it so we wouldn't need those stupid little trunk dampers! just use your hydro-generator. Okay so now I'm getting into jokes but I really want to ask somebody "how many miles per song will your car do?" 🤣 Do you think in this hypothetical situation that the genre of music you listen to would affect your fuel efficiency and mileage? Now keep that mental picture and makes it with people's already really shitty driving and go 😂😂
Anyway evaporation process is probably your friend in all this too because in reality the fuel that runs your car is only flammable in a gaseous state. All right anyway I've said too much and you probably stopped reading a long time ago as my boyfriend says with his caring sidebar 🤣🤪 You probably didn't have as much fun reading this as I had writing it. But if you want to talk about it some more just go on a forum and ask all the physics and quantum mechanics majors. You might have to remind them to speak more clearly and slowly if you're not into the whole quantum physics jargon.
You have two plus and two minus in the jars on the outside, the upper terminals do not have continuity, how did you do it?
The water carries the voltage to each jar.
Nice job man
I have done this but if you try what TNT has done and try graphite foil resistance will go down and efficiency will go up. I plan on doing this method at a later time
HHO go boom!
I love your system. It is very simple and works great. Thanks for the video!!!
We make one of these a few years ago from 3 glass canning jars and used plexiglass make an X and wrapped stainless steel wire around it. All three jars had tubes that were connected to a separate plastic water bottle filled with just water. The HHO gas passed thru this water before flowing thru another tube attached to the same water bottle. This was done as a safety feature to prevent the HHO from simply being allowed to flow from the three canning jars to the exhaust tube. And we powered it using a cheap Walmart auto battery charger. For fun we took a 5 gallon pail and filled it with water. Then filled a 2 liter plastic bottle with water. We would place the pop bottle upside down in the 5 gallon bucket full of water and remove the cap from the 2 liter bottle and run the end of the HHO hose inside the bottle. Turn on the battery charger and watch the HHO gas push out the water from the pop bottle. When all the water was replaced with HHO gas we put the cap back on the bottle and removed it from the 5 gallon pail. We now have 2 liters of pure HHO gas. A mini bomb! Took it to the fire pit and tossed it into the hot coals. In about 2 seconds the explosion was so powerful you could feel the pressure wave hit you and the bottle went higher than the tree tops. The plastic bottle was shredded, torn and ripped. If I didn't know it was a two liter pop bottle before exploding it I would have not known what it was. Fun stuff and VERY dangerous. If you decide to try this I strongly recommend starting out using small containers and work up to a 2 liter plastic bottle.
Cool project. good video!
Very Nice . Now you need a storage system
Nice and simple 👏🏽
The fact that you know how to do this in your backyard is amazing. Thanks for sharing
I have a question about the wiring, You just need to hook cables on the far end plates? how do the rest get the electricity? As you can see I have no idea about electrical circuits. Thanks.
Great Video // This in series wiring config would be more voltage required for optimum output. Alt parallel connection would require less voltage and pull more current(Amps) which might be better because you can maintain 12V and add more batteries in parallel adding Ah. Since the current is the flow and not voltage. Also in series the system has a higher resistance from container to container. IE if used in automotive or RV application. Also I would make the tubes about 2 inches put the T's center nipple in 2 3 and 4 and run slightly bigger tubes from 1 to 2 to 3 to 4 the out down the center. plus add a fifth jar with only water for flash back protection. Just some thoughts. Also Agree with @Mark Durbin
Good points. But this design ignores *surface area and spacing* so completely thats its a disservice... this is strangely like a Joe cell which is for something else. I hope ppl get Wiseman's info before making something similar to this that will have too low a cap on its gas output to energy in ability
@@ronmartin7253 agree
Also talking 'series', When using multiple cells, cell 1 hh/O output should be piped to the bottom of cell 2 through a fine screen to thin the electrolite (instead of multiple BIG bubbles). I also think there should be a separator.
Do this through all cells in the system. Perhaps the last cell in the system will draw the least current by having higher numbers of free h & O bubbles.
Good video please what kind of plastic is it?
Thats very good simple HHO generator 👍👍
Going to make one for my truck thanks.
Pretty impressive work, Maciej! Fantastic indeed! 😃
Stay safe there with your family! 🖖😊
What impressive? It is not hydrogen generator as is written in title, it is brown's gas generator. Brown's gas is dangerous, it explodes very loudly from very small spark. Hydrogen instead burns mildly.
We make the Future !
Dom
clean and tidy design.
Do u need to ever change the water or add more drain cleaner?
LOVE YOU PEOPLE KEEP UP THE GREAT WORK !!!
woow mas potente que la gasolina!!! y es barato!!, necesitamos ese polvito blanco!!! es facil y se puede adaptar en un motor gasolina 👍👍👍
looks solid. have you ever tried welding steel or other metals with the output? would it make gas quickly enough to melt steel pieces together?
Thank you for your simple instruction
Hi, I hope you are doing great. Thank you for your very easy to understand and very detailed DIY videos.
I was wondering have you ever routed the hydrogen gas into an empty brand new propane tank and substituted the propane with hydrogen gas? I was wondering do you think that type of propane tank conversion project is possible and safe with your expertise in making DIY generators? I was wondering did you already take on that project? And if so, can you share the link to your video. In case you haven't tried it. Would you be willing to try it and make a video of the steps involved like you do? Thank you for your genuine contribution in educating people in this amazing area of DIY projects. Hope you prosper in your endeavors. Thanks, Kim
dont do this with a hho or combined output generator. only attempt this with a split output generator where you have a pure hydrogen pipe
also before you attempt this get yourself a vacumm pump and see if the tank is airproof. then fill it a little with hydrogen and set the hydrogen that is in the tank a fire. this should use up all the oxygen currently in the tank. now it should be ready to filll and store long time
Sounds like this would torpedo that tank..lol
@@eugenethompson1903 I have no idea what the terminology means PLS explain
Very cool project, you should increase the surface area of the electrodes with flat inox surfaces intersected with one another: This will make your generator a lot more powerful , increasing by an important factor the production of gas.
Also a double chamber bubbler (filter) would be optimal for protection of the main chambers, check bubbler on yt and google. Maybe you already know these things but better be the annoying kid than not saying anything. Good luck from Italy 😛
but it is not only hydrogen but also mixture of hydrogen and oxygen. It would be better if you had used two separate tank to collect hydrogen and oxygen. Anyway the video is too good :)
Well done girl. Great job. 🤠🍀
thanks fo sharing such a great video. How much hydrogen produced from each kg of water? can we also used seawater becuase world is already shortage of fresh water.
Hello
Is it possible to measure how much gas output from your reactor is?
Great work
Does the electrolyte leave a coating on the electrodes? I'm curious. Love this design
It's corrosive. It'll eat the electrodes over time.
Excellent, how large would one be to power a generator, or can this be stored for long periods of time, from an apparatus the size you have shown.? Cheers.
I believe this setup can power a generator
Seria magnifico que lo hagas en un automobil para que ya no use gasolina. Saludos
Best video thanks for sharing 🌸🌸
Put a flashback arrestor if you don't want the whole thing to blow up.
What if we only wanted the oxygen? Can we give it a positive charge and leave out the negative? Or does it require both to do anything at all?
Excellent works, very good.
Would it have been better to fill the bolts with washers that were very close together to make more metal surface area?
Nice project, but efficiency is less than 50%, maybe you try Proton exchange membrane, eff. up to 70%
Ok i seen few videos like this. Problem with them is it is breaking H2O into 2xH2 and 1xO2. Problem is both gases are collected in 1 tube. Any flash point those 2 gases can react and explode. Ideally better separate the chamber sand collect gases from the electrode and the anode separate. this way 1 gives you pure O2 another give you Pure H2
How much power does that draw for the Hydrogen you get? I'm thinking of designing a unit to use 5-10 kilowatt input and see how much H2 I can get per day
Nice awesome concept
Cada cuanto tiempo tienes que cambiar el agua??
I have a piece of stainless I'm going to chop up and see how much H it will produce. It's 6x36, not sure yet what the best way to divide it is yet but working on it.
Buenas, interesante este productor de hidrógeno, haré la prueba, quiero despejar dudas, saludos.
Nice work
Да шпильки очень хорошие электроды ,вам бы поставить их рядом на 1 мм растояния и был бы не плохой генератор
Я тоже собрал ячейки на шпильках
The gas produced is a mixture of hydrogen and oxygen, how would you improve on this design so completely separate the 2 gases and only capture hydrogen?
Long life and prosperity
Well not only hydrogen, its HHO which is even better to have pure Oxygen to fuel the boom
Could you produce enough electricity from just an alternator to produce hydrogen from one of these? Essentially, with a push start, could you get an engine to start and run without a battery, just running on the alternator? Perpetual motion in a way, if that's possible.
I put solar panels on roof of Honda CRV
Let me share a few facts, I've been a Ham operator since 1959 as a general class operator I designed and built all my equipment (the TUBE days'). You have a good understanding of inductance!! I agree with all your findings. BUT!!! I want to expose something you can get into and it's going to blow your mind. JUST LIKE TESLA SAID look for things you can't see!! So, let me introduce you to what I refer to as the "B" field., I'm sure you know that there are three elements to any AC or Radio wave traversing space The oscilloscope only shows the two base elements, the positive and negative parts of any radio signal "BUTT!! The fact is it's the centerfield of a magnet that pushes the signal out whether it be AC current or a radio signal same thing!! Her's what I want you to learn: the centerfield of a magnet is by far the most powerful!! FACT! I refer to it as the "B" field, for a good reason it's much more complicated, Here's just a few facts:
#1. If you tap the centerfield of a magnet (IE: the "B" Field) on any none Metalica item, it will lose weight.
#2. If you tap the centerfield near a trickle of water, it will repel the water!!
#3. If you vibrate the center field into a granite rock it will not only lose weight but also be very workable, what basically happens at the correct frequency the Quarts in the rock will reorganize.
#4. The center field of a magnet is multi-dimensional.
Once you start to see what's going on
What happens when you mix oxygen with it answer it turns back to water 1 to 9 parts it's impossible to use on an engine it turns back to water before it hits the combustion chamber
What is the efficiency? How many liters per minute of HHO from what current at what voltage ?
Good ?? !
Safety is a one thing that to take care. But thank you about your sharing. Could you please sharing video about how to create methane or propane that can easily to handle. Thank again
Świetny pomysł. Dużo mniej skomplikowane i tańsze niż tradycyjne rozwiązanie z płytek
good findings friend great video🙃🙃😑
Nice 👍
It is a perfect system and effecient good .i like it.
Generalnie to fajny i prosty temat do zrobienia, ale. Do czego to wykorzystać i jak ( ja np: miałem w golfie 3 jako dodatek do powietrza zrobiony na przekazniku i drugim przycisku podgrzewania tylnej szyby użyłem tego 3razy bo miałem źle dopasowany ( moze za dużo)chlorek potasu i palił mi przekaznik. To było z 15 lat temu mam ten swój generator do dzis zakopany w szpejach garazowych
@Maciej Nowak Projects Could you add in about 5% metal dust to see if it works any better?
Good work. I think you have there two problems, one is leaking od HHO gas from lids, and second is different amount of KOH electrolyte in four cells. You also need a more cells for your current supply (about 2,2VDC per cell) snd more KOH (about 300g per 700g of water).
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
Nice video like your details 👌
Very cool
Can you power a workshop shed and house with all amenities continuously with this type of design ?
have you tried connecting that to a burner and cook something using your invention?
Drain cleaner is usually sodium hydroxide which works well but food grade potasium hydroxide is more conductive than sodium hydroxide. 6% molar solution is probably best. And it's probably good to keep well below 60c or 140f. I'd say for safer handling, don't let it run over 40c or 104f. Forget PWM to regulate how much power goes in. Instead, Use a buck converter to provide a more efficent voltage continously rather than PWM pushing a less efficent voltage part time. Also, don't use glass. Sodium hydroxide will etch away at the glass over time, made faster when run hotter.
When will you get your act together and realize that just by "VIBRATING the water at the correct frequency will release 10 times as much Hydrogen. Today's technology is so lame!! They could also inject the "B" field of a magnet at the correct frequency and release 100 times more Hydrogen per volume. It needs to be a vibration, not a oscillation big difference!! The "B" field is the most powerful part of a magnet! FACT!! it is the center part of a magnetic force.. If you want to play with anti gravity just tap the center of any bar magnet on any plastic or glass object it will loose weight!! Don't tap on any metal or iron it will disrupt the magnetic field. The entire universe is 100% magnetic . We should be able to develop a simple Hydrogen generator regulator that is small enough to attach next to any standard auto carburetor. The height of ones intelligence is directly proportional to their realization of their own ignorance
How did you get to 6 molar? That's about 150 grams/liter. I get the best result within a margin of 2-4% solution KOH (90% pure grade) (0,5-1,0 molar) , above that the current needs to be a lot stronger and the system becomes inefficient.
@@coolvidz1763 I mentioned 6 mol per liter at 40c. I get that from a conductivity graph for KOH. I'm assuming that is based on using pure or close to pure potasium hydroxide.
The molecular formula of potassium hydroxide is KOH. The molar mass of potassium is 39.1g per mol, while the molar mass of oxygen is 16.0 g per mol, and the molar mass of hydrogen is 1.0 g per mol. Therefore, the molar mass of potassium hydroxide is 56.1 g per mol. And lastly, 6 moles of pure KOH would weight 6 moles × 56.1 grams per mol or 336.6grams
But its not so simple as that Potassium hydroxide is typically sold as either flakes or pellets. The flakes are usually around 50% KOH by weight, while the pellets are usually around 90-95% KOH by weight. And dont forget that potasium hydroxide absorbs moisture from air hylighting the need to store in a dry container. At room temperature, the most likely hydrates that form from potassium hydroxide absorbing moisture from the air are the monohydrate (KOH.H2O) and the trihydrate (KOH.3H2O). These two hydrates are the most common, although it's possible for potassium hydroxide to absorb up to 7 moles of water, and depends on the relative humidity of the air and the temperature.
The molar mass of water, also known is, is 18.02 g/mol. 2mokes because of hydrogen and 16 moles because of oxygen. Thus 1 liter =1000 grams and 1000 grams/18 grams per mole = 55.555 moles per liter.
In summary, 6% molar solution of KOH would be 336.6g of pure potassium added to 1000g(1 liter) of water making the solution weigh 1336.6 grams so that when you divide 336.6g KOH by the 1336.6g weight of the solution you get 25.18% by weight. The impurities if there are any is likly to be water forming hydrates and possible some Carbon Dioxide absorbed from atmosphere.
Well that's a nice lesson in chemistry 101, doesn't change that 6 molar KOH is A LOT of electrolyte (and I'm not correcting for hydrated KOH pallets or flakes. 6 molar is 6 molar. If we'd be correcting for hydration on a 50% pure KOH we'd be around 3 molar). We're not looking for maximum conductivity but for maximum electrolyses while adding an electrolyte to speed up the process. We don't want a fluid conductor, we need a critical concentration of electrolyte to assertain critical electrolyses. The only function of the electrolyte is getting current from the plates to watermolecules. Imagine you lay out the watermolcules and the K+ and OH- iones on a grid, now maximize as much H2O molecules to get current more easily from the plates. then you get around 10-20 H2O on every KOH. Hence the 0,5- 1,0 molar KOH solution being the most effective.@@kreynolds1123
@@coolvidz1763 there are several, sometimes competing goals with HHO. One is higher efficency and another is maximizing production. Others are cost and longevity of the plates.
Rate of production is all about the amps through each cell. The way to increase the amps is to increase the conductivity of a cell starting with, A) generally a higher temperature electrolyte is more conductive but too warm can be problematic for evaporation and gasket material strength under temperature. Even plate material can be eroded more easilly under higher temperature. B) using the most conductive concentration of an electrolyte. Concentrations above and below this is less conductive and conducts fewer amps for a given voltage. C) Keep plate distance to a minimum. The more distance ions have to travel through a solution, the more molecules they bump into and slow down while trying to traverse the electric field between the plates and represents more resistance to current in the circuit. But decreasing the distance too much can also have the produced gas bubbles, if they are not removed fast enough, restrict the flow of ions between the plates like a wire whose cross section is half of another wire wire cross section will be twice as resistive. D) increasing the plate surface area proportionately also increases the amps that flow through a cell. E) increasing the over voltage over the voltage needed for electrolysis pushes more current through a cell. But care should be taken to stay under a certain amount of amps per cm² fot certain electrode materials. Max recommended amps per sq cm acording to an AI that I asked are....
Mixed metal oxides 1-2 amps/cm²
Platinum 10-20 amps/cm²
316 stainless steel 1-2 amps /cm²
Carbon 10-10 amps cm/²
These should be double checked as I don't fully trust them yet.
Maximizing efficency is about reducing the over voltage that push amps and use materials that act as catalyst that reduce the amount of voltage needed to conduct a given current.
Generally design considerations are a compromise for electrode materials properties, cost and production rate vs efficency.
I'm guessing you may already know most or all these things but I stated them for anyone and everyone who reads this.
you could significantly increase gas production by putting graphite disk like washers on the bolts
Thanks
Can you power a motor ?
Looks cool, but what can this be used for?