Carbon Clean explains HHO engine cleaning process

Carbon deposits atomized as engine idles during service

Carbon Clean explains HHO engine cleaning process

Carbon Clean has this week revealed how its HHO technology can help to restore engine performance.

Carbon is produced due to incomplete combusion in the engine cylinders, and builds up layer upon layer of black, hardened carbon, affecting the smooth running of the engine.

Carbon Clean say its engine cleaning machines use cutting-edge HHO engine cleaning technology to solve the problem.

Electrolysis

A Carbon Clean spokesperson said: “Each machine uses electrolysis to split water molecules into the composite elements of oxygen and hydrogen to produce oxyhydrogen or HHO gas.

“Our specially designed machines are set according to the engine size.

“The HHO is fed into the engine through the vehicle’s air intake valve to mix with the air and fuel in the combustion chambers of the engine.

“Most of our machines can offer this service in a workshop or mobile location.

“When this mixture ignites the HHO combusts at a much higher temperature than the fuel alone.

“This effectively atomizes the carbon deposits as the engine is idling over the period of 30-40 minutes.

“The final product of the reaction is hydrocarbon (HC) and Carbon Monoxide (CO) gas.”

The resulting gases are safely expelled past the exhaust valve, through the DPF on diesel vehicles and out of the tailpipe.

Non-invasive treatment

The spokesperson added: “This revolutionary technology is more efficient, ecological and much kinder to the engine than the traditional chemical methods used.

“The process is also non-invasive: a technician can now clean an engine in a matter of minutes without first disassembling it.”

The service tends to result in improved fuel economy, throttle response and reduced carbon emissions.

Carbon Clean say an emissions and diagnostics test before/ after the Carbon Clean will show a clear difference.

For further information about Carbon Clean, select ‘more details’ below.

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