The Ultimate Guide: Car Engine Decarbonization Process


The Ultimate Guide: Car Engine Decarbonization Process

With time, the carbon deposits build up inside the fuel engines, making it inefficient. The carbon buildup inside the engines is a result of different factors. Such as low-grade fuel quality, improper burning of fuel, and normal build up with time. The buildup carbon deposits are mostly found inside the exhaust, around exhaust valves, on cylinder’s head, on the intake, on piston, and exhaust manifold.

Specifically in older vehicles, the buildup carbon deposits lead to various issues i.e. fouling of spark plugs, improper closing of valves, exhaust sensors failing and much more. Some common symptoms of having the carbon deposits in your engine include low mileage from the vehicle and a lack of power. Severe cases of carbon buildup are seen as black soot deposits spilling out of the exhaust.

To remove carbon buildup from your engine, the method that is used is known as “HHO Carbon Cleaning Service”, also known as “Decarbonization”. The perfect time for car engine decarbonization is when it has covered about 50,000 km of distance. This is just preventive maintenance advice because, at this point, your vehicle wouldn’t have that much carbon buildup.


Why Car Engine Decarbonization is needed?

The carbon deposits inside your engine stick to the fuel injectors. As an engine is very specific to timing, so when any of the injectors is off, the timing of your engine is off. As there is a buildup of carbon deposits on your fuel injectors, the fuel being sprayed goes down. In an engine, a fuel’s spray closes the injectors and spreads out, producing a clean, consistent burn. When you ignite that on fire, you have a better explosion – combustion, resulting in a better fuel economy. When the fuel stream of your engine is weak, there is more consumption of fuel to compensate, which adds up over time. You may not know the mechanics of an engine, but you better know about the increasing prices of fuel. A Car Engine Decarbonization service is a productive way of maintaining the injectors of your engine to keep the high efficiency of your fuel and prevent engine deposits from building up into the engine.


What are the benefits of the Car Engine Decarbonization?

The need for de-carbonizing and engine unsurprisingly comes from manufacturers of the chemical decarbonizing machines. There are various benefits of HHO Car Engine Decarbonization, some of them are as follow:

  1. It improves the power of an engine and accelerates it.
  2. It restores/improves the fuel efficiency of an engine.
  3. It maximizes the performance of a vehicle,
  4. It cleans the entire engine, both from inside and outside without opening it.
  5. Reduces the emissions of harmful substances i.e. Carbon Dioxide.
  6. It reduces the noise and vibrations of the engine.
  7. Repairs the drivability problems i.e. rough idling, hard starts, and engine hesitation, etc.
  8. Involves decarbonization of entire fuel system, including oxygen sensor & catalytic converter.

Types of Car Engine Decarbonization Process

There are two ways of decarbonizing an engine – Physical decarbonization and Chemical decarbonization.

Chemical Decarbonization

In the Chemical decarbonization process, a chemical compound along with the fuel is passed through the engine to break down the deposits of carbon. These broken carbon deposits then get out of the engine along with the exhaust gases. There are many ways of executing this method. One of the most common ways is to add the chemical together with some fuel in a discrete component that is connected with the fuel intake line of the vehicle. After that, the engine is started and the vehicle is run for about 15-20 minutes or until the mixture is completely utilized. This method is used both for petrol and diesel engines.

Chemical decarbonizing of an engine is good if it’s used only as preventive maintenance. Execution of this method after every 50,000 km’s or so will prevent carbon build up in the engine and will keep it clean, resulting in an increased life of the engine.

Physical Decarbonization

Those engines that have extreme carbon build-up, a physical decarbonization method is perfect for them. This method involves the opening of the cylinder’s head, removal of the intake and exhaust valves and getting rid of the carbon deposits off the cylinder’s head, valves, and manifolds. It also involves the dismantling and thorough cleaning of the exhaust pipe with the help of high-pressure water. In case the exhaust muffler is clogged with carbon buildup, there is a need for heating and tapping it out, before flushing with water.