Hydrogen Beauty

　　Hydrogen BeautyDefinition and Principle

The cleaning of hydrogen and automotive engines refers to the use of high-purity (above 99.999%) hydrogen gas, introducing a certain amount of such hydrogen gas into the engine cylinder at idle speed, and utilizing the high temperature and pressure inside the cylinder to safely decompose and polymerize high-purity hydrogen gas in the cylinder. This process will touch any part of the hydrogen gas that comes into contact with it, and the huge stress generated by the decomposition and polymerization process will cause ultrafine decomposition and catalytic pulverization of various impurities in the cylinder. This is what we usually refer to in academia as high-temperature hydrogen gas having a strong catalytic reduction effect. We conducted this process in the car cylinder for 30-40 minutes and found that various impurities in the cylinder, such as carbon deposits, oil sludge, and gum carbon rust spots, were well removed. Through testing, the engine's operating conditions were greatly improved, approaching and restoring it to the condition of a good new car. The improved parameters include torque, power, fuel consumption, and exhaust emissions.

　　Hydrogen BeautyScope of cleaning

In theory, as long as ultra pure hydrogen gas can reach any component that comes into contact with the cylinder, impurities formed on the components can be cleaned, known as "gas to disease removal", such as spark plugs, the four walls of the cylinder body, piston tops, fuel injectors, etc.

　　advantage

Compared with traditional chemical and drip cleaning methods, it has zero negative effects on the engine and only consumes a few hundred watts of electricity for lighting during use,. Due to the purity of the generated hydrogen gas being over 99.999%, safety hazards in use are fundamentally eliminated. By introducing such pure hydrogen gas into the engine at idle through the intake manifold, the negative pressure in the intake manifold at idle can quickly introduce ultra pure hydrogen gas into the cylinder. At the same time, through a certain electrical interlocking mechanism, the hydrogen gas can automatically stop when the engine is turned off. Maximize the elimination of safety concerns for our users and consumers when using hydrogen. Make our car undergo a comprehensive high-tech cleaning.