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

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 :

\frac{1}{K_{c}} = \frac{1}{K_{mP}} + \frac{1}{K_{mD}}

^( 4 )

K_mP and K_mD (m.s^–1) are,...

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Modeling and simulation of dense membrane contactors

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Conclusion and outlook

Bibliography

(1) - QI (Z.), CUSSLER (E.L.) - Microporous hollow fibers for gas absorption. I, II. Mass transfer in the liquid. - J Membr. Sci., 23(3), p. 321-32 (1985) and ibid 23(3), p. 333-45 (1985).
(2) - GABELMAN (A.), HWANG (S.) - Hollow fiber membrane contactors. - J Membr....

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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

3. Modeling and simulation of dense membrane contactors

3.1 Material transfer modeling

Bibliography

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