The simplest way to clean your vehicles engine! It’s a process of injecting just the right amount of H2E ® gas in the engines air intake. The gas then reacts and dissolves the carbon build up inside the compression chamber and the exhaust manifold. This process does not contain any harmful, hazardous or aggressive chemicals, in fact the by-product is water vapor. Removing the carbon build up restores the engines efficiency to factory like functional conditions.
Engine Carbon Cleaning
Most common issues with engines
Carbon build up happens inside every internal combustion engine. As carbon deposits accumulate the engine changes the way it works, efficiency drops, causing a variety of problems that include increased fuel consumption, diminished performances, shortened engine life span, rough running, and malfunction of other car parts which leads to additional costs (DP Filter, EGR valve and catalytic converter). Carbon build up is not just a problem in older engines, new engines are just as susceptible due to the narrow optimal ranges they operate in.
H2E Solution
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H2E Engine Carbon Cleaning
H2E Carbon Cleaning system is an efficient way to treat all IC engines, regardless of the type of fossil fuel is used, such as diesel, petrol, LPG.
By regularly treating the engine with H2E gas the malfunctions caused by carbon build up are reduced up to 80% and maintenance costs as well.
The H2E technology is applicable on cars, trucks, buses, agricultural machinery, heavy/light machinery/equipment and the modular design means that it is customizable for the client’s needs.
The effects of carbon cleaning
Engine carbon cleaning effects
The effects of this uniquely designed and technologically most ad- vanced engine carbon cleaning machine are proved scientifically through detailed analysis of the IC engine exhaust gas emissions. The analysis showed that the harmful exhaust emissions (HC, CO, NOx and SO2) are reduced averagely by 75% with petrol engines and the opacity by 60% with diesel engines. This confirms that the fuel is burning more efficiently after receiv- ing the H2E treatment and the engines and its peripheral components (such as DPF, EGR valve, catalysator, fuel injectors etc.) are pronoun to last longer resulting in less maintenance expenses and increased mileage up to 15%. Carbon deposits are being removed from the combustion chamber during the treatment, lowering friction which leads to restoring the engines horsepower/torque and contribute to a better driving experience.