What are Carbon Deposits?

In simple terms, the sticky carbon residue is formed due to incomplete combustion inside the engine. Carbon deposits in the combustion chamber of engine can affect engine performance, resulting in higher energy consumption, loss of horsepower, engine knocking or overheating.

How to safest and clean carbon deposits in engines?

Simply put, our machines produce hydrogen syn-gas from methanol water. The syn-gas are directed towards the engine combustion chamber, via the air intake manifold, where they mix with your usual carbon based fuel (petrol, diesel) and are both ignited.

The hydrogen syn-gas the combustion temperature slightly, creating the right conditions for combustion, decomposition and elimination of carbon deposits. Hydrogen restores soft carbon deposits on the surface, creating a hydrocarbons that is easier to burn and helps remove excess carbon that causes poor operation.

The methanol hydrogen carbon clean uses steam reformer to create hydrogen syn-gas which is fed into the engine via the air intake while the engine is at idle

STEP 1

MHCC output hose attaches simply to the air intake

STEP 2

hydrogen syn-gas enters the engine’s cylinders

STEP 3

carbon deposits are converted to hydrocarbons & exits exhaust cleanly and safely

Benefits of Hydrogen Carbon Cleaning:

Improved Engine Performance: Removing carbon deposits can help restore engine performance, as carbon buildup can restrict airflow and efficiency.
Increased Fuel Efficiency: By improving combustion, the process can potentially lead to better fuel economy.
Reduced Emissions: Cleaner engine components can result in lower emissions.
Prevention of Further Carbon Buildup: Regular cleaning can help prevent future carbon accumulation.
No Harmful Chemicals: The process does not involve the use of harsh chemicals.