How does Carbon Cleaning Work?

Why does Carbon build up in combusion engines?

Carbon is produced due to incomplete combusion in the engine cylinders, and builds up layer upon layer of black, hardened carbon. This affects the smooth running of the engine and causes many other issues in all types of combusion vehicles like passenger cars, HGVs and even tractors to name but a few. Hybrid vehicles also have feature a combuson engine and therefore will incur carbon build-up in those parts. But how exactly does carbon cleaning work within your engine and is it safe for your vehicle?

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.

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 products of the reaction is hydrocarbon (HC) and Carbon Monoxide (CO) gas. This is safely expelled past the exhaust valve, through the DPF (with diesel engines) and out of the tailpipe.

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. 

How do You know Carbon Clean has worked?

As a result of a carbon clean you should feel a noticeable difference afterwards, including these main benefits:

• Better Fuel Economy
• Smoother running Engine
• Better throttle Responce
• Restore Engine Performance
• Lower Carbon emissions expelled into the environment

What Vehicles can be Carbon Cleaned?

• Diesel/ Petrol/ Hybrid Engines
• Passenger Vehicles
• All Commercial Vehicles
• Agricultural vehicles
• Motorbikes
• Motor Boats