Cryogenic Air Separation Device

Cryogenic air separation takes air as raw material, and uses the boiling point difference of oxygen and nitrogen components (boiling point of oxygen -183℃, nitrogen -196℃) to achieve separation through compression, cooling, liquefaction and rectification.

1.Nitrogen flow rate 100Nm³/h - 100000Nm³/h, purity 95%-99.999%; Oxygen flow rate 100Nm³/h - 100000Nm³/h, purity 99.6%

2.Determine the parameters - provide on-site data - design - manufacturing - delivery - site installation - site commissioning - delivery

3.Power electronics, iron and steel smelting, biomedicine, new energy industry, aerospace