PSA Oxygen Generator
Estimated PSA Oxygen Generator Price
-
Oxygen concentration (%) (optional)
-
Oxygen Flow Rate（Nm³/h）
-
Oxygen pressure (bar)
Product & Technical Features
-
Power Source
-
Primary motive power supplied by an air compressor.
-
-
Operating Pressure
-
Adsorption pressure is above atmospheric pressure (typically 0.3–0.8 MPa); desorption pressure is atmospheric.
-
Automation Level: Fully automatic operation with PLC control, enabling unattended operation.
-
-
Product Purity
-
Typically capable of producing oxygen with a purity of 90%–95%.
-
Startup and Turndown: Rapid startup and wide load adjustment range.
-
-
Scale Adaptability
-
Suitable for small to medium-scale applications, with a typical optimal capacity of less than 300 Nm³/h.
-
Core Advantages
-
Lower Equipment Cost
Lower initial capital investment compared to cryogenic air separation and bottled oxygen supply.
-
Compact and Lightweight
Equipment features a compact footprint and reduced weight.
-
Simple Operation and Maintenance
High degree of automation and straightforward maintenance.
-
Rapid Startup
Oxygen production begins within minutes after startup.
-
Enhanced Safety
Operates at ambient temperature with relatively low operating pressure.
Product Specifications
| Oxygen Flow Rate | Oxygen Purity | Oxygen Pressure | Atmospheric Dew Point |
|---|---|---|---|
| 1–1,000 Nm³/hr (20℃, 101.325 kPa) | 25%–97±1% | 0.1–0.4 MPa (higher pressure available on request) | –40℃ (customizable) |
| Model | O₂ Flow Rate (Nm³/h) | O₂ Purity (%) | Dimensions L×W×H (mm) |
|---|---|---|---|
| HYO-3 | 3 | 90–93 | 1200×1200×1800 |
| HYO-5 | 5 | 90–93 | 1200×1200×2000 |
| HYO-10 | 10 | 90–93 | 1600×1500×2150 |
| HYO-20 | 20 | 90–93 | 1800×1700×2550 |
| HYO-30 | 30 | 90–93 | 1900×1700×2600 |
| HYO-50 | 50 | 90–93 | 2100×2000×2750 |
| HYO-100 | 100 | 90–93 | 5500×1550×3200 |
| HYO-150 | 150 | 90–93 | 6000×1800×3500 |
| HYO-200 | 200 | 90–93 | 6600×2000×3700 |
| HYO-3 | 3 | 97±1 | 5500×1200×2000 |
| HYO-5 | 5 | 97±1 | 6000×1500×2150 |
| HYO-10 | 10 | 97±1 | 7000×1700×2550 |
| HYO-20 | 20 | 97±1 | 7500×1700×2600 |
| HYO-30 | 30 | 97±1 | 8000×1900×2750 |
| HYO-50 | 50 | 97±1 | 8500×2000×3200 |
| HYO-60 | 60 | 97±1 | 9500×2100×3200 |
| HYO-80 | 80 | 97±1 | 12000×2200×3200 |
| HYO-100 | 100 | 97±1 | 15000×2600×3500 |
Working Principle
-
Core Principle: Based on Pressure Swing Adsorption (PSA) technology.
-
Adsorbent: Utilizes zeolite molecular sieves (e.g., calcium-based zeolite, lithium-based zeolite), which exhibit significantly higher adsorption affinity for nitrogen than for oxygen.
-
Process Description: Purified and dried compressed air (typically at a pressure of 0.3–0.8 MPa) enters the adsorption vessel. Under pressurized conditions, nitrogen is preferentially adsorbed by the molecular sieve, while oxygen is enriched in the gas phase and discharged as the product gas.
-
Non-Ferrous Metal Smelting
Copper, zinc, lead, gold, nickel smelting, titanium dioxide production, etc. -
Healthcare
Central oxygen supply in hospitals, medical and healthcare use. -
Ferrous Metallurgy
Oxygen-enriched blast furnace coal injection for ironmaking, electric arc furnace steelmaking. -
Oxygen-Enriched Combustion
Industrial boilers, glass melting furnaces, electrolytic aluminum production. -
Chemical Feedstock Gas Generation
Production of synthesis ammonia, methanol, ethylene, ethylene glycol, etc. -
Environmental Protection
Wastewater treatment (oxygen-enriched aeration), pulp bleaching. -
Others
Hydrogen peroxide production, aquaculture, ozone generation, carbon black production, etc.
