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Carbon molecular sieve can be used for oil and gas recovery. Carbon molecular sieve is mainly used to adsorb and separate hydrocarbon compounds in oil and gas recovery to achieve effective recovery of oil and gas. Its working principle is based on its unique pore size distribution, which makes gas molecules of different sizes diffuse at different rates in carbon molecular sieve, thereby achieving separation of mixtures.

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Application principle of carbon molecular sieve in oil and gas recovery

Carbon molecular sieve has a high surface area and fine pore structure, which enables it to effectively adsorb small molecules in the gas. In the process of oil and gas recovery, carbon molecular sieve collects volatile oil and gas by adsorption, and then separates and processes them. Specifically, the micropores of carbon molecular sieve allow molecules with small kinetic size to diffuse quickly into the pores, while limiting the entry of large diameter molecules, thereby achieving efficient recovery of oil and gas.

Advantages of carbon molecular sieve in oil and gas recovery

‌Efficient adsorption‌: The high surface area and fine pore size of carbon molecular sieve enable it to efficiently adsorb small molecules in oil and gas.

‌High selectivity‌: Gas molecules of different sizes diffuse at different rates in carbon molecular sieves, thus achieving efficient separation.