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VPSA Industrial Oxygen Plant/Unit
VPSA Industrial Oxygen Plant/Unit VPSA Industrial Oxygen Plant/Unit VPSA Industrial Oxygen Plant/Unit
VPSA Industrial Oxygen Plant/Unit VPSA Industrial Oxygen Plant/Unit VPSA Industrial Oxygen Plant/Unit VPSA Industrial Oxygen Plant/Unit

VPSA Industrial Oxygen Plant/Unit

1000000 USD ($)/Unit

Product Details:

  • Production Capacity 1000-70000 m3/hr
  • Computerized No
  • Automatic Grade Semi-Automatic
  • Control System PLC Control
  • Purity(%) up to 93%
  • Click to View more

VPSA Industrial Oxygen Plant/Unit Price And Quantity

  • 1000000 USD ($)/Unit
  • 1 Unit

VPSA Industrial Oxygen Plant/Unit Product Specifications

  • up to 93%
  • Semi-Automatic
  • PLC Control
  • 1000-70000 m3/hr
  • No

VPSA Industrial Oxygen Plant/Unit Trade Information

  • Letter of Credit (L/C) Telegraphic Transfer (T/T)
  • 10 Unit Per Year
  • 6 Months
  • Australia Central America North America South America Western Europe Middle East Eastern Europe Asia Africa
  • All India

Product Description

Vacuum Pressure Swing Adsorption is an advanced gas separation technology that utilizes the different selectivity of adsorbents for gas molecules to separate gas components. Based on the principle of VPSA technology the VPSA O2 units adopt the special adsorbent to enrich the oxygen in the air and supply it to the user.

Production Capacity

1000 to 70000Nm3 per hour equivalent to liquid oxygen of about 34 TPD  to 2403 TPD.

Typical Applications

  • Steel: Blast furnace oxygen rich coal injection electric furnace steelmaking
  • Non ferrous metallurgy: combustion supporting for non ferrous metals metallurgy including copper lead nickel zinc tin and gold.
  • Chemical: gasification furnace oxygen rich gas making carbon black production sulphur trioxide production etc.
  • Kiln energy saving: combustion supporting for glass kilns cement kilns and oxygen rich combustion supporting for waste incinerators
  • Papermaking: pulp bleaching process
  • Sewage treatment: OEAA technology oxygen source for ozonizer

Technical Advantages

Based on the high efficient lithium based VPSA O2adsorbent PU 8 combining with the unique airflow distribution technology advanced process design and reliable supplementary devices PIONEER has successfully ensured energy efficient and large scale VPSA O2plants to provide O2product at a lower cost.

PIONEER has built up over 100 sets of VPSA O2plants and taken the lion share in the field of VPSA O2 in China. The VPSA O2technology won the first prize for Science and Technology Progress by the Ministry of Education.

1. Experienced engineering

PIONEER has built the most VPSA O2 plants in China including the world largest VPSA O2 plant.

2. Excellent energy consumption

Energy consumption of PIONEER VPSA O2 plant is 0.29 0.32kWh m3 O2 which is among the lowest around the world .

3. Internationally leading process design

PIONEER has built up the first set of radial bed in China.Independently developed five bed air intake and other original process designs have proved obvious advantages.

4. The independently developed lithium based adsorbent

PIONEER independently developed and produced lithium based VPSA O2 adsorbent PU 8 is featured by high selectivity and high working capacity of nitrogen which is among the best around the world.

5.Mature and reliable system running

The long term engineering practice has proved that PIONEER VPSA O2 plants are stable and the supplementary devices are mature and reliable thus ensuring the continuous production for users.

PIONEER is committed to mutual development with the customers by providing economical O2 utilization program optimization of existing plants or on site gas supply.

Technical Principle

The VPSA O2 after desorption is blown by a blower and enters the adsorption vessel of the VPSA O2 system after being filtered and removed mechanical impurities. The adsorber is a double vessel system and its product is oxygen. Nitrogen carbon dioxide and water vapor in the air are adsorbed and a vacuum pump will be applied after saturated adsorption to ensure the adsorbents in the adsorption vessel are completely desorbed for regeneration. The double vessel VPSA O2 system ensures continuous oxygen generation through cyclic switch of the program control valve under the control of PLC.

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