What technical principle does Portable Oxygen Concentrator With Battery use to extract oxygen from the air?
Publish Time: 2024-08-28
In modern medical and outdoor emergency scenarios, Portable Oxygen Concentrator With Battery plays an important role. So, what technical principle does it use to extract oxygen from the air?
Portable Oxygen Concentrator With Battery mainly uses pressure swing adsorption technology. We know that air is a mixture of various gases, of which nitrogen accounts for about 78%, oxygen accounts for about 21%, and there are a small amount of other gases. Pressure swing adsorption technology works by using a specific adsorbent, usually a zeolite molecular sieve, which has different adsorption capacities for different gases in the air.
When air is inhaled into the oxygen concentrator, under pressure, the zeolite molecular sieve will preferentially adsorb nitrogen and other gases, while allowing oxygen to pass through. This initially achieves the separation of oxygen from other gases. Then, by reducing the pressure, gases such as nitrogen adsorbed on the molecular sieve are released, and the molecular sieve can adsorb new mixed gases again for separation. This process is cyclical, thereby continuously extracting high concentrations of oxygen from the air.
The battery provides power for the portable oxygen concentrator, allowing it to be used conveniently in a variety of situations. Whether it is a patient undergoing oxygen therapy at home or an outdoor adventurer who needs supplemental oxygen at high altitudes, this small and portable device can play a huge role. It not only provides protection for people's health and safety, but also demonstrates the outstanding ability of modern technology to improve the quality of life. With the continuous advancement of technology, the Portable Oxygen Concentrator With Battery will become more efficient and convenient, bringing benefits to more people.
