Column Design Parameters for Foam Fractionating Human Placental ExtractFootnote∗
∗ The authors dedicate this paper to Prof. R. N. Mukherjea on his sixty-fifth birthday.

P. Bhattacharya PROCESS ENGINEERING LABORATORY CHEMICAL ENGINEERING DEPARTMENT, JADAVPUR UNIVERSITY, CALCUTTA, 700032, INDIA

S. K. Ghosal PROCESS ENGINEERING LABORATORY CHEMICAL ENGINEERING DEPARTMENT, JADAVPUR UNIVERSITY, CALCUTTA, 700032, INDIA

K. Sen PROCESS ENGINEERING LABORATORY CHEMICAL ENGINEERING DEPARTMENT, JADAVPUR UNIVERSITY, CALCUTTA, 700032, INDIA

ABSTRACT

In the present investigation, column design parameters for foam fractionation of human placental extract have been studied. A design procedure using the transfer unit concept has been presented. The number of transfer units has been computed with the help of a quasi-equilibrium diagram especially constructed for the present system. In order to determine the height of a transfer unit, an empirical correlation for the present system has been proposed.

∗ The authors dedicate this paper to Prof. R. N. Mukherjea on his sixty-fifth birthday.

Notes

∗ The authors dedicate this paper to Prof. R. N. Mukherjea on his sixty-fifth birthday.

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Column Design Parameters for Foam Fractionating Human Placental ExtractFootnote∗
∗ The authors dedicate this paper to Prof. R. N. Mukherjea on his sixty-fifth birthday.

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Column Design Parameters for Foam Fractionating Human Placental ExtractFootnote∗∗ The authors dedicate this paper to Prof. R. N. Mukherjea on his sixty-fifth birthday.

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Column Design Parameters for Foam Fractionating Human Placental ExtractFootnote∗
∗ The authors dedicate this paper to Prof. R. N. Mukherjea on his sixty-fifth birthday.