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Fluid Dynamics

An Introduction to Bioreactor Hydrodynamics and Gas-Liquid by Enes Kadic

By Enes Kadic

Reviews and compares the foremost kinds of bioreactors, defines their execs and cons, and identifies study wishes and figures of benefit that experience but to be addressed

  • Describes universal modes of operation in bioreactors
  • Covers the 3 universal bioreactor kinds, together with stirred-tank bioreactors, bubble column bioreactors, and airlift bioreactors
  • Details much less universal bioreactors varieties, together with fastened mattress bioreactors and novel bioreactor designs
  • Discusses merits and downsides of every bioreactor and gives a method for optimum bioreactor choice in accordance with present strategy needs
  • Reviews the issues of bioreactor choice globally whereas contemplating all bioreactor suggestions instead of targeting one particular bioreactor type

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Extra resources for An Introduction to Bioreactor Hydrodynamics and Gas-Liquid Mass Transfer

Example text

Adapted from Jones and Heindel (2007). Garcia-Calvo (2000) suggested that the following model be used to determine kL a: ) ( ( ))] [ ( C∗ − CL 1 −t −m ⋅ t = − m 1 − exp 1 − exp ∗ 1−m ????e ????e C − C0 where m is defined as m= and ???? is the total gas holdup. 7c) Time Constant (????e ) (s) 1∕kL a(s) kL a from Eq. 19) (s−1 ) kL a from Eq. 4 Adapted from Jones and Heindel (2007). Models Considering Membrane Diffusion and Time Delay. Lopez et al. 23) where CE (t) is the recorded electrode concentration at time t and ????d is the dead time.

Bubble size can be determined through visual observations and image analysis techniques. If the time difference between successive frames of the same bubble is known and the bubble displacement can be measured, then bubble rise velocity can also be measured. However, visual methods are limited to systems with optical access, so observations are limited to regions near the wall even under moderate gassing rates in gas–liquid systems. The wall and liquid must also be transparent. , 1988). For example, Magaud et al.

Third, the solution is titrated with a thiosulfate solution in the presence of a starch indicator to determine the number of iodine molecules in solution. 15) As with any analytical method, the success of the Winkler method is highly dependent on how the sample is collected and prepared. Care must be taken during all steps of the analysis to ensure that oxygen is neither introduced nor lost from the sample. Furthermore, care must be taken to ensure that the sample is free of contaminants because they may oxidize the iodide or reduce the iodine, which are challenges commonly encountered with fermentation broths.

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