Modeling and simulation of dense membrane contactors
Designing and studying gas/liquid contactors in order to capture carbon dioxide - A major step towards the intensification of post combustion capture
Archive REF: RE166 V1
Modeling and simulation of dense membrane contactors
Designing and studying gas/liquid contactors in order to capture carbon dioxide - A major step towards the intensification of post combustion capture

Authors : Denis ROIZARD,  Eric FAVRE

Publication date: February 10, 2012 | Lire en français

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3. Modeling and simulation of dense membrane contactors

3.1 Material transfer modeling

The results obtained with contactors of 50 to 200 fibers were used to validate a simple transfer model developed on the theoretical basis of series resistances [16] where the transfer coefficient of the composite membrane K c is written :

1Kc=1KmP+1KmD( 4 )

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