How a non-invasive hydrogen-based decarbonization works

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Over time, during combustion, small carbon particles accumulate inside various parts of the engine, including:

• Intake valves
• Combustion chamber
• Piston heads
• EGR (Exhaust Gas Recirculation)      valve
• Turbocharger (if present)
• Exhaust system (manifold,      catalytic converter)

This carbon build-up is a natural byproduct of burning fuel (especially in incomplete combustion or poor fuel-air mixture scenarios), and it's more common in city driving, short trips, and poor-quality fuel.

Hydrogen-Oxy (HHO) Gas Generation:  

• A decarbonizing machine is connected to the vehicle’s air intake system.
• Inside the machine, electrolysis of distilled water takes place using an HHO generator.
• This process splits water (H₂O) into Hydrogen (H₂) and Oxygen (O₂) gases.

• The generated HHO gas is safely fed into the engine via the air intake while      the engine is running.
• As the engine burns the hydrogen-oxygen mix along with air and fuel,      combustion temperatures slightly rise (safely).
• The increased combustion temperature and reactivity of HHO help break down and  burn off carbon deposits inside the combustion chamber and exhaust      pathways.

• The  loosened or burned-off carbon gets expelled through the exhaust system as carbon dioxide (CO₂).

It   effectively cleans:

1. Pistons and valves.
2. Cylinder head.
3. Spark plugs or injectors.
4. Exhaust system up to the catalytic converter.

• The entire process takes 30–60 minutes.
• No  engine dismantling is required.
• It does not use any harsh chemicals or solvents — just hydrogen and oxygen      from water.
• Safe  for all internal combustion engines (Petrol, Diesel, CNG).

Engine carbon cleaning helps your vehicle run better by improving performance, saving fuel, lowering emissions, and reducing engine wear. It leads to a smoother, quieter ride and can save you money on fuel and maintenance in the long run.