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4. A hollow fiber module is being designed for a bioreactor application. Mammalian liver cells will be grown in the shell space surrounding the hollow fibers, and nutrient media will flow through the inside of the hollow fibers. The module will contain a total of 7000 hollow fibers with inside diameter of 500 um and length 35 cm. If the pressure drop over the length of these fibers is 25 mmHg, estimate the total flow rate in ml. min-1 of the nutrient media through the hollow fiber module. The nutrient media has a viscosity of 0.85 cP and a density of 1 g cm³, and the flow is laminar.

4. A hollow fiber module is being designed for a bioreactor application. Mammalian liver cells will be grown in the shell space surrounding the hollow fibers, and nutrient media will flow through the inside of the hollow fibers. The module will contain a total of 7000 hollow fibers with inside diameter of 500 um and length 35 cm. If the pressure drop over the length of these fibers is 25 mmHg, estimate the total flow rate in ml. min-1 of the nutrient media through the hollow fiber module. The nutrient media has a viscosity of 0.85 cP and a density of 1 g cm³, and the flow is laminar.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
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4. A hollow fiber module is being designed for a bioreactor application. Mammalian liver cells will be grown in the shell space surrounding the hollow fibers, and nutrient media will flow through the inside of the hollow fibers. The module will contain a total of 7000 hollow fibers with inside diameter of 500 µm and length 35 cm. If the pressure drop over the length of these fibers is 25 mmHg. estimate the total flow rate in ml min-1 of the nutrient media through the hollow fiber module. The nutrient media has a viscosity of 0.85 cP and a density of 1 g cm3, and the flow is laminar.
Transcribed Image Text:4. A hollow fiber module is being designed for a bioreactor application. Mammalian liver cells will be grown in the shell space surrounding the hollow fibers, and nutrient media will flow through the inside of the hollow fibers. The module will contain a total of 7000 hollow fibers with inside diameter of 500 µm and length 35 cm. If the pressure drop over the length of these fibers is 25 mmHg. estimate the total flow rate in ml min-1 of the nutrient media through the hollow fiber module. The nutrient media has a viscosity of 0.85 cP and a density of 1 g cm3, and the flow is laminar.
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