Flexible Cryogenic Air Separation Unit

Flexible Cryogenic Air Separation Unit
Product Introduction:
Flexible cryogenic air separation unit is an industrial equipment that separates oxygen, nitrogen, argon and other components in the air by cryogenic distillation. It has the characteristics of high product purity and high separation efficiency. It can flexibly adjust the production scale and product types according to user needs, and is widely used in metallurgy, chemical industry, medical and other fields.
Send Inquiry
Description
Technical Parameters
liquid air separation plant in steel steel(1).jpg

Cryogenic air separation units (ASU)

 

 

Cryogenic air separation is a process whereby atmospheric air is cooled and liquefied to separate its component parts, primarily oxygen, nitrogen and hydrogen, based on their different boiling points. The technology is essential in various industries for the production of high purity gases for medical, welding and industrial applications.

 

NEWTEK provides comprehensive services including design, construction, commissioning and maintenance of cryogenic stations. The use of the best components and advanced technologies ensures the highest reliability and efficiency of the power stations.

 

Oxygen purity:99.9%    Nitrogen purity: 99.9999%                 

 

 

Technical features

Oxygen output

50Nm3/h~30,000Nm3/h

Nitrogen output

300Nm3/h~60,000Nm3/h

Argon gas output

5Nm3/h~3,000Nm3/h

Air Separation Units Application

 

Liquid Air Separation Plant

Electronics Industry

Gas Cryogenic Air Separation Plant

Chemical Industry

Small Air Separation Plant

New Energy

OEM Air Separation Plant

Steel Plant

 

 

Hot Tags: flexible cryogenic air separation unit, China flexible cryogenic air separation unit manufacturers, suppliers, air separation unit, Air Separation Unit For Oxygen, Industrial Liquid Oxygen and Nitrogen Producing Plant, oxygen air separation unit, air liquide air separation unit, oxygen plant air separation unit

Send Inquiry
Ready to see our solutions?