Sustainable Supply Psa Oxygen Generators High Purity For Industrial Glass Blowing And Neon Light Production

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

Working Principle Description:

Inlet Stage: Air enters the PSA oxygen generator through a filtration system. During the inlet stage, impurities and humidity in the air are filtered and dehumidified to ensure the purity and quality of the generated oxygen in the subsequent steps.

Adsorption Stage: In the adsorption stage, air enters the adsorber filled with a specific adsorbent, usually a material that selectively adsorbs nitrogen while not adsorbing oxygen. As air passes through the adsorber, the adsorbent adsorbs a significant portion of nitrogen, reducing the nitrogen content in the outlet gas and increasing the purity of oxygen.

Desorption Stage: The adsorbent in the adsorber becomes saturated after a certain period and needs to be regenerated to release the adsorbed nitrogen. In the desorption stage, the pressure in the adsorber is reduced to release the nitrogen from the adsorbent. This allows the adsorber to regain its adsorption capacity for the next adsorption cycle.

Outlet Stage: After the desorption stage is completed, the system switches to the outlet stage. At this stage, the higher-purity oxygen is output through the outlet pipeline for applications such as industrial glass blowing or neon light production. By controlling the pressure and gas flow, the specific requirements for high-purity oxygen in the application can be met.

Product Advantages:

High Purity Oxygen Output: PSA oxygen generators can produce oxygen with high purity levels, typically exceeding 90% or even 95%. This high purity is crucial for applications like industrial glass blowing and neon light production, where precise and controlled oxygen concentrations are required.

Continuous and Reliable Supply: These generators offer a continuous and reliable supply of oxygen. By utilizing multiple adsorbers in a cyclic process, they ensure a consistent flow of oxygen without interruptions, meeting the demanding oxygen requirements of industrial processes.

Energy Efficiency: PSA oxygen generators are designed to be energy-efficient. They optimize the adsorption and desorption processes, minimizing energy consumption and reducing operational costs. Energy-efficient operations contribute to sustainability and cost-effectiveness in industrial settings.

Compact Design: These generators have a compact design, making them space-saving and suitable for industrial environments with limited space. They can be easily integrated into existing production setups without requiring significant modifications or occupying excessive floor space.

Easy Operation and Maintenance: PSA oxygen generators are designed for easy operation and maintenance. They feature user-friendly controls and monitoring systems, allowing operators to monitor oxygen output, pressure, and other parameters. Routine maintenance requirements are minimal, ensuring smooth operation and minimizing downtime.

Safety Features: PSA oxygen generators prioritize safety during operation. They incorporate safety mechanisms and alarms to ensure safe and reliable functioning. These features may include pressure relief valves, oxygen concentration monitoring, and automatic shutdown in case of abnormalities or emergencies.

Customizable Output: PSA oxygen generators can be customized to meet specific requirements for oxygen flow rate and purity. This flexibility allows for tailoring the oxygen supply to the precise needs of industrial glass blowing and neon light production processes.

In summary, sustainable and high-purity PSA oxygen generators used in industrial glass blowing and neon light production possess characteristics such as high purity oxygen output, continuous and reliable supply, energy efficiency, compact design, easy operation and maintenance, safety features, and customizable output. These features make them ideal for providing high-quality oxygen in a sustainable and efficient manner for these industrial applications.

Technical parameters:

● Oxygen delivery: ≤80Nm3/hr;

● Purity: 93%±3

● Pressure: 0.4~1.0 Mpa

● Atmospheric dew point: ≤－46℃

Product picture: