Can I run a gasoline engine on hydrogen?

Question

DO NOT TURN THIS INTO A ZERO POINT ENERGY ARGUMENT!

no one knows all,and to say it does or does not exist is irrelevant here.

I have discovered a way to produce hydrogen at the air intake efficiently. pumping fuel into and engine that runs the pump and produces "excess" power does not break the laws of thermal dynamics. or any other law of physics.

the energy comes from the fuel. I am not tapping "zero point energy" or getting more energy than the sum total of the existing and known energy. I have not been offered a million dollars by Arabs, I am not selling the idea to anyone, I have not been threatened, poisoned or murdered.

Answer 1

Yes, if you can get it into the carb or fuel injector.  You may have to change the jets for efficiency reasons.  Your current gas tank obviously will not work.  Your current throttle will not work.

Answer 2

Yes it can but you get less energy out then you put in if you're thinking about the brown gas or HHO or any other device you hook up to your car.

Ad please don't listen to Matthew B he is so wrong it's not funny.

TO Matthew B

Here I'd be willing to  bet that if I give you one gallon of gasoline to start the process. And say we use a 50 hp gasoline engine, you get to pick the alternator battery setup you want and hook up this device that promises 7x back, that shortly after the gasoline runs out the batteries will run down and the gasoline engine will run out of fuel, if as the video states (your link)  7x or more energy out of the water then you put in that engine should run forever. It won't because you don't and never will get 7x back.

This is a scam, yes scam, has been around a long, long time and every time it's tested in a lab, it FAILS.

edit again

To ozzigold:

That’s easy uranium 235 or uranium 233 or plutonium 239 all have potential energy, just like gasoline or hydrogen, a measured amount of explosive is layered around a sphere of 235 and detonated in a controlled explosion resulting in compression of the 235. This compression results in a supercritical mass and sets off an uncontrolled chain reaction as the u235 splits into smaller atoms with a release of energy and a decrease in mass. That whole mc^2 thing, so even nuclear bombs don’t break the laws of thermodynamics. Just remember there is no free lunch or free energy.

Answer 3

You could, technically. Basically a gasoline engine works in the principle of expansion of air. The heat released during the combustion of gasoline is used to expand the air, which moves the piston. You could calculate the amount of heat (Btu) that is released to the compressed air in the cylinder during the power storke (remember this varies with engine speed which varies the amount of fuel being pumped in). Once you have the Btu number, you will need to calculate the amount the hydrogen that will be needed to generate the same amount of heat. This calculated amount of hydrogen will have to be pumped into the engine during the start of the power storke. Remember that hydrogen has low energy density, so you will need a powerful fan to pump it into the engine, which is already holding compressed air. Hope this helps,

Caution: Hydrogen is highly explosive so handle with caution. I am not responsible if you follow this and blow up something which results in loss of property and life.

Answer 4

So, you can't get more energy out than you put in.

If that is true, can one of you sceptics please explain the energy source used to detonate an atomic bomb?

Zero point energy is possible. Research the below link to discover the amount of suppression this technology has suffered over the last 100 years.

There is no energy crisis!!

Answer 5

Yes, it can.

It hasn't been done previously because having tanks of compressed hydrogen on board a car can be extremely explosive in the case of an accident.

There were also problems of energy when it comes to making hydrogen. In the "known" process of the electrolysis of water it takes more energy to break up the water to produce hydrogen than it can give back.

Laws of thermodynamics state that you can't create excess energy. Therefore most people will close their minds to any new ideas on this.

But there are new technologies out there that use zero point energy (stored energy at the molecular level) to create excess energy. This making  a car on running on hydrogen a new possibility.

This link shows how it work and I recommend doing some more research on this.

Answer 6

flatly and simply , yes