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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 12
A solute protein is to be separated from a liquid phase in a chromatographic column. The ad-
sorption isotherm is given by the following equation: A solute protein is to be separated from a liquid phase in a chromatographic column. The ad- sorption isotherm is given by the following equation:   where   is the solute concentration in solid phase (mg solute/mg adsorbent) and   is the liquid phase concentration of solute (mg solute/ml liquid). Use the following information:    a. For V = 400 ml and X = 25 cm determine the equilibrium solute concentrations in liquid and solid phases. b. Determine the ratio of travel distances of solute to solvent,   where A solute protein is to be separated from a liquid phase in a chromatographic column. The ad- sorption isotherm is given by the following equation:   where   is the solute concentration in solid phase (mg solute/mg adsorbent) and   is the liquid phase concentration of solute (mg solute/ml liquid). Use the following information:    a. For V = 400 ml and X = 25 cm determine the equilibrium solute concentrations in liquid and solid phases. b. Determine the ratio of travel distances of solute to solvent,   is the solute concentration in solid phase (mg solute/mg adsorbent) and A solute protein is to be separated from a liquid phase in a chromatographic column. The ad- sorption isotherm is given by the following equation:   where   is the solute concentration in solid phase (mg solute/mg adsorbent) and   is the liquid phase concentration of solute (mg solute/ml liquid). Use the following information:    a. For V = 400 ml and X = 25 cm determine the equilibrium solute concentrations in liquid and solid phases. b. Determine the ratio of travel distances of solute to solvent,   is the
liquid phase concentration of solute (mg solute/ml liquid). Use the following information: A solute protein is to be separated from a liquid phase in a chromatographic column. The ad- sorption isotherm is given by the following equation:   where   is the solute concentration in solid phase (mg solute/mg adsorbent) and   is the liquid phase concentration of solute (mg solute/ml liquid). Use the following information:    a. For V = 400 ml and X = 25 cm determine the equilibrium solute concentrations in liquid and solid phases. b. Determine the ratio of travel distances of solute to solvent,
a. For V = 400 ml and X = 25 cm determine the equilibrium solute concentrations in liquid
and solid phases.
b. Determine the ratio of travel distances of solute to solvent,
A solute protein is to be separated from a liquid phase in a chromatographic column. The ad- sorption isotherm is given by the following equation:   where   is the solute concentration in solid phase (mg solute/mg adsorbent) and   is the liquid phase concentration of solute (mg solute/ml liquid). Use the following information:    a. For V = 400 ml and X = 25 cm determine the equilibrium solute concentrations in liquid and solid phases. b. Determine the ratio of travel distances of solute to solvent,
Explanation
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Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler
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