Water was broken down into hydrogen and oxygen, is output to the internal combustion engine. Hydrocarbon fuel is a typical chain reaction process, the combustion process, hydrocarbon fuels (CO chain participation in H and OH reaction RH) dehydrogenation of hydrocarbon (R '), hydrocarbon (R') to oxidation generating peroxide (R'O3), peroxide (R'O2) degenerate into aldehydes (R'CHO), aldehydes decarburization CO and hydrocarbon (R '), and the hydrocarbon group (R') repeating the above chain type reaction. In the combustion process, the hydrocarbon fuel through the first step of such a chain reaction, is oxidized to CO, then continue oxidized to CO2, CO is oxidized to CO2 at high temperature is a complex chain reaction. Condition is established that there must be activated center O, H, OH and other atom or group of atoms involved in the reaction composition.

1 ratio composition, the following reaction at high temperatures, when the formation of a molecule of water, you get two new intermediate active H, OH: oxyhydrogen from hydrogen and oxygen 2 Press.
O2 + 2H2 -> H2O + H + OH
The same carbon monoxide oxidation reaction (combustion) "complex chain reaction":
Burning rate of carbon monoxide and air mixture is very small, in the presence of a hydrogen-containing substance, it will significantly increase the combustion speed. When the removal of water and hydrogen "dry" carbon monoxide and oxygen in contact, at 700 ℃ the following will not react. Conditions of carbon monoxide oxidation chain reaction set up is a must have activated center H · and OH · and other atoms (groups) consisting of participating in the reaction, due to the OH + CO -> CO2 + H, the reaction continually produce new H, so visible Once the reaction started, the cycle will go on, even if you stop feeding oxyhydrogen reaction will be maintained.

Since the intermediate product of the combustion of hydrogen oxidation reaction chain to promote and improve the oxidation reaction rate CO, hydrocarbons, etc., you can burn under the premise of maintaining performance, significant reduction in excess air coefficient, thus reducing heat losses, improve combustion the thermal efficiency of the system.

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