Steel PSA Oxygen Generators Operate Stably With Strong Adaptability

PSA Oxygen Generators Operate Stably With Strong Adaptability, Adapting To Different Temperatures, Altitudes, Humidity

Working Principle Description:

Adsorption Stage: Ambient air is drawn into the oxygen generator and directed into a bed of adsorbent material, typically made of zeolite. The adsorbent material has a higher affinity for nitrogen molecules compared to oxygen molecules. As the air passes through the bed, nitrogen molecules are preferentially adsorbed onto the surface of the adsorbent, allowing oxygen to pass through.

Pressure Swing: Once the adsorbent bed becomes saturated with nitrogen, the pressure in the system is reduced. This reduction in pressure causes the adsorbent material to release the adsorbed nitrogen molecules. The pressure swing, or change in pressure, facilitates the desorption of nitrogen from the adsorbent, while the oxygen molecules remain largely unaffected.

Purge Stage: To ensure the removal of any remaining nitrogen, a small portion of the produced oxygen is redirected back into the adsorption bed. This oxygen flow acts as a purge, sweeping away any residual nitrogen and further enhancing the purity of the generated oxygen.

Oxygen Collection and Distribution: The purified oxygen is collected and stored in a reservoir or delivered directly to the desired applications through a pipeline. The flow rate and pressure of the oxygen can be adjusted to meet specific requirements.

Cycling and Control: The entire process is carried out in cycles. The cycling time and the duration of each stage are managed by a control system that monitors various parameters such as pressure, temperature, and oxygen purity. The control system ensures the efficient operation of the PSA oxygen generator and maintains the desired oxygen output.

Product Advantages:

Temperature Adaptability: PSA oxygen generators have a wide temperature adaptability and can operate within different temperature ranges. The key components and materials are designed to withstand and adapt to the corresponding temperature conditions, whether it is in high-temperature or low-temperature environments.

Altitude Adaptability: PSA oxygen generators can adapt to different altitude conditions. They are designed to work under varying atmospheric pressures to ensure stable oxygen supply. Whether it is in high-altitude or low-altitude regions, PSA oxygen generators can provide reliable oxygen supply.

Humidity Adaptability: PSA oxygen generators can adapt to different humidity conditions. They are typically equipped with humidity control and treatment systems to prevent corrosion and damage to critical components caused by moisture. This ensures the stability and reliability of the oxygen generator, even in high humidity environments.

Stable Oxygen Supply: PSA oxygen generators provide stable oxygen supply through intelligent control systems and precise process design. Monitoring and adjusting key parameters such as pressure, flow rate, and oxygen purity ensure the oxygen generator maintains stable oxygen output under different environmental conditions. This is crucial for applications requiring continuous and reliable oxygen supply, such as hospitals, laboratories, and other specialized settings.

In summary, a PSA oxygen generator with strong adaptability can operate under different temperature, altitude, and humidity conditions while providing stable oxygen supply. This makes them an ideal choice for reliable operation in various environmental conditions, meeting the demand for stable oxygen supply in special settings.upply.

Technical parameters:

● Oxygen delivery: ≤110Nm3/hr;

● Purity: 93%±3

● Pressure: 0.4~1.0 Mpa

● Atmospheric dew point: ≤－46℃

Product picture: