What is the reason for the occurrence of detonation in an oil and gas dual-purpose combustion engine

What is the reason for the occurrence of detonation in an oil and gas dual-purpose combustion engine? How to solve it?

Many friends should have used a dual-purpose combustion engine before, and some people may find that it sometimes experiences detonation during the application of this equipment. So what is the reason for this? Next, I will briefly introduce to you and help you avoid this situation.

In fact, deflagration is not a very serious situation. It is a sudden loud bang that occurs when the equipment is ignited, which is actually caused by air pressure. When the air pressure is too low, it is easy to fail to ignite with one ignition. Then, a second ignition is carried out, causing the accumulation of fuel from both attempts and resulting in excessive gas. Therefore, detonation is prone to occur during ignition. So how should this situation be resolved?

Although the deflagration situation of oil and gas dual-purpose combustion engines is common, if left unresolved for a long time, it will also have a significant impact on its application, waste a lot of fuel, and affect the service life of the equipment.

So if we notice this situation, we need to first check if there is any carbon accumulation in the nozzle area. If there is, we need to clean it in a timely manner to avoid blocking the nozzle and causing the jet to not flow smoothly. When cleaning, it is best to have professional personnel clean it, and it is not recommended to clean it alone. If there are no other issues, then it is necessary to check if there are any problems with the pressure reducing valve and the hoses of the steel cylinder. Sometimes, problems with the pressure reducing valve can also easily lead to insufficient gas pressure, and can also cause detonation in a dual-purpose combustion engine, or problems caused by aging of the skin tube. If aging or air leakage of the skin tube is found, it is necessary to replace it in a timely manner.