Pore-scale Network Modeling of Gas-Liquid Membrane Contactors for CO2 and H2S Separation, M.Sc. Thesis Sharif University of Technology ; Moosavi, Abbas (Supervisor) ; Bozorgmehri, Ramin (Supervisor)
Abstract
In this study, a tree-dimensional random pore-scale network model is used to simulate the membrane contactor porous medium. Drainage and imbibition phenomena is simulated to have a better knowledge of liquid and/gas intrusion trough the membrane porous structure. A genetic algorithm is used as an optimization tool. Several variables such as the number, radius and location of pores, the coordination number, as well as the radius and length of the throats are used herein as the optimization parameters. The difference between the binary SEM images and virtual sections on the generated network in conjunction with the permeability and mean pore size data were selected as the objective function....
Cataloging briefPore-scale Network Modeling of Gas-Liquid Membrane Contactors for CO2 and H2S Separation, M.Sc. Thesis Sharif University of Technology ; Moosavi, Abbas (Supervisor) ; Bozorgmehri, Ramin (Supervisor)
Abstract
In this study, a tree-dimensional random pore-scale network model is used to simulate the membrane contactor porous medium. Drainage and imbibition phenomena is simulated to have a better knowledge of liquid and/gas intrusion trough the membrane porous structure. A genetic algorithm is used as an optimization tool. Several variables such as the number, radius and location of pores, the coordination number, as well as the radius and length of the throats are used herein as the optimization parameters. The difference between the binary SEM images and virtual sections on the generated network in conjunction with the permeability and mean pore size data were selected as the objective function....
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