1. Safe and reliable gas blowing
Compressed air is used for blowing control consoles, production equipment, and production platforms, but there is a problem with this: even very small amounts of oil can form a flammable environment, so the oil content requirements for air are extremely strict.
2. Production of pure oil-free products
Any potential pollution will have a serious impact on equipment and production processes, including product contamination, equipment failures, and production interruptions.
3. Low failure and low maintenance costs
In the chemical industry, the driving devices and controllers of production equipment rely on compressed air to achieve normal operation. If the oil content in compressed air blocks critical operating components, it will increase the risk of equipment failure and may interrupt the production process.
4. Liquefied refrigeration with suitable temperature
Compressed air is also used for liquefaction refrigeration at suitable temperatures. After filtration, the temperature adapted compressed air is compressed, cooled, expanded, and ultimately liquefied, which is one of the key steps in artificial refrigeration.
5. Gas separation with purity standards
In the field of gas separation, separating liquefied gases is a key step in obtaining standard purity gases. This process relies on the cooling and liquefaction of compressed air, and then different gases are separated through special techniques.
6. Material synthesis under adequate pressure
In chemical synthesis, certain gases require a compressor to increase pressure before they can be synthesized or polymerized. This process has high requirements for the quality of compressed air, as any oil or other pollution can affect the final synthesis result.
7. Transporting canned goods
Compressed air also plays an important role in the canning and transportation of chemical products. A stable and reliable pressure supply is the key to ensuring the smooth completion of the canning and conveying process.
8. Stable and reliable process manufacturing
In the process of petroleum refining, compressed air is used to pressurize and heat hydrogen, which allows hydrocarbons in crude oil to be split and recombined, resulting in the production of light components of hydrocarbons. In addition, compressed air is also required for processes such as desulfurization, catalyst regeneration, process heaters, acid oxidation, and gas oil desulfurization.
