Hybrid vehicles have been on the market for a few years. The technology is proven, but the added initial cost of these vehicles is usually not recouped in fuel savings alone over the life of the vehicle. Electric and Hydrogen Fuel Cell technologies are emerging, but still very limited. There have been a few successfully marketed electric cars, but currently the short driving range between battery recharges makes them impractical, except in urban areas. Hydrogen fuel cells are barely beyond the developmental stage. The refueling infrastructure will have to be established before these vehicles can go "main stream".
With all of the clamor for new technologies, an often over looked option is to increase the efficiency of existing technologies. Today's engines can benefit by supplementing the air fuel mixture with "Brown's Gas". Professor Yull Brown researched the process of creating a combustible fuel out of water. Basically, water is broken down into its core elements, hydrogen and oxygen. The structure is actually HHO, meaning two hydrogen atoms bonded together with an oxygen atom.
Brown's gas burns well and contains a lot of energy… three to five times that of gasoline. Benefiting from this process does not require conversion of a vehicle to run on Brown's gas ( HHO) alone but rather a mixture of conventional gasoline and Brown's gas which will improve the efficiency of combustion, allow the engine to run cooler and cleaner and emit fewer harmful emissions into the environment.
Systems that generate Brown's gas are easy and inexpensive to build, simply by following the steps in the available instruction manuals. For those who desire, complete, ready-to-install systems are also available.
For those interested in saving money on fuel, saving the environment, or both, there is no need to wait for emerging technologies. The answer is here; simply combine two existing technologies. This alternative is cost effective, and will pay for itself in weeks, not years. More importantly, it is available today, not years down the road. by Darryl Church