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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 13
In a fluidized-bed biofilm reactor, cells are attached on spherical plastic particles to form
biofilms of average thickness L = 0.5 mm. The bed is used to remove carbon compounds
from a waste-water stream. The feed flow rate and concentration of total fermentable carbon
compounds in the feed are F = 2 l/h and S = 2000 mg/l. The diameter of the column is 10 cm.
The kinetic constants of the microbial population are In a fluidized-bed biofilm reactor, cells are attached on spherical plastic particles to form biofilms of average thickness L = 0.5 mm. The bed is used to remove carbon compounds from a waste-water stream. The feed flow rate and concentration of total fermentable carbon compounds in the feed are F = 2 l/h and S = 2000 mg/l. The diameter of the column is 10 cm. The kinetic constants of the microbial population are     The specific surface area of the biofilm in the reactor is   Assuming first-order reaction kinetics and an average effectiveness factor of   throughout the col- umn, determine the required height of the column for effluent total carbon concentration of  In a fluidized-bed biofilm reactor, cells are attached on spherical plastic particles to form biofilms of average thickness L = 0.5 mm. The bed is used to remove carbon compounds from a waste-water stream. The feed flow rate and concentration of total fermentable carbon compounds in the feed are F = 2 l/h and S = 2000 mg/l. The diameter of the column is 10 cm. The kinetic constants of the microbial population are     The specific surface area of the biofilm in the reactor is   Assuming first-order reaction kinetics and an average effectiveness factor of   throughout the col- umn, determine the required height of the column for effluent total carbon concentration of  The specific surface area of the biofilm in the reactor is In a fluidized-bed biofilm reactor, cells are attached on spherical plastic particles to form biofilms of average thickness L = 0.5 mm. The bed is used to remove carbon compounds from a waste-water stream. The feed flow rate and concentration of total fermentable carbon compounds in the feed are F = 2 l/h and S = 2000 mg/l. The diameter of the column is 10 cm. The kinetic constants of the microbial population are     The specific surface area of the biofilm in the reactor is   Assuming first-order reaction kinetics and an average effectiveness factor of   throughout the col- umn, determine the required height of the column for effluent total carbon concentration of  Assuming
first-order reaction kinetics and an average effectiveness factor of In a fluidized-bed biofilm reactor, cells are attached on spherical plastic particles to form biofilms of average thickness L = 0.5 mm. The bed is used to remove carbon compounds from a waste-water stream. The feed flow rate and concentration of total fermentable carbon compounds in the feed are F = 2 l/h and S = 2000 mg/l. The diameter of the column is 10 cm. The kinetic constants of the microbial population are     The specific surface area of the biofilm in the reactor is   Assuming first-order reaction kinetics and an average effectiveness factor of   throughout the col- umn, determine the required height of the column for effluent total carbon concentration of  throughout the col-
umn, determine the required height of the column for effluent total carbon concentration of In a fluidized-bed biofilm reactor, cells are attached on spherical plastic particles to form biofilms of average thickness L = 0.5 mm. The bed is used to remove carbon compounds from a waste-water stream. The feed flow rate and concentration of total fermentable carbon compounds in the feed are F = 2 l/h and S = 2000 mg/l. The diameter of the column is 10 cm. The kinetic constants of the microbial population are     The specific surface area of the biofilm in the reactor is   Assuming first-order reaction kinetics and an average effectiveness factor of   throughout the col- umn, determine the required height of the column for effluent total carbon concentration of
Explanation
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In a fluidized-bed biofilm reactor, cell...

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Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler
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