Simple Operation Psa Oxygen Generators Strong Flexibility For Medical Oxygen Production

PSA Oxygen Generator With Simple Operation And Strong Flexibility That Can Be Used For Medical Oxygen Production

Working Principle Description:

Air Intake: The PSA oxygen concentrator draws in ambient air from the surroundings. An air intake filter is typically employed to remove impurities and particulate matter, ensuring the purity of the incoming air.

Air Compression: The incoming air is compressed to a higher pressure using a compressor. This step increases the pressure difference between oxygen and nitrogen for the subsequent adsorption separation process.

Adsorber Separation: The compressed air enters the adsorber, which contains an adsorbent material, usually molecular sieves. Within the adsorber, nitrogen molecules are selectively adsorbed by the adsorbent, while oxygen molecules pass through, achieving the separation of nitrogen and oxygen.

Nitrogen Release: When the adsorbent in the adsorber becomes saturated, it needs to be regenerated. During the regeneration process, the pressure in the adsorber is reduced by a pressure-reducing valve, allowing the adsorbent to release the adsorbed nitrogen. The released nitrogen is vented out of the system to maintain the regenerative state of the adsorber.

Oxygen Collection: While one adsorber is undergoing regeneration, the other adsorber starts adsorbing nitrogen. Simultaneously, the oxygen that passes through the adsorber is collected through an oxygen collection pipeline. The collected oxygen undergoes a series of filtration and purification steps to ensure its purity and compliance with medical standards.

Cycling Alternation: PSA oxygen concentrators typically feature two adsorbers, with one adsorber dedicated to nitrogen adsorption while the other undergoes regeneration. These adsorbers cyclically alternate their roles to ensure a continuous supply of oxygen.

Based on the pressure swing adsorption technology, PSA oxygen concentrators offer user-friendly operation and high flexibility. They can adjust the oxygen production in real-time according to the demand and eliminate the need for liquid oxygen storage, making them portable and versatile for medical oxygen requirements.

Product Advantages:

User-friendly operation: PSA oxygen concentrators are designed for easy operation and do not require complex procedures or specialized skills. Typically, users only need to connect the power supply, turn on the switch, and set the desired oxygen flow rate or concentration before the machine starts working.

High flexibility: PSA oxygen concentrators can adjust the oxygen production and concentration in real-time according to the demand. Users can easily adjust the oxygen flow rate based on specific requirements using a simple control panel or buttons, catering to different patients or scenarios.

Efficient and energy-saving: PSA oxygen concentrators utilize the pressure swing adsorption technology to efficiently separate oxygen from air. Compared to traditional liquid oxygen supply methods, they eliminate the need for liquid oxygen storage, thereby avoiding evaporation losses and reducing energy consumption, resulting in higher energy efficiency.

Continuous oxygen supply: PSA oxygen concentrators typically have two adsorbers, with one dedicated to nitrogen adsorption while the other undergoes regeneration. These adsorbers work in a cyclic alternation to ensure a continuous supply of oxygen without interruptions or waiting time.

Portability: PSA oxygen concentrators are often designed with a compact and lightweight structure, making them easy to carry and move. This feature allows their use in various medical settings, including hospital wards, ambulances, and home care.

Reliability: PSA oxygen concentrators incorporate advanced technology and reliable components, offering stable performance and high reliability. They undergo rigorous testing and quality control processes to deliver consistent and high-quality medical-grade oxygen.

In summary, PSA oxygen concentrators stand out for their user-friendly operation, high flexibility, efficiency, and reliability, making them an excellent choice for medical oxygen supply in hospitals and other healthcare facilities.

Technical parameters:

● Oxygen delivery: ≤30Nm3/hr;

● Purity: 93%±3

● Pressure: 0.4~1.0 Mpa

● Atmospheric dew point: ≤－46℃

Product picture: