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Title 

Modeling of the Permeate Flux during Microfiltration of BSA-Adsorbed Microspheres in a Stirred Cell

Authors 

Sung Wook ChoiJeong Yeol YoonSeung Joo HaamJoon Ki JungJung Hyun KimWoo Sik Kim

Publisher 

Elsevier

Issue Date 

2000

Citation 

Journal of Colloid and Interface Science, vol. 228, no. 2, pp. 270-278

Keywords 

flux modelingmicrospheresresistance-in-series modelstirred celladsorptionapparatusmathematical analysismembrane permeabilitymicrofiltrationpriority journal

Abstract 

A study on the variation of the permeate flux was performed in a stirred cell charged with microspheres, to investigate the effects of the stirrer speeds (300, 400, and 600 rpm) and the BSA concentration (0.1, 0.2, 0.4, and 0.8 g/L) under constant pressure. The permeate flux increased over time before the saturation point, but it began to decrease after that point. An increase of the BSA concentration and the stirrer speed resulted in the rapid increase of the permeate flux. This is contrary to the observation of the conventional filtration experiments using a stirred cell. A resistance-in-series model was employed for the modeling of the permeate flux. The cake resistance (R(c), induced by the concentration polarization of microspheres) and the fouling resistance (R(f), induced by the adsorption of BSA inside the membrane pore) must be considered simultaneously for the modeling. These modeling results were in good agreement with the experimental data. These can be applied to the special system considering both R(c) and R(f) as well as the general filtration systems using a stirred cell.

ISSN 

0021-9797

Appears in Collections

1. Journal Articles > Journal Articles

Registered Date

2017-04-19


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