Can you run your car on water alone? No, but you can use and water and gas mix. This water and gas mixture works in 99.9% of motor vehicles.
If you are tired of high gas prices, want to double your gas mileage, and want cleaner emissions, then you just may want to consider converting your car to a water and gas mix.
Water can be used to fuel a car when used as a supplement to gasoline. In fact, very little water is needed! only one quart of water provides over 1800 gallons of HHO gas which can literally last for months and significantly increase your vehicle's fuel efficiently, improve emissions quality, and save you money.
Thousands of successful water and gas conversions around the world are proof that this technology works and will soon catch on! Some industry insiders say its just a matter of time before this water-burning technology will be standard in new automobiles. One expert estimates most cars will be using this technology by 2012, but until the auto manufacturers catch up, you can use this technology for yourself today at a very reasonable set-up cost.
The process is very safe because the combustible gas is extracted as needed and burned steadily from the water, unlike larger volumes of pure hydrogen which are highly flammable.
Why compress hydrogen in dangerous high-pressure tanks when it is already compressed in plain water - and can be easily and safely realeased?
Our set-up produces hydrogen as your car needs it, rather than using storage tanks. Thousands of cars have been safely converted to a water and gas mix without any issues or incidents.
Best of all, this water and gas conversion process is completely reversible so it will not void your auto manufacturers warranty. It simply acts as an add-on to significantly increase your fuel efficiency.
Converting your car to use a water and gas mixture is a very real option in today's world where the price of gasoline is soaring and reduction of emissions is an issue that needs to be dealt with.
If you want more information about converting your car to run on a water and gas mixture, then Click Here!
Monday, August 18, 2008
Subscribe to:
Post Comments (Atom)



0 comments:
Post a Comment