Introduction of PSA Oxygen Generator
PSA oxygen generator is fully automatic equipment for directly producing oxygen from compressed air by using the zeolite molecular sieve as an adsorbent, utilizing the adsorption capacity of oxygen and nitrogen difference on the molecular sieve surface through the principle of pressure adsorption and declining pressure desorption.
Technical Indicators
Oxygen production：1~300Nm/h (Standard State)
Oxygen purity：93%+3% (National standard oxygen content)
Oxygen pressure：0.01~0.6Mpa (Gauge pressure is stable and adjustable)
Oxygen dew point:-40 ℃~-70℃ (Atmospheric Dew Point)
How to quickly obtain the most accurate solution?
Please provide the following data:
1. The flow rate of oxygen:
2. The purity of oxygen:
3. The pressure of oxygen:
4. Dew point of oxygen:
5. Purpose of oxygen:
Fast start-up, qualified oxygen can be provided within 15-30 minutes;
The PSA Oxygen Generator runs fully automatically, and the whole process can be unattended
Efficient molecular sieve packing, tighter, more solid, and longer service life
The pressure, purity, and flow are stable and adjustable to meet the different needs of customers;
Reasonable structure, safety and stability, low energy consumption;
PSA Oxygen generator application fields:
Large-scale factories, aquaculture oxygen production, oxygenation, and dissolved oxygen are used with large-scale ozone generators to disinfect, sterilize, and remove algae in aquaculture ponds.
Can also be used for:
(1) Electric furnace steelmaking: decarburization, oxygen-assisted combustion heating, foaming slag, metallurgical control and subsequent heating.
(2) Wastewater treatment: oxygen-enriched aeration of activated sludge, aeration in pools and ozone sterilization.
(3) Field cutting construction: oxygen enrichment for field steel pipe and steel plate cutting, mobile or small oxygen generators can meet the requirements.
(4) Sewage treatment and non-ferrous metal smelting: smelting steel, zinc, nickel, lead, etc. requires oxygen enrichment, and the PSA method is gradually replacing the cryogenic method.
(5) Glass melting: oxygen-assisted combustion and dissolution, cutting, increasing glass output and extending furnace life.
(6) Pulp bleaching and papermaking: Chlorine bleaching is transformed into oxygen-rich bleaching, providing cheap oxygen.
(7) Ore processing: used in gold and other production processes to increase the extraction rate of precious metals.
(8) Fermentation: Fudai replaces air to supply oxygen for aerobic fermentation, which can greatly improve efficiency
(9) Drinking water: Provide oxygen to the ozone generator for sterilization.
(10) Oxygen use in petrochemical and chemical industries: Oxygen reactions in the petrochemical and chemical processes use oxygen-rich instead of air to perform oxidation reactions, which can increase the reaction speed and the output of chemical products.
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