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Why the oil and gas separation core will burn
- Jul 21, 2018 -

What is the cause of the combustion or explosion of oil and gas separation core: in the air compressor industry, we often understand the news about the ignition of the oil, but why do this happen many people can't find the answer. Because we can't see it in person, only in the theory of analysis. The following is the following:

One, oil and gas separation core itself does not burn fire, it must be accompanied by fire and combustion gas to burn. How does the combustion or explosion of oil and gas core cause: in the air compressor industry, we often know about the oil fire, but why this happens a lot of people We can't find the answer. Because we can't see it in person, we just analyze it theoretically.

Two, the oil and gas separation core itself may produce static electricity but will not burn, because the compressed air passes through the glass fiber and produces static electricity. The static electricity needs to produce the fire source in the special environment. Its function is to absorb small, very small oil particles in the irregular movement on the fiber, the more it suck, the more large oil is produced. The weight of the oil is heavier than the air weight to the lower part of the oil and gas separation core and back to the lubrication system. This is a Brown movement. If the static electricity does not walk away, the principle of Brown movement is not possible. So the original cause of the conductive film is added to the gasket of the oil and gas separation core. So static electricity is not the cause of the burning.

Three. A condition for combustion of the oil and gas separation core is that the combustion supporting gas is compressed air.

1, is the object of the collision generated by the fire, the object is rust iron, carbon deposition, welding inspection, or metal parts wear metal particles and so on.

2, in the problem of compressor oil, oil is very important, the quality of oil can not reach the standard is also a key problem, its antioxidant capacity is up to the standard, the oil is constantly changing under the pressure, under the conditions of 80 and 100 degrees, the amount of oil gasification is not the same, at 100 degrees of gasification is 10 times as much as 80 degrees. The greater the gasification capacity of the compressor oil, the more carbon products will be produced. When the carbon product is constantly affected by the temperature of the compressor, it will continue to heat until the fire is generated.

3. Is there any damage to the pressure retaining valve of the compressor? If the compressor is damaged, it is easy to produce gas phase when several compressors are in use.