Electrolysis is defined as using an electric current between two electrodes to break the Hydrogen and Oxygen bond of water into a gas state.

Simply put, water is composed of two atoms of Hydrogen and one atom of Oxygen (H2O). When electric current is applied, the Hydrogen atoms migrate towards the negative (-) electrode and the Oxygen atoms migrate towards the positive (+) electrode. The Hydrogen and Oxygen atoms accumulate at the electrodes and bubble to the top of the generator tank in gas form. This process continues as long as the electric current is present. The gas that is produced is fed into the engine air intake to be burned for better gas mileage.

Don't believe it? Try a simple experiment:

You need two pencils (graphite), a glass measuring cup, cardboard, some wire and a 9 volt battery. First, fill the glass measuring cup with water. You might also add some salt to help conduct electricity. Next, place the cardboard over the glass measuring cup. Remove the eraser end of the pencil and sharpen both ends to sharp long points. Push each pencil through the cardboard so that the pencils are about one inch apart and about one inch deep into the water. The cardboard should now hold the pencils in place. Strip both ends off two pieces of wire about twelve inches long. Now wrap and tape one end of each wire onto each pencil end. Simply touch the other ends of the wires to the terminals at the top of the 9 volt battery.

You should see larger bubbles on one pencil tip and smaller bubbles form on the other pencil tip. The larger bubbles are Hydrogen gas and form on the negative (-) electrode (pencil). The smaller bubbles are Oxygen gas and form on the positive (+) electrode (pencil). This is a very simple (High school physics) experiment that shows you how the process of electrolysis works.

The H2 Power Core uses this same principle to safely produce a large, continuous supply of Hydrogen and Oxygen gas that is burned to reduce the amount of gasoline that is used as fuel!