The principle of using oxygen concentrators in the high-altitude oxygenation industry

The principle of using oxygen concentrators in the high-altitude oxygenation industry mainly includes physical and chemical methods. Physical methods mainly use molecular sieve adsorption technology or membrane separation technology to separate oxygen from air.

Physical methods

Molecular sieve adsorption technology: By adsorbing nitrogen from the air, relatively pure oxygen is obtained. This method utilizes the adsorption properties of molecular sieves to separate oxygen from other gases in application scenarios and effects.

High altitude oxygenation equipment is mainly used to solve the problem of oxygen depletion in high-altitude areas, and is suitable for high-altitude tourism, military operations, and treatment of high-altitude diseases. Using a high-altitude oxygen concentrator can increase the body's oxygen supply, alleviate or prevent altitude sickness, relieve symptoms such as breathing difficulties, and improve the body's immunity and tolerance. In addition, the high-altitude oxygen concentrator can intelligently adjust the oxygen flow rate according to different altitudes, ensuring safety and comfort in different high-altitude areas

Specification of oxygen production device:

Oxygen flow rate: 10-1000Nm ³/h (customized according to user requirements)

Oxygen purity: 93%

Oxygen pressure: 2-4 bar (pressure can be customized)

Control method: The equipment is controlled locally by PLC, and the main control room control is achieved through communication, which can achieve unmanned operation

Applicable environment: 5 ℃~37 ℃

Installation conditions: indoor, outdoor, frost resistant, load-bearing concrete floor, good ventilation