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HYDROGEN GENERATOR DIY POWERFUL GAS ALTERNATIVE HHO WATER MAKE HYDROGEN
This is a very simple Hydrogen Generator. Watch the end, there are some cool ignitions. EXPLOSION.
Written by Handy Man
Local Handyman looking for ways to receive free energy and power without the high costs of the power companies.
Filed under: HHO Water Power Videos · Tags: ALTERNATIVE, Diy, Explosion, GENERATOR, Hydrogen, Hydrogen Gas, Hydrogen Generator, POWERFUL, WATER
if you want a harder explosion than you need to get bigger and more bubbles so add some sope to it.
dude this would work just fine dont worry
@jomgogo: actually it isn’t. what the HHO in the engine does is alter the efficiency the diesel burns. means less of the input energy goes out as useless pollution.
Question- If you took a 25volt 20 amp system = 500watts and generated hydrogen then funneled the gas into a hho torch (you tube the term hho torch) which pointed to a heatsink for hot water for home heating then at what stage would the killowatt per hour cost of generating hydrogen with electricity overtake the cost of buying gas from a utility company?
Gas price in the UK = 4.2pence per kwh
electricity= 11pence per kwh
give or take a few penny’s
I like your show but in this instance you’ve taken an idea that has defined plans and built list, concocted your own by the seat of your pants and tried to compare the two.
The HHO provides the element that modifies the characteristic of the fuel. Creating a finer fuel component increases energy, efficiency and lowers dirty output. Look at the comment of musiclove1999 and there’s empirical proof that the properly built system works.
@musicislove1999
You must be the only person on Earth that has one that works. Getting more energy out than you put in is fantastic.
Don’t. It takes 286kJ of energy to electrolize 1 mole of water. Completely burn all that HHO gas (back to water) and you can at best get 286kJ back. The HHO-unit has a resistance across it and generates heat as a biproduct, meaning not all the current is used to make HHO (<100% eff.) Then the engine you burn it in (that is turning your alternator) is only <35% eff. You can’t break even, instead you are wasting power. Your engine emits a ton of heat to the air, put it to use instead.
@kd8fki you would be better off just shutting the AC off. The car alternator has a large drag on the engine when fully loaded. This kills your fuel mileage. The right choice if you really wanted to add a HHO to your car would be to make an Axial Flux Generator. This is a minimal drag vs current produced. Still not sure it would make a difference. Car alternators are easy to make for auto companies, easy voltage regulation, but very poor for power production.
Question what about taking the ac compressor off a car and mounting another alt. and have a seprate charging system for 4 dry cell deep cycle battries in trunk? or skip the battries and get the largest amp alt you can put on a car and take the rectfier bridge to full field it and it puts out 110 then, well your the sience guy u tell me!!!!
because how do u think the government makes there mony
What a fucking savage!!!
Just kidding. Thanks for this.
YES1!!!!1111111!!!!!
why don’t we ask our government to build nuclear plants so we can extract hydrogen cheaper and faster.
we should stop our dependence on oil and bring jobs to our country.
You should get a heavy duty extension cord wire in a dimmer and try hooking that onto it. And also try the car thing with an inverter it might be more efficiant
i have ran an HHO system on my truck. before i got around 15 mpg after i got aroung 28 mpg but it would only do that on a trip of 30 miles or more.
thank you for the insightful information.
science makes me happy lol
maybe we should rethink the battery?
=)
Yes, energy is lost. Electrolysis is not 100% efficient. Burning hydrogen in a combustion engine is not very efficient at all. At best you’ll get 20% of the power back at the crankshaft. It is much more efficient to take that electricity and instead put it in a battery to drive a brushless electric motor. But batteries can’t store as much energy per unit of weight as hydrogen… at least, not yet. Battery technology will be the key to running our cars on something other than oil.
mm
is the total energy spent in creating hydrogen equal to or less than the energy that the hydrogen can create?
I’d say, usually, that since energy is lost to the environment in some ways, the hydrogen should not have as much potential.
I’m just asking if anyone knows.
That’s really interesting presentation and I enjoyed that. I am a home wind turbine manufacturer and really just starting to learn about and be curious to hydrogen, very cool.
Use ss switch plates from electrical supplier.
In the 1800′s Michael Farady found that the optimal voltage for producing hydrogen was 1.24 volts,so you would need 12 ss switch plates. This will give you 10 neutral plates. Build an acrylic box for the switch plates that is a snug fit. Separate the plates with plastic spacers. You want to keep the heat down, as heat will retard the hydrogen production process, REMEMBER! 1.24 VOLTS PER CELL!!!! or slightly higher. Car is actually around 14 volts!
OK, for starters, if you want to compress Hydrogen much over 150PSI you need a special compressor that costs over $3500. A 3,000 to 15,000 PSI tank would be great for vehicles but very expensive, what kind of sealed metal drum are you thinking about? If you mean a 55 gal closed head drum, they aren’t rated for 3,000PSI, not even close. Let alone they have to be approved for vehicle use in the US. This means you can’t store very much of it at all.
Even if you compressed it? and stored it in a metal sealed drum?
That should have been 20MPG, miles per gallon.
H2 is not a liquid, it’s a gas. In fact, the lightest, smallest element on the periodic table. If it leaked in your house, it would escape (right through the wood, tar, and plastic you think of as solid) long before it found anything hot enough to ignite. If it somehow, magically did ignite, it would run out of fuel in less than a second (just like this video), which isn’t long enough to catch anything else on fire. If you have a HHO generator, try and catch a piece of paper on fire with it.
H2 does not have the energy content of Gasoline, those tiny bubbles don’t come close to making any difference in mileage. Let me put it in perspective; a 25gal tank filled w/ gasoline will run a 20MGP car 500 miles. The same 25gal tank @150PSI filled with H2 will run the same car 1.8 miles. See the difference? That’s why we use gasoline in cars today, energy content. Although, I’ll be much happier running my truck on Ethanol made from day-old doughnuts or any other cheap sugar.