Article by Fajar Armiyanto

Water Fuel Cells Made Simple

It might not be as easy as it seems to find decent water fuel cells. Opinions vary so profoundly on the best methods and reliability of HHO water gas that it is easy to become confused. However, building your own kit is not predicated on the fact of possessing the brains of an archbishop.

Regarding whether or not H2O cells actually work, take a look at the IRS’s website. In the form of a tax refund, they will give ,000 to anyone who converts their car to water gas and anything up to ,000 to a long distance haulage driver who is prepared to alter his lorry.

That is not a bad incentive when one considers that it costs less than 0 to make a decent functioning kit oneself. Even if the help of a mechanic needs to be called upon, he is un likely to charge more than 0 for labor. The system can be removed at any time without having to adjust the engine in any way. It simply reverts back to running purely on gasoline or diesel.

Then comes the magic part. Oxyhydrogen starts to replace a percentage of the normal gasoline or diesel employed. Because its combustion rate is four times more efficient than gasoline, only a modicum of it is required. It is entirely safe as no stores of hydrogen are necessary. Water fuel cells (hydrogen and oxygen reconfigured) have been shown to have no safety problems; they are completely non-volatile. This is poised to be the next big thing in the auto industry at large.

Already over three quarters of a million US citizens have converted their vehicles with HHO water fuel kits. Worldwide that figure is six million. Because it is so cheap and easy to accomplish, once India and China latch on to it, soon that figure could be 100 million plus in just a year or two.

How Water Car Fuel Works In Practice

HHO gas is produced from water when the molecules are split by electrolysis. A detailed instruction manual is necessary to achieve your own kit and can be picked up from the internet for about 0 or less.

The first thing to do is create a cell, which is the hub of the whole system. A casing resistant to high temperatures is essential and can be had from any plumbing store. A spiral or flat styled catalyst is fitted inside the reservoir which is then partly filled with water. As an electrical current is applied to the unit, hydrogen bubbles from the negative terminal and oxygen is given off from the positive terminal.

These gases rise from the water and collect in the upper chamber where they reform to make HHO water fuel. This gas passes through a vaporizer to ensure absolutely no moisture reaches the engine. It is then drawn into the carburetor.

Once in the carburetor, it mixes with normal gasoline or diesel. The percentage of each depends on the size and efficiency of the fuel cell.

An electrical circuit has to be created, wiring together the cell, the vehicle’s battery, the ignition system and some kind of control unit. And, pretty basically, that is what water car fuel is all about.

How Water Fuel Cells Work and Benefit the Consumer

Anyone contemplating installing an HHO kit in their vehicle will need a comprehensive instruction manual They are bound to be available in book stores in the very near future, where you can browse and decide which is the best for your own requirements. For now they are available as downloads on the web, costing from to and most offering a full 60 day money back guarantee for anyone not satisfied with the product.

The first thing to mention is that oxyhydrogen units can increase miles per gallon on an average sedan from 35 mpg right up to 90 mpg. The figures are similar for all types of car, truck and lorry. That equates to over a halving of expenditure at the gas station. For some folk that runs into thousands of bucks every year.

HHO gas kits also alleviate the wear and tear on pistons, valves and gaskets. Typically they will double the life of a petrol engine and add about two thirds to a diesel engine. They are easy to clean and require virtually no other maintenance.

As to how they work, it is not complicated. A very small amount of water is placed in a reservoir containing an electrode. This is then wired to the vehicle’s battery and ignition system. Each time the car is started up, electricity runs through the water. Hydrogen is freed from the cathode and oxygen from the anode. The two gases are then collected and drawn off to the carburetor where they mix with standard gasoline or diesel. The great thing about these generators is they are within almost anyone’s capability without being a Penelope’s web. Go for it!

For everything you are ever likely to want to know about hybrid fuel, plans, kits, manuals etc., go to HYBRID WATER FUEL

About the Author

my name Fajar Armiyanto. Please visit my site

by Wyrmworld

Question by Harmony: Which of the following best describes the features of a fuel cell?

a. The process which provides electrical current in a fuel cell is the direct combining of a molecule of oxygen and two molecules of hydrogen to form two molecules of water.
b. A fuel cell is very like a lead-acid battery: energy is stored initially as chemical energy; and the total electrical energy able to be generated depends on the size of the electrodes.
c. fuel cells have no greenhouse gas emissions or other pollutants in their operation, and they are highly reliable.
d. Fuel cells are only able to operate on small scales; it is not practical to make large-scale fuel cells capable of generating tens of kW.
e. The fuel cell can only be charged by running electricity through it in the opposite direction in order to form hydrogen and oxygen; then hydrogen and oxygen provide fuel for the cell to produce electricity.

Best answer:

Answer by Beryl Evans
I would decide between ans b) and d) but if you need to choose one, I would think that it’ll be b) because you were asked about the features and solution b) has provided many features of a fuel cell in the answer.

I’m not really sure but you can take this answer as a reference…I’m kinda sucky at Chemistry. sorry:(

What do you think? Answer below!