This modular compact oxygen generator can be designed to deliver oxygen flow rates of 1-30 Nm³/h with purity of 93%, based on diverse customer applications and working conditions. We can provide complete oxygen system solutions, from air compressor to oxygen storage tank, according to specific requirements.

Our modular oxygen generators can be integrated for use with annealing furnaces, laser cutting machines, and similar applications.

• It adopts integrated air buffer tank design.
• Components are anodised and electrostatically coated so that operation safety is promised.
• The system can be integrated by simply adjusting laser module.
• It adopts compact molecular sieve filling and compression to ensure the equipment reliability.
• The installation process is easy, and most work is operated on the ground to reduce safety risks.

• Electric furnace steelmaking: decarburization, oxygen assisted heating, foam slag dissolving, metallurgical control and post process heating
• Wastewater treatment: aerobic aeration of activated sludge, pond oxygenation and ozone sterilization
• Glass melting: oxygen combustion and solubilization, cutting, increasing glass production and extending furnace life
• Pulp bleaching and papermaking: large volume of low-cost oxygen can help conversion of chlorine bleaching to oxygen-enriched bleaching for sewage treatment.
• Non-ferrous metal smelting: need rich oxygen for smelting steel, zinc, nickel, lead, etc. PSA is gradually replacing cryogenic method
• Field cutting construction: mobile or small oxygen generator can meet the requirements for oxygen used in field steel pipe, steel plate cutting.
• Petrochemical and chemical industries: oxygen-enriched air can be used to replace atmospheric air to carry out oxidation reaction in petroleum and chemical processes, which can increase the reaction speed and the product yield.
• Ore treatment: used in production processes of precious metal such as gold to increase the extraction rate
• Aquaculture: oxygen-enriched aeration can increase the dissolved oxygen in the water, dramatically increase fish production, enabling intensive fish farming.
• Fermentation: using oxygen-enriched air to replace atmospheric air to supply oxygen for aerobic fermentation can dramatically increase efficiency.
• Drinking water: supply oxygen to the ozone generator for sterilization.