Hospitals Laboratories Factories Psa Oxygen Generators

PSA Oxygen Generators That Reduce Footprint And Storage Space, Flexibly Applied In Hospitals, Laboratories, Factories

Working Principle Description:

Air Intake: The concentrator pulls in ambient air from the surroundings, which undergoes a filtration process to remove impurities and ensure the purity of the incoming air.

Air Compression: An integrated air compressor increases the pressure of the intake air. By raising the air pressure, the concentration difference between oxygen and other gases, such as nitrogen, is enhanced, enabling efficient separation.

Adsorption Separation: The compressed air enters an adsorber unit that contains a specialized adsorbent material, typically molecular sieves. Within the adsorber, the adsorbent selectively captures and retains other gases like nitrogen, while allowing oxygen molecules to pass through, achieving the separation of oxygen from the air.

Nitrogen Release: When the adsorbent material becomes saturated with captured gases, a regeneration process is initiated. By reducing the pressure within the adsorber, the adsorbent releases the captured nitrogen. The discharged nitrogen is expelled from the system to maintain the adsorber's regenerative state.

Oxygen Collection: While one adsorber is in the adsorption phase, the other adsorber is in the regeneration phase, ensuring a continuous supply of oxygen. The oxygen that passes through the adsorber is collected through dedicated pipelines. Before being supplied to hospitals, laboratories, or factories, the collected oxygen undergoes filtration and purification procedures to ensure its high purity.

Product Advantages:

Compact Design: These PSA oxygen concentrators are designed to be compact, occupying minimal space. Their small size and streamlined structure make them suitable for environments with limited space, such as hospitals, laboratories, or factories, saving valuable space resources.

Integrated Systems: PSA oxygen concentrators are typically provided as integrated systems, combining various components and functionalities. This design reduces complexity and installation difficulties. It facilitates easy installation, operation, and maintenance, enhancing convenience and efficiency for users.

Quick Start-up and Shutdown: PSA oxygen concentrators feature rapid start-up and shutdown capabilities, enabling swift oxygen supply initiation or cessation. This flexibility allows for adjustment of oxygen supply based on real-time demands, enhancing production and emergency response flexibility.

Adjustable Oxygen Output: PSA oxygen concentrators offer the ability to adjust oxygen output according to requirements. By controlling operational parameters and process flow, users can flexibly regulate the output capacity of the concentrator to meet varying oxygen demands in different scenarios.

Efficient Energy Utilization: PSA oxygen concentrators employ highly efficient gas adsorption separation technology to effectively separate oxygen from other gases. This technology minimizes energy consumption, improves oxygen production efficiency, reduces operating costs, and exhibits environmental friendliness.

Safety and Reliability: PSA oxygen concentrators prioritize safety during design and manufacturing, incorporating multiple safety protection systems. These systems continuously monitor the operational status of the equipment, ensuring stable operation. In case of any abnormalities, appropriate protective measures are taken to ensure the safety of operators and equipment.

Technical parameters:

● Oxygen delivery: ≤70Nm3/hr;

● Purity: 93%±3

● Pressure: 0.4~1.0 Mpa

● Atmospheric dew point: ≤－46℃

Product picture: