GENERON Oxygen Generators, VPSA

Description
Oxygen VPSA Operating Principle The VPSA cycle is very similar to the VSA except that the larger capacity requirements necessity of having two absorbers, one absorber producing oxygen and the other absorber being regenerated. This process requires a dedicated PD Blower to compress the air stream to support continuous operation and a dedicated Vacuum Brower to regenerate the absorber. The VPSA process is more energy efficient due to the inherent continuous process and the primary reason this technology is selected for large scale high volume low pressure oxygen requirements. VPSA Flows to 100 tons/day
Description
Oxygen VPSA Operating Principle The VPSA cycle is very similar to the VSA except that the larger capacity requirements necessity of having two absorbers, one absorber producing oxygen and the other absorber being regenerated. This process requires a dedicated PD Blower to compress the air stream to support continuous operation and a dedicated Vacuum Brower to regenerate the absorber. The VPSA process is more energy efficient due to the inherent continuous process and the primary reason this technology is selected for large scale high volume low pressure oxygen requirements. VPSA Flows to 100 tons/day

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Description
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Oxygen Generators, VPSA -  - GENERON
Houston, TX, USA
Oxygen Generators, VPSA
Oxygen Generators, VPSA
Oxygen VPSA Operating Principle The VPSA cycle is very similar to the VSA except that the larger capacity requirements necessity of having two absorbers, one absorber producing oxygen and the other absorber being regenerated. This process requires a dedicated PD Blower to compress the air stream to support continuous operation and a dedicated Vacuum Brower to regenerate the absorber. The VPSA process is more energy efficient due to the inherent continuous process and the primary reason this technology is selected for large scale high volume low pressure oxygen requirements. VPSA Flows to 100 tons/day

Oxygen VPSA Operating Principle

The VPSA cycle is very similar to the VSA except that the larger capacity requirements necessity of having two absorbers, one absorber producing oxygen and the other absorber being regenerated. This process requires a dedicated PD Blower to compress the air stream to support continuous operation and a dedicated Vacuum Brower to regenerate the absorber.

The VPSA process is more energy efficient due to the inherent continuous process and the primary reason this technology is selected for large scale high volume low pressure oxygen requirements.

VPSA Flows to 100 tons/day

Supplier's Site

Technical Specifications

  GENERON
Product Category Gas Generation Equipment
Product Name Oxygen Generators, VPSA
Generator Type Oxygen
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