By Eric Anderson
Breaking Water into Simpler Forms
So how is it possible to use water fuel as an alternate source of vehicle fuel? First and foremost, one should understand the composition and capacity of one of nature's vast resources. Water can be broken down into simpler forms. It has a chemical build up of H20. For every water compound, there are two hydrogen molecules that are chemically bonded with one oxygen molecule.
When separated, the two elements that compose water are both capable of vast amounts of energy. Hydrogen is a highly flammable gas, and oxygen is also capable of combustion. But in water form it can't be set on fire. So the chemical bond should be broken using electrolysis in an HHO generator. Through this method, water molecules are separated to their basic forms and create a gas called oxyhydrogen. This gas can be brought to combustion at 570 degrees Celsius or 1,065 degrees Fahrenheit. When such temperature are reached in the ignition of the car, the gas becomes flammable.
Using Water in Cars as Fuel
Running a car on oxyhydrogen requires vast amounts of water that can fill up the whole car. The key solution to this dilemma is to use normal fuel and supplement it with oxyhydrogen from water. One part of water will be used for every part of fuel. By doing so, there would be great savings from buying gas because the combustible gas from water extends the car's running distance. Water would thus aid gas for better fuel consumption and not as a replacement for gasoline to run a car on water.
Another good advantage of running a car on water is that it will have less carbon dioxide emissions and it will make the car function much "greener." The development of green vehicles is on the rise recently. This has become a manufacturing trend because people have become more concerned of the reduction of pollution and its effects to the environment. The alternative of using water fuel as a supplemental energy for cars would release by products such as water and oxygen, which are not harmful to the surroundings.
Converting Cars
To make cars run on water, the conversion can be done personally at the comfort of one's garage. There are several self-help books available on the market and the web, which takes a person on a step-by-step procedure of converting the car. Hydrogen kits are even available which have easy plug-it-in instructions.
Making the conversion is a money saving move. But it's always good to check the capability of the vehicle before it for water fuel. It is always fun and exciting to make modifications on vehicles, but it should always be done with careful planning and correct applications before having your own water powered car engine.
Read this full guide that teaches you step by step on how to run a car on water using an easy to assemble hydrogen generator for car for less than $90 with parts from any local hardware store
Article Source: http://EzineArticles.com/?expert=Eric_Anderson
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Breaking Water into Simpler Forms
So how is it possible to use water fuel as an alternate source of vehicle fuel? First and foremost, one should understand the composition and capacity of one of nature's vast resources. Water can be broken down into simpler forms. It has a chemical build up of H20. For every water compound, there are two hydrogen molecules that are chemically bonded with one oxygen molecule.
When separated, the two elements that compose water are both capable of vast amounts of energy. Hydrogen is a highly flammable gas, and oxygen is also capable of combustion. But in water form it can't be set on fire. So the chemical bond should be broken using electrolysis in an HHO generator. Through this method, water molecules are separated to their basic forms and create a gas called oxyhydrogen. This gas can be brought to combustion at 570 degrees Celsius or 1,065 degrees Fahrenheit. When such temperature are reached in the ignition of the car, the gas becomes flammable.
Using Water in Cars as Fuel
Running a car on oxyhydrogen requires vast amounts of water that can fill up the whole car. The key solution to this dilemma is to use normal fuel and supplement it with oxyhydrogen from water. One part of water will be used for every part of fuel. By doing so, there would be great savings from buying gas because the combustible gas from water extends the car's running distance. Water would thus aid gas for better fuel consumption and not as a replacement for gasoline to run a car on water.
Another good advantage of running a car on water is that it will have less carbon dioxide emissions and it will make the car function much "greener." The development of green vehicles is on the rise recently. This has become a manufacturing trend because people have become more concerned of the reduction of pollution and its effects to the environment. The alternative of using water fuel as a supplemental energy for cars would release by products such as water and oxygen, which are not harmful to the surroundings.
Converting Cars
To make cars run on water, the conversion can be done personally at the comfort of one's garage. There are several self-help books available on the market and the web, which takes a person on a step-by-step procedure of converting the car. Hydrogen kits are even available which have easy plug-it-in instructions.
Making the conversion is a money saving move. But it's always good to check the capability of the vehicle before it for water fuel. It is always fun and exciting to make modifications on vehicles, but it should always be done with careful planning and correct applications before having your own water powered car engine.
Read this full guide that teaches you step by step on how to run a car on water using an easy to assemble hydrogen generator for car for less than $90 with parts from any local hardware store
Article Source: http://EzineArticles.com/?expert=Eric_Anderson