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GENERAL THEORY OF THREEPHASE REACTIONS
MODELING OF CONTINUOUS INTEGRAL REACTORS
MODELING OF SEMIBATCH REACTORS
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acid Activated carbon adsorbed adsorption analysis assumed axial dispersion backmixed batch benzaldehyde Benzoic acid bubble column slurry catalyst particles cm/s column slurry reactor defined by Eq dimensionless dispersion coefficient equations FL0W flow rate flow regimes following correlation Fukushima and Kusaka function gas and liquid gas holdup gas phase gas velocity gas-liquid mass transfer gas-phase given by Eq heat transfer coefficient Hence hydrodesulfurization hydrogenation intraparticle diffusion kinetics kLaB limiting reactant liquid holdup liquid phase liquid velocity liquid-solid mass transfer mass transfer coefficient mass transfer resistance measured method mole/cm3 obtained operation overall effectiveness factor oxidation packed bed partial wetting plot plug flow pores predict pressure drop proposed the following pulse Ramachandran Raschig rings rate of reaction reactant reaction rate constant Reynolds number shown in Figure solid solubility solution Specchia species studies temperature three-phase fluidized bed three-phase reactors tracer trickle bed trickle-bed reactor values zero-order