Decarbonization

Over time, carbon deposits have an adverse effect on the engine's performance.
As a result, jerks occur when adding gas, compression reduction, poorer fuel combustion, increased consumption and, ultimately, failure of expensive parts. Deposits are created during the operation of both gasoline and diesel engines - in the compression chamber itself (pistons, valves, valve seats), but also in peripherals such as the EGR valve, catalyst, turbine and DPF. All this leads to increased maintenance costs and is common not only for older, but also for newer engines, due to the narrow optimal ranges in which they operate.

The easiest way to clean your vehicle's engine!
Decarbonization is the process of injecting the right amount of H2E® gas into the engine's air intake. The gas then reacts and dissolves the accumulated carbon deposits inside the compression chamber and exhaust system. This process does not contain any harmful, dangerous or aggressive chemicals, in fact the only by-product is steam. Removing carbon deposits restores engine efficiency to factory-like operating conditions.

Čišćenje motora od ugljenika

H2E ENGINE CARBON CLEANING

H2E engine cleaning treatment is applicable to all vehicles, regardless of the type of fossil fuel they use - such as diesel, gasoline, liquid petroleum gas. By regularly treating the engine with H2E gas, breakdowns caused by carbon build-up are reduced by up to 80%, thus reducing maintenance costs.
H2E technology is applicable to cars, trucks, buses, agricultural machinery, heavy / light machinery / equipment. H2E's modular design means it is fully customizable to the client's needs.

Dekarbonizacija proces

H2E® Results

Restore engine performance by injecting the right amount of H2E® gas into the engine air intake. The return of engine performance/efficiency to factory condition was confirmed through a large number of power and exhaust gas measurements before and after H2E treatment.

Sample Results

Before and after H2E carbon cleaning

ALFA ROMEO 147 1.6 TS

Exhaust emissions (CO, CO2, HC, NOx) Before and after H2E carbon cleaning, during dyno measurment.

Alfa Romeo 147 Pre i Posle
Alfa Romeo 147 Pre i Posle

CITROEN BERLINGO 2.0 HDi

Exhaust emissions (CO, CO2, HC, NOx) Before and after H2E carbon cleaning, during WLTP cicle.

Citroen Berlingo Pre i Posle
Citroen Berlingo Pre i Posle