What is Zeolite? A Quick Overview

Microporous Structure for Gas Separation: Zeolites are made of a highly porous, crystalline framework with uniform, molecular-sized pores. This structure allows them to trap and separate specific gases effectively, making them ideal for isolating oxygen and nitrogen.

Selective Nitrogen Adsorption:

In oxygen generation systems, zeolites excel at adsorbing nitrogen from the air. By removing nitrogen, they concentrate oxygen, enabling its use in medical and industrial processes.‍

Enabling High Oxygen Purity:

Zeolites are crucial for achieving high oxygen purity. Their selective nitrogen removal ensures oxygen meets stringent quality standards required for applications such as healthcare and precision manufacturing.‍

Durable and Reusable:

‍Zeolites are designed for longevity. They can repeatedly adsorb and release nitrogen through pressure or vacuum cycles, maintaining their efficiency over thousands of uses. This durability makes them a sustainable and cost-effective solution.‍

Applications Beyond Oxygen Purification:

‍While best known for oxygen generation, zeolites are also widely used in petrochemical refining, water purification, and environmental cleanup. Their molecular selectivity and efficiency make them versatile across numerous industries.