Efficient CH4/CO2 Gas Mixture Separation through Nanoporous Graphene Membrane Designs

Nanoporous graphene membranes have drawn special attention in the gas-separation processes due to their unique structure and properties. The complexity of physical understanding such membrane designs restricts widespread use for applications. In present study, we strive propose promising face this technical challenge. regard, investigated permeation separation mixture adsorptive gases CO2 CH4 through a two-stage bilayer sub-nanometer porous design using molecular dynamics simulation. A CH4/CO2 gashouse with 80 mol% composition was generated benchmarked force-fields forced cross by constant piston velocity. Three chambers are considered be feeding, transferring, capturing examine molecules under effect membrane. main objective is investigate multistage simultaneously. while crossing significantly influenced pore offset distance (W) interlayer spacing (H) nanoporous Linear configurations (W = 0 Å) those 10 Å 20 were examined varying between 8 Å, 12 16 Å. inline configuration an most effective among terms optimum performance high permeability. Furthermore, increasing results bulk-like behavior rather than membrane-like behavior, indicating parameters selectivity permeation. Our findings appropriate gas mixtures testing novel configurations.