How To Build A Hydro Assist Fuel Cell And How It Works?

There are many reasons why people are looking for alternative ways to lower their dependence on fossil fuels. There’s the recent economic downturn and also the bigger issue of global warming. While technology to fully eradicate fossil fuel use in vehicles is more than two decades away, there are many options available today that can help us improve fuel economy and gas mileage in our vehicles.

Once of the more noteworthy technologies out there is Hydro Assist Fuel Cell (HAFC). HAFC is a combination of tested principles in the tradition of fuel saving technologies. It is available today, not merely available ‘years from now’ as others might lead you to believe.

One way to describe HAFC is to imagine your car as an electric generator. The generator uses fuel (in our case, petrol) in the engine to create energy. This energy is transported to the drive shaft and then down to the wheels. That is what that makes the car go.

HAFC technology extracts a hydrogen-oxygen mixture from water by ionizing it with electricity from the battery. This hydrogen-oxygen mixture is then added to your fuel before it is burned in the engine, making it burn more easily and powerfully. This energy rich gas (hydrogen-oxygen) is called Brown’s gas, and is a proven technology that is used in welding torches and plasma cutters.

Brown’s gas extracted from water enriches the fuel mixture, allowing you to pump less fuel into the engine but get the same if not greater amount of burn, thus improving your vehicle’s gas mileage.

The HAFC system also uses six powerful magnets to ionize the gasoline to produce smaller molecules that burn more rapidly and cleanly. It is often misconstrued that gas burns. Gas DOES NOT BURN. It is but the vapor that is on the surface of the gas that burns. Gasoline is made that way to lessen the chances of gas exploding. It is only when the fuel is to be burned that it is turned into a fine mist and pumped into the car’s combustion chamber. If this fine mist were to be turned actually into gas, and the components broken down to make it burn more, you will get a more explosive mixture, meaning more power, and less emissions, using less fuel. That is why cars that run on Liquefied Petroleum Gas are more economical, the fuel that reaches the engine is in gas form, easily burned and gives off less smoke.

Many studies have been made and claim that the HAFC system can produce gas savings of a minimum of 50%. This is a dramatic increase in mileage and fuel economy; though of course one can expect the savings to vary from vehicle to vehicle depending on the engine condition and the road usage the vehicle is subjected to.

The beauty of the HAFC System is that it will work on all existing gasoline-burning cars. And unlike conversions to LPG fuel, there will be no need for modifications, only added components that will not burden the car. It is also compatible with other emerging technologies such as Pre Ignition Catalytic Converter technology, which should be available to you soon.