Carbon Molecular Sieve (CMS)

Overview
Carbon Molecular Sieve (CMS) is a high-performance, non-polar adsorbent primarily used for air separation and the production of nitrogen-enriched gases. It features a unique microporous structure that efficiently adsorbs oxygen molecules under ambient pressure and temperature conditions, enabling the production of high-concentration nitrogen gas. Through the Pressure Swing Adsorption (PSA) process, CMS separates gases by adsorbing oxygen molecules and releasing nitrogen, making it widely used in nitrogen generation equipment.

Key Features

• Efficient Oxygen Adsorption:Carbon molecular sieve has a superior ability to adsorb oxygen molecules, which allows for nitrogen enrichment through PSA (Pressure Swing Adsorption) from air.
• Low Energy Consumption:Operates under ambient temperature and pressure, requiring no additional heat source, making it energy-efficient and cost-effective.
• Strong Adaptability:Nitrogen concentration and gas flow rates can be adjusted to meet specific production requirements, offering flexibility.
• Long-term Stability:The excellent microporous structure ensures CMS maintains stable performance under frequent operation, providing a long service life.
• Easy Regeneration:CMS can be effectively regenerated with appropriate pressure changes, reducing operational costs.

Applications

• Nitrogen Generation Equipment:Widely used in air separation units for producing nitrogen-enriched gas, with applications in industrial gas production, electronics, and more.
• Air Separation:In compressors and related equipment, CMS is used to remove oxygen and obtain high-concentration nitrogen.
• Natural Gas Treatment:Used for nitrogen separation and purification in natural gas processing, improving gas quality.
• Pharmaceutical and Food Industries:Provides high-purity nitrogen, commonly used for gas protection, packaging, and storage in various applications.