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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 4
In a trickling biological filter, the BOD value of the feed stream is In a trickling biological filter, the BOD value of the feed stream is   with a feed flow of F =   The effluent BOD value is desired to be   = 10 mg/l. The following ki- netic parameters for the biocatalysts are known:   S/l. The biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2   and the biofilm surface area per unit volume of the bed is   Assume that dis- solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is   Determine the required height of the bed. You can assume first-order bioreaction kinetics. with a feed
flow of F = In a trickling biological filter, the BOD value of the feed stream is   with a feed flow of F =   The effluent BOD value is desired to be   = 10 mg/l. The following ki- netic parameters for the biocatalysts are known:   S/l. The biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2   and the biofilm surface area per unit volume of the bed is   Assume that dis- solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is   Determine the required height of the bed. You can assume first-order bioreaction kinetics. The effluent BOD value is desired to be In a trickling biological filter, the BOD value of the feed stream is   with a feed flow of F =   The effluent BOD value is desired to be   = 10 mg/l. The following ki- netic parameters for the biocatalysts are known:   S/l. The biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2   and the biofilm surface area per unit volume of the bed is   Assume that dis- solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is   Determine the required height of the bed. You can assume first-order bioreaction kinetics. = 10 mg/l. The following ki-
netic parameters for the biocatalysts are known: In a trickling biological filter, the BOD value of the feed stream is   with a feed flow of F =   The effluent BOD value is desired to be   = 10 mg/l. The following ki- netic parameters for the biocatalysts are known:   S/l. The biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2   and the biofilm surface area per unit volume of the bed is   Assume that dis- solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is   Determine the required height of the bed. You can assume first-order bioreaction kinetics. S/l. The
biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2 In a trickling biological filter, the BOD value of the feed stream is   with a feed flow of F =   The effluent BOD value is desired to be   = 10 mg/l. The following ki- netic parameters for the biocatalysts are known:   S/l. The biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2   and the biofilm surface area per unit volume of the bed is   Assume that dis- solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is   Determine the required height of the bed. You can assume first-order bioreaction kinetics. and the biofilm surface area per unit volume of the bed is In a trickling biological filter, the BOD value of the feed stream is   with a feed flow of F =   The effluent BOD value is desired to be   = 10 mg/l. The following ki- netic parameters for the biocatalysts are known:   S/l. The biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2   and the biofilm surface area per unit volume of the bed is   Assume that dis- solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is   Determine the required height of the bed. You can assume first-order bioreaction kinetics. Assume that dis-
solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is In a trickling biological filter, the BOD value of the feed stream is   with a feed flow of F =   The effluent BOD value is desired to be   = 10 mg/l. The following ki- netic parameters for the biocatalysts are known:   S/l. The biofilm thickness is L = 0.1 mm. The cross-sectional area of the filter is A = 2   and the biofilm surface area per unit volume of the bed is   Assume that dis- solved oxygen is the rate-limiting substrate and the diffusion coefficient of oxygen is   Determine the required height of the bed. You can assume first-order bioreaction kinetics. Determine the required height of the bed. You can assume first-order
bioreaction kinetics.
Explanation
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The given data in the problem:
In a tric...

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Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler
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