Air Separation Unit

Oxygen production: ≥2500m³/h~30000m³/h.. Nitrogen production: ≥5000m³/h~70000m³/h.. Argon production: ≥200m³/h.. Oxygen purity：99.6%~99.99%. Nitrogen purity:99.99%~99.999%..

Air Products Air Separation Unit is a highly efficient and energy-saving equipment that separates high-purity oxygen, nitrogen or argon from the air through cryogenic fractionation technology. It is widely used in medical, industrial and

Air Products Air Separation Unit is a highly efficient and energy-saving equipment that separates high-purity oxygen, nitrogen or argon from the air through cryogenic fractionation technology. It is widely used in medical, industrial and

Air Products Air Separation Unit is a highly efficient and energy-saving equipment that separates high-purity oxygen, nitrogen or argon from the air through cryogenic fractionation technology. It is widely used in medical, industrial and

NEWTEK has successfully delivered more than 4,000 air separation units in more than 90 countries around the world, and has accumulated valuable experience from more than 550 air separation unit (ASU) operations. In the past 10 years, our

A small air separation unit is an industrial equipment used to separate the various components of gas in the air. It mainly converts air into liquid through compression cycle and deep freezing, and then gradually separates inert gases such

Air separation units (ASUs) play a central role in many industrial processes, and the key is that the gases they provide are essential for various industrial production. For example, oxygen is indispensable in medical treatment and

Air separation units (ASUs) extract pure gases from air by cooling it to a liquefied state and selectively distilling them using different boiling points. All cold processing equipment is housed in an insulated cold box, which contains

Cryogenic air separation equipment is an advanced technology based on the liquefaction of air, which can effectively separate nitrogen, oxygen and argon. This process is called cryogenic air separation.

The air enters the filter through the air inlet to remove dust and impurities to ensure the purity of the air. Subsequently, the air flows into the centrifugal compressor for compression, and the compressed air enters the turbine expander

The air separation process determines the investment, energy consumption, operational safety, operational stability and operability of the air separation unit from the source. The optimization and selection process of the air separation

The technology of cryogenic air separation unit has become increasingly mature, mainly reflected in the fact that the cryogenic air separation process has not undergone fundamental changes since the full distillation argon process appeared