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Function & process

How does carbon cleaning work?

The power of hydrogen

By cleaning the inside of the engine, you can extend the life of the engine, eliminating the need to purchase expensive individual parts. Thanks to years of development and use of the latest technology, we are able to reduce fuel consumption by up to 10% and bring back peak performance in just 30 minutes.

What is cleaned?

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engine valve

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injectors

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spark plugs

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turbines

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EGR

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exhaust system

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catalyst

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DPF

Removes soot build-up from all internal combustion engines

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Brings fuel economy and engine performance back to original levels

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Prevents damage (turbocharger, catalytic converter, soot particle filter, etc.)

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Reduces the emission of pollutants

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Reduces the amount of exhaust gases

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Extends the life of your engine

The cleaning machine

Our cleaning machine performs amazingly. This advanced technology, developed over many years, primarily pumps hydrogen through the intake valve, thus burning up to 75% of the total carbon deposit. Thanks to hydrogen, the Carbon Cleaning Machine can remove almost all soot. In just 30 minutes the engine is running like new again.

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How does this work?

The so-called "Carbon Cleaning" machine is easy to use, fast, efficient and works independently. The system automatically monitors the injected hydrogen flow. The heating effect of hydrogen increases the combustion temperature to such an extent that pyrolysis, ie a chemical reaction, takes place in which the soot burns, so to speak.

Use of the machine: We connect the hose (blue) of the "Carbon Cleaning" machine behind the air filter in the intake, then we connect two cables to the poles of the car battery (red). With a timer, we can set the cleaning duration, depending on the coking and the size of the engine. While our machine is working, your car is idling. A few times the RPM is increased to move the poppet and EGR valve, allowing the hydrogen flow to go everywhere. During this process, the first layer of soot is already removed.

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hydrogen

Hydrogen (H) is found everywhere, mostly in combination with other atoms, eg in water, oils and natural gas. It is also used industrially as an energy carrier, for example in the chemical industry or in refineries. As far as environmental protection is concerned, hydrogen also has potential: it can play an important role as an energy supplier. has hydrogen  a very high energy density, ie it accommodates a lot of energy in a small space.

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Advantages of Hydrogen

The characteristics of hydrogen are: very reactive and extremely fast combustion (5 times faster than fuel). It is also a very flammable substance. Because of these properties, even a small amount of hydrogen in an air-gasoline mixture accelerates combustion, making it more stable as the combustion cycle time decreases.

Many quantitative studies and experiments have been conducted on the admixture of hydrogen in internal combustion engines (both gasoline and diesel). The conclusions are summarized:

– Reduces the duration of the combustion process
– increases the thermal efficiency
– Burns, removes and dissolves the carbon deposits

For a particularly good result after soot removal, we recommend driving in low gear (more than 3000 rpm) for 25 to 30 minutes to remove the last soot residues from the engine and exhaust.

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