Application Scenarios of Carbon Molecular Sieves

Carbon molecular sieves are a new type of adsorbent developed in the 1970s. They are an excellent non-polar carbon material used to separate air-enriched nitrogen. They use a room temperature and low-pressure nitrogen process. Compared with the traditional deep-cold and high-pressure nitrogen process, they have the advantages of low investment costs, fast nitrogen production speed, and low nitrogen cost. The application scenarios of carbon molecular sieves are mainly as follows:

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‌Air purification‌: Carbon molecular sieves are used to remove harmful gases and odors from the air and improve air quality‌.

‌Water treatment‌: Remove organic matter, heavy metal ions and other pollutants from water to improve water quality‌.

‌Oil and gas recovery‌: Adsorb and separate hydrocarbon compounds to achieve effective recovery of oil and gas‌.

‌Gas separation‌: Widely used in the separation of gases such as oxygen, nitrogen, and hydrogen to prepare high-purity gases‌.

‌Petrochemicals‌: Used in catalytic cracking, alkylation and other reactions to increase the output and quality of petrochemical products‌.

‌Fuel cells‌: As a catalyst carrier, it promotes the redox reaction of gas molecules on the electrode surface and improves energy conversion efficiency‌.

‌Hydrogen purification‌: Precisely separate impurity gases in hydrogen to produce high-purity hydrogen‌.

‌Drug separation and purification‌: Utilize its microporous structure to recognize and adsorb specific molecules for drug separation, purification and targeted delivery‌.