Prediction of pressure drop and liquid saturation in trickle-bed reactors operated in high interaction regimes

Prediction of pressure drop and liquid saturation in trickle-bed reactors operated in high interaction regimes

Source :

• Chemical Engineering Science [ 0009-2509 ] ; 1997.

English descriptors

• KwdEn :
  • Actual particle, Available space, Average shear rate, Baldi, Benkrid, Boundary layer, Boundary layer approach, Boundary layer drift flux, Boundary layer equation, Boundary layer equations, Boundary layer flow, Boundary layer length, Boundary layer model, Bubble flow, Capillary saturation, Catalyst particles, Chem, Classical ergun constants, Cocurrent, Cocurrent downflow, Cocurrent upflow, Column wall, Corresponding scatter, Cylindrical shape, Data bank, Different models, Different relations, Different series, Dimensionless, Downflow, Drift flux, Drift velocity, Dynamic saturation, Ellman, Elsevier science, Engng, Engng chem, Equivalent particle diameter, Ergun, Ergun constants, Ergun equation, Ergun equations, Experimental study, Fixe fonctionnant, Flat plates, Flow conditions, Flow patterns, Flow rate, Flow rates, Flow regime transitions, Flow section, Flow tortuosity, Frictional pressure drop, Galilei number, Geometrical, Geometrical characteristics, Glass spheres, Good predictions, Good results, Gravitational term, Gravity term, High interaction regimes, Hydrodynamic, Hydrodynamic characteristics, Hydrodynamic explanation, Hydrodynamic states, Important parameter, Industrial reactors, Interaction regimes, Interfacial area, Larachi, Liquid downflow, Liquid flow rate, Liquid flow rates, Liquid holdup, Liquid phase, Liquid saturation, Liquid volume, Literature correlations, Logarithmic, Logarithmic bias, Measurement points, Measurement series, Midoux, Minimum fluidization, Model predictions, Multiple hydrodynamic states, Nonfoaming systems, Parameter number, Parity plot, Phase pressure drop, Physical constants, Porous media, Porous medium, Present study, Present work, Pressure drop, Pulse flow, Reactor, Regression constants, Regression results, Same ratio, Saturation, Saturation approaches, Saturation measurements, Scatter, Shear rate, Simple models, Single phase, Solid shear rate, Specchia, Specific pressure drop, Specific twophase pressure drop, Standard deviation, Standard deviations, Static saturation, Tortuosity, Total saturation, Total saturations, Trickle, Trickle beds, Trickle flow, Trickle-bed reactors, Unit reactor volume, Unit void volume, Void volume, high interaction regimes, hydrodynamics, liquid saturation modeling, pressure drop.
• Teeft :
  • Actual particle, Available space, Average shear rate, Baldi, Benkrid, Boundary layer, Boundary layer approach, Boundary layer drift flux, Boundary layer equation, Boundary layer equations, Boundary layer flow, Boundary layer length, Boundary layer model, Bubble flow, Capillary saturation, Catalyst particles, Chem, Classical ergun constants, Cocurrent, Cocurrent downflow, Cocurrent upflow, Column wall, Corresponding scatter, Cylindrical shape, Data bank, Different models, Different relations, Different series, Dimensionless, Downflow, Drift flux, Drift velocity, Dynamic saturation, Ellman, Elsevier science, Engng, Engng chem, Equivalent particle diameter, Ergun, Ergun constants, Ergun equation, Ergun equations, Experimental study, Fixe fonctionnant, Flat plates, Flow conditions, Flow patterns, Flow rate, Flow rates, Flow regime transitions, Flow section, Flow tortuosity, Frictional pressure drop, Galilei number, Geometrical, Geometrical characteristics, Glass spheres, Good predictions, Good results, Gravitational term, Gravity term, High interaction regimes, Hydrodynamic, Hydrodynamic characteristics, Hydrodynamic explanation, Hydrodynamic states, Important parameter, Industrial reactors, Interaction regimes, Interfacial area, Larachi, Liquid downflow, Liquid flow rate, Liquid flow rates, Liquid holdup, Liquid phase, Liquid saturation, Liquid volume, Literature correlations, Logarithmic, Logarithmic bias, Measurement points, Measurement series, Midoux, Minimum fluidization, Model predictions, Multiple hydrodynamic states, Nonfoaming systems, Parameter number, Parity plot, Phase pressure drop, Physical constants, Porous media, Porous medium, Present study, Present work, Pressure drop, Pulse flow, Reactor, Regression constants, Regression results, Same ratio, Saturation, Saturation approaches, Saturation measurements, Scatter, Shear rate, Simple models, Single phase, Solid shear rate, Specchia, Specific pressure drop, Specific twophase pressure drop, Standard deviation, Standard deviations, Static saturation, Tortuosity, Total saturation, Total saturations, Trickle, Trickle beds, Trickle flow, Unit reactor volume, Unit void volume, Void volume.

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