Is the carbon cleaning machine reliable to remove carbon deposits?
1. The original burial of the carbon cleaning machine:
The carbon cleaner extracts hydrogen and oxygen atoms in the water by electrolysis to form a hydrogen-oxygen mixed air flow, which is passed through the engine intake manifold
enter
The combustion chamber of the engine, after the Brown gas fills the combustion chamber of the engine, ignites and ignites, using the principle of hydrogen-oxygen catalysis (combustion at high temperature)
During the burning process, active atoms such as O, H and OH can be generated, which can promote the high-temperature cracking of medium and long hydrocarbon chains in gasoline, making
The speed of the oxidation reaction is accelerated), the principle of oxygen-enriched combustion (the impurities such as wax and colloid in gasoline are also composed of long hydrocarbon chains or
It is composed of ultra-long hydrocarbon chains, and active atoms such as O, H and OH can also accelerate its cracking and eventually remove carbon deposits).
2. The microscopic process of removing carbon deposits by oxyhydrogen gas is as follows:
1) During the intake process of the engine, oxyhydrogen gas is sucked into the engine.
a. Hydrogen gas is very light and diffuses rapidly into the engine compartment.
b. Hydrogen also has a very good feature, that is, the ability to adhere
most places.
c. Hydrogen has another characteristic, which is its permeability. Since there are few molecules of hydrogen gas, it can quickly penetrate into the surface layer of carbon deposits.
2). Engine fuel injection
3). Engine ignition
a. The first stage: oil, air, hydrogen attached to the surface of carbon deposits, oxygen is ignited, and carbon oxides (mainly two
carbon oxide), nitrogen oxides, high temperature water vapor and argon oxygen ion groups, etc. b. The second stage: water vapor, oxygen ions
The high temperature water-gas reaction occurs between the agglomerates and carbon deposits, and the carbon deposits attached with hydroxide ions are oxidized to carbon oxides and further oxidized to
carbon dioxide
4). Engine compression work
5). Exhaust
Carbon deposits are discharged through the exhaust system in the form of gas