Running Bike On Water - 100% Working Trick

Trick. One, hydrogen engine requires much higher compression ratio. Two: The hydrogen generating fuel cell is NOT producing enough hydrogen to run the engine by itself. 3: The amount of electricity needed is far greater then what a battery or alternator can produce to run the engine as shown. Yes this is how you can extract hydrogen from water, but this is very inefficient. H2-02 Heavy water is a chemical compound composed of deuterium, a hydrogen isotope with double the mass of ordinary hydrogen, and oxygen. This 'Heavy Water' has more hydrogen, and better suited for this application. Cleaning of the system is paramount to keep working properly.

Nice work, I wish I had the skills to do that man Bravo!

Only thing missing is to remake a plastic, fiberglass or carbon fiber fuel tank replica cover with 2 filling caps to house the electrolysis system in. Maybe using somewhat of 2 rectangular or even round tube but with a side fill port. So can fasten the ports facing up under the cover. Keeps the bike looking stock and clean without all the gadgets hanging off the tail. Awesome experiment

What did you use, sodium hydroxide or potassium hydroxide for your electrolyte??? Considering the engine is for gas, not hydrogen, how far did you advance the timing??? How did you deal with hydrogen burning hotter than gas??? Did your head crack or just blow out your valves??? I was thinking a porcelain head for the heat or stainless steel water cooled. You have to run a cooler plug, what did you use??? Unless your exhaust is 316L stainless steel, which none are made with that, the water is just going to corrode it over time. When the bike is at idle what happens to the excess hydrogen??? Do you just blow it off (dangerous), or use the frame tubing of the bike to store it for acceleration...??? Man... so many questions I have...

How much do you charge to convert a gasoline engine?

If you had used 316 Ti steel instead of 316L; you would not have any stain and you should also have used the fuel tank for "water tank". The main idea in electrolysis is the surface area. So you do not need such a big reactor to electrolyze. You need a tablespoonful of 316 Ti dust, two chambers seperated with a layer of nylon, which transfers water but not the 316 Ti dust. Put the dust in each chamber. To each end of chambers, you should put cathode and anodes also made of 316 Ti. your reactor wouldn't be bigger than your palm and it would create a lot more pure hydrogen than you expected. You also wouldn't need to put the unit at the rear. Just put it beneath the water tank. So your bike would seem no different than a usual one, but run on pure hydrogen. Now you have the "know how". See if you can do it...

Then he got poisoned and his bike was suddenly gone.

Nemogu verovati ali vidim da je istinito.Bravo kapu dole

Last time I knew burning hydrogen or HHO in a piston chamber causes pitting of the material at the top and bottom of piston chamber so you can only get so many miles out of the engine until you have to replace piston and cover and valve train. And the only two ways that I know to get around that is number one to use a rotary engine or otherwise known is it liquidpiston where the combustion chamber has fluid dynamics so it can't cause pitting in the material of the combustion chamber. Or number two to use the traditional engines but to Nano re-enforce combustion chamber and all components.

How easy it is to tell people something. Mathematics for elementary school. 660ccm x 6000 rpm average 3960000 : 1000 = 3960 liters of air per minute. the ideal mix of h2 and air is 19-59%. So the device must produce an average of 1980 liters per minute :) Are you serious ??? Really?

Very fantastic brother, How I wish to have that due to high fuel price in my country Uganda. God bless u!!

Wow this is so inspiring, thank you!!!

Another perpetual motion device. These were funny, for a while, because so many people believed it was possible and tried to replicate it. Getting bored with them now, though. Especially the whole HHO genre. Physics cannot be beaten. The laws are unbreakable. Smoke and mirrors make it seem so, but you cannot get anything out of any machine without putting a greater amount of something in. Water is not a fuel. It is the waste product that results from combustion, or in other words, water is the exhaust, or spent fuel. Separating it back into combustible fuel again requires more energy than is released by burning it. Power in>power out, always, when mechanical and thermal losses are factored in.

Encore un mec qui va disparaitre dans des conditions bizarres ....

The math doesn't add up. Hidden tank somewhere because it wouldn't run that large of an engine on that small of a generator. If you're going to make a video like this at least lead people in the right direction with a project that's actually feasible.😂

Termodinamicamente es inviable: la energia que requiere la electrolisis del agua es superior a la que se genera combustionando el hidrogeno obtenido. Dejen de ilusionar a personas no instruidas en fisico-quimica. Un ejemplo elocuente es pretender refrigerar un ambiente dejando la puerta del refirgerador abierta. El calor que desprende la parrilla trasera es superior al que se removeria mezclando aire frio que saldria del refrigerador

Only in the process of water showed in the video, but the pure gasoline still remain in the fuel tank 😅😂

Se olvidó de desconectar la bomba de NAFTA eléctrica en la última prueba, se escucha cuando le da contacto 😂😂

Very good and proper work

Great ❤ be save thanks for sharing