Microfiltration Introduction and Model

Microfiltration Introduction and Model David Shonnard Department of Chemical Engineering Michigan Technological University

1. Removal of Insoluble ProductsMicrofiltration for Removal of Cells Chandrasekaran, R., MS Thesis, Dept. of Chemical Engineering MTU • Mass balance model for separation of cells (cells are retained in the feed tank by recycling the retentate stream back to the feed tank) qR,CR Retentate MF Membrane Permeate qP, CP Feed Tank VF(t) MF Cassette Permeate Tank Feed VP(t) qF, CF

1. Removal of Insoluble ProductsMicrofiltration for Removal of Cells Chandrasekaran, R., MS Thesis, Dept. of Chemical Engineering MTU

1. Removal of Insoluble ProductsMicrofiltration for Removal of Cells mFo Chandrasekaran, R., MS Thesis, Dept. of Chemical Engineering MTU mF t

1. Removal of Insoluble ProductsMicrofiltration for Removal of Cells Chandrasekaran, R., MS Thesis, Dept. of Chemical Engineering MTU CF t

Constant……………………….……[11] At Constant 1. Removal of Insoluble ProductsMicrofiltration for Removal of Cells Perfectly Permeating Species (L-lysine) Chandrasekaran, R., MS Thesis, Dept. of Chemical Engineering MTU CF mF t

Microfiltration Introduction and Model

Microfiltration Introduction and Model

Presentation Transcript

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