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There seems to be a lot of interest these days in alternatives to high gas prices, and for good reason. When it costs between $50-$100 to fill our cars with gas for less than a weeks supply, we are start to look for answers. One of the common themes that we are seeing now is, how to convert your car to run on water. Is this a run your car on water hoax, or is there some truth and science behind it. Of course, very many people will just buy the product and start the conversion process without really thinking it through or doing their due diligence and research to find out if it really works. The short answer is, no, you cannot convert your car to run on water. Anyone who knows anything about cars knows that water has always been the enemy of combustion engines. So what are people trying to sell? They are selling a different technology. We will not be running our cars on water, it would be more accurate to say that we are converting the gas into something with more combustion power. The procedure is simple, insert a plastic water reservoir into the engine, which will use electricity from your car's battery to separate water into a gas called HHO (2 Hydrogen %2B 1 Oxygen). This in turn will react with the gasoline to increase the efficiency of the engine. In studies conducted in both the USA and Canada this procedure can increase your fuel efficiency by up to 80%. Most people will see an increase off about 50% in their mileage and of course the accompanying decrease in emissions. You now have the opportunity to do something for your wallet and your planet. The next thing is to have a look at the blueprint. With no more technical knowledge than the ability to handle a screwdriver, you will be saving a lot of money. Remember it will cost no more than the price of a single tank of gas to get started.
The next thing is to have a look at the blueprint. With no more technical knowledge than the ability to handle a screwdriver, you will be saving a lot of money,. Remember it will cost no more than the price of a single tank of gas to get started.
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