Running Your Car On Water: The Answer To High Fuel Costs

In a world that is consuming oil as fast as it is being pumped out of the ground, and the price of gasoline is becoming unaffordable, we are constantly looking for ways to improve our gas mileage in any way we can. Some people are investing in the new hybrid cars, which are priced higher, but the trade-off is that they only use gasoline half the time and electricity the other half. These cars have an electric motor in addition to the gasoline engine. The average mileage of the new hybrid passenger car is more than 45 miles per gallon. That’s about double the average for the same cars in a regular build.

Then there are the new flex-fuel cars and trucks that can run on a blend of ethanol and corn-based gasoline. The original idea was that processing corn into ethanol and then blending it with gasoline would lower the overall cost of fuel. There has been an ongoing debate about the real cost of bringing ethanol to market because it takes a lot of corn to make a little bit of ethanol.

Now there are some new companies that are producing fully electric cars. However, the price of such a vehicle is so high that the average person could never afford to buy one, let alone maintain one.

The best idea for improving gas mileage is rarely talked about, and you won’t see or hear about it on TV either. This is a relatively new idea, although the concept has been around for many years. This system involves taking water, which is H2O, and converting the hydrogen molecules back to a gaseous state, and then burning the hydrogen gas in a mixture with gasoline, reducing the total amount of gasoline used by a considerable amount. It involves the use of a setup of water filled containers and hoses, which are mounted under the hood of your car near the battery or in the best place space allows. The hoses are attached to your fuel supply system and deliver the hydrogen to the fuel mix.

This system of using water and gas to power your car has proven to be the cheapest way to deal with the problem of fuel consumption. The water and gas mixing device can be assembled by anyone with basic DIY skills, and all the parts needed to build it can be purchased for less than $50.00 at a hardware store. A lot of testing has been done on this homebrew system, and it appears to be a pretty neat design. Instructions and plans for building this device are available from more than one source on the Internet.