CO2 Separation/Purification Membrane

Cat No:CDSPM-0001

Description

The basic principle of membrane-based natural gas decarbonization is to utilize the preferential permeability of membranes to CO2. Under a certain pressure difference, the CO2-containing natural gas passes through a selectively permeable membrane, allowing the CO2 component in the natural gas to preferentially permeate the membrane, thus obtaining a product gas with a lower CO2 content on the non-permeate side.

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Features

Simple equipment, low operating costs, easy scalability and integration with other processes. Safe, reliable, and easy operation. Small footprint, lightweight, and easy to install and transport. No secondary pollution, energy-efficient and environmentally friendly, and low operating costs.

Basic Information

Typical Feed Gas	Natural gas, biogas, syngas, industrial exhaust gas
Membrane Structure	Asymmetric hollow fiber membrane
Separation Principle	Solution–diffusion mechanism
Fast Gases	CO₂, H₂O, H₂
Slow Gases	CH₄, N₂, CO, hydrocarbons
Operating Pressure	Close to feed gas pressure
Maintenance Requirement	Minimal, no moving parts
System Form	Skid-mounted

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Eata Membrane transforms complex separation challenges into reliable, specification-driven solutions—delivering the precision, consistency, and technical confidence your processes demand.

For Research or Industrial Raw Materials, Not For Personal Medical Use!