Carbon cleaning – the most effective method to clean the engine Hydrogenation is the most effective method of cleaning the engine combustion chamber of excess carbon deposits. This treatment involves introducing HHO, i.e. oxyhydrogen, into the engine, which effectively burns off any impurities accumulated in the combustion chamber. The effect of hydrogenation of the engine is to improve the operation and performance of the engine.
How is the engine cleaned of debris? Cleaning the engine by hydrogenation is not complicated, but requires specialized equipment. MotoSpec Performance uses modern machinery and equipment to clean engines, so you can be sure that the drive unit will be thoroughly cleaned. The first stage of hydrogenation is connecting the oxyhydrogen generator head to the engine’s suction system. When the engine is started, a gas consisting of two hydrogen molecules and one oxygen enters the combustion chamber.
Due to the catalytic properties of hydrogen and the increased amount of oxygen, the soot and carbon deposits accumulated in the engine are burnt out. During the hydrogenation of the engine, a hydrocarbon is formed, i.e. sour water. During one hour of cleaning, the amount of hydrocarbon increases up to 40 times. The “acidic water” causes the increased temperature and pressure to soften the carbon particles accumulated in the engine.
What engine components are cleaned during hydrogenation?
The hydrocarbon only does not clean the combustion chamber. Hydrogenation treatment softens the carbon deposits in the exhaust manifold, EGR valve and cooler, turbocharger and DPF filter. The softened carbon sludge is discharged from the engine along with the exhaust gases during normal operation of the vehicle. However, it does not happen immediately. It will take several thousand kilometers to self-clean the engine. How often should Carbon Cleaning be performed? For both diesel and direct injection gasoline engines, it is recommended that hydrogenation be performed every six months. Systematic maintenance of the softened carbon deposits in the engine effectively supports the removal of pollutants in the exhaust gases. Carbon Cleaning also prevents the re-deposition of carbon deposits in the combustion chamber and makes the fuel-air mixture burned more efficiently.