Biotechnology and Bioengineering · 1983 · 60 citations · 5 references
EngineeringBioengineeringBiological EngineeringFluid DynamicsSurface EngineeringTransport PhenomenaBiofluid MechanicsBioreactor HydrodynamicsFluidized-bed BioreactorsPacked Bed FlowPacked-bed BioreactorsSurface HydrophobicityBiofilm HydrodynamicsDrag CoefficientDrag Coefficient EstimationDrag ForceFluidizationFluidized Bed HydrodynamicsTerminal VelocityWet Density
The free-fall terminal velocity of particles coated with a nitrifying biofilm was investigated. The drag force exerted by the liquid on a biocoated particle was found larger than that for an uncoated particle. A new formula for the drag coefficient was proposed. The wet density of biofilm was estimated as 1.14 g/cm(3). A proposed modification of the Zaki-Richardson method was successfully used for calculations of the porosity of a fluidized bed.
5
Perry's chemical engineers' handbook
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