What is the conversion method of oxygen concentration and flow rate of oxygen compressor？

With the development of the industrial and medical sectors, oxygen compressors are being used in an increasingly wide range of applications. There is no denying that oxygen compressor applications play an important role in many fields.

In this report, we will introduce the working principle of an oxygen compressor to you. Meanwhile,  the conversion method of oxygen concentration and flow rate of oxygen compressor will be mentioned also.

How to solve a fault situation with an oxygen compressor?

What's the working principle of an oxygen compressor?

How does an oxygen compressor work?

How to solve a fault situation with an oxygen compressor？

For any equipment that is not regularly checked and maintained, faults will occur from time to time, and this is not the case with oxygen compressors. If the motor does not turn or turns slowly, check the circuit or replace the power cable and replace the motor if necessary. At the same time, if the air pressure is insufficient or the displacement is reduced, clean or replace the muffler, check and adjust the safety valve or choose an oxygen compressor with a larger displacement.

What's the working principle of an oxygen compressor?

The oxygen compressor works on the simple principle of creating oxygen-rich air from the surrounding atmosphere by drawing the surrounding air into the oxygen generator, compressing, purifying, and removing nitrogen and other impurities. To be more specific, the oxygen compressor adsorbs atmospheric nitrogen in a rapid pressure swing onto zeolite minerals, which then expel the nitrogen. This adsorption system is therefore functionally a nitrogen scrubber, allowing other atmospheric gases to pass through, leaving oxygen as the main gas.

In terms of design, the oxygen compressor is compact and easy to use and maintain.

How does a medical oxygen compressor work?

Nowadays, oxygen compressor has been argued that plays an important role in many fields.

The medical air compressor works in the following steps. Firstly compressed air is used as a cooling device, this is to prevent the compressor from overheating. Next, the air is absorbed from the surroundings, during which the delivery settings are adjusted using an electronic interface. Next step. Removal of nitrogen from the air by means of a sieve bed and filter. Finally, the purified oxygen-rich air is delivered to the patient by delivering pure oxygen through a face mask or nasal cannula.

Due to the customizability of the air compressor, it is available in a wide range of types, but again there are limitations in terms of use. Generally speaking, medical air compressors cannot be used in industrial scenarios.

Noticeably, during the operation of a medical oxygen compressor, a constant flow of oxygen flows uninterruptedly from the cannula and only stops when the compressor is switched off. These constant flow compressors deliver the same amount of oxygen through the cannula, irrespective of the patient's breathing pattern.

All in all, the oxygen compressor is used in a wide range of scenarios. The medical oxygen compressor is compact in design and simple in construction. Its working principle is also uncomplicated.