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book Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler cover

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086
book Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler cover

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086
Exercise 7
Components A and B of a binary mixture are to be separated in a chromatographic column.
The adsorption isotherms of these compounds are given by the following equations: Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. where Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. = 0.2 mg solute A absorbed/mg adsorbent Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. = 0.1 mg solute/ml liquid Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. = 0.05 mg solute B adsorbed/mg adsorbent Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. = 0.02 mg solute/ml liquid
The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. and the cross-sectional area of the bed is Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. If the volume of the mixture
added is Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. ml, determine the following:
a. Position of each band A and B in the column,
Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium.
b.
Components A and B of a binary mixture are to be separated in a chromatographic column. The adsorption isotherms of these compounds are given by the following equations:   where   = 0.2 mg solute A absorbed/mg adsorbent   = 0.1 mg solute/ml liquid   = 0.05 mg solute B adsorbed/mg adsorbent   = 0.02 mg solute/ml liquid The bed contains 3 g of very fine support particles. The bed volume is 150 ml, bed porosity is   and the cross-sectional area of the bed is   If the volume of the mixture added is   ml, determine the following:  a. Position of each band A and B in the column,     b.    in liquid phase at equilibrium. in liquid
phase at equilibrium.
Explanation
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(a)Components A and B of a binary mixtur...

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Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler
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