The Canadian Journal of Chemical Engineering · 2011 · 77 citations · 59 references
EngineeringChemical EngineeringBioreactor DesignFluid DynamicsRheologyBioprocess Scale-upBioreaction EngineeringBioreactor OperationMass TransferReactor Scale-upStirred-tank BioreactorsMass Transfer In Bioreactor VesselsMass Transfer MechanismsMixing Dynamics In Bioreactor VesselsMixing Time AnalysisMixing Time CharacterizationPower ConsumptionScale-up Of Bioreactor VesselsViscosity Effects
Abstract The most important scale‐up parameters of aerated bioreactors are investigated in 42 and 340 L vessels, with water and various xanthan gum and carboxymethyl cellulose solutions. The study focuses mainly on mass transfer ( k L a ) measurements under various operating conditions. The relevance of existing correlations is discussed. The traditional viscosity‐contribution approach appears unable to predict the changes in k L a during scale‐up and an alternative formulation is proposed. The effect of rheology on power consumption and mixing time is in fair agreement with works published on this topic.
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Agitation of non‐Newtonian fluids
A. B. Metzner, R. E. Otto · AIChE Journal · 1957 · 1.1K citations
Fluid mixing and gas dispersion in agitated tanks
Choice Reviews Online · 1991 · 399 citations
Mounir Bouaifi, Gilles Hébrard, Dominique Bastoul et al. · Chemical Engineering and Processing - Process Intensification · 2001 · 368 citations
Engineering, Chemical Engineering, Mechanical Engineering +17