89 research outputs found
STUDY OF THE MINIMUM SPOUTING VELOCITY IN A DRAFT TUBE CONICAL SPOUTED BED
Get PDFA study has been carried out on the hydrodynamics of conical spouted beds with a non-porous draft-tube. A hydrodynamic correlation has been proposed for calculating the minimum spouting velocity as a function of dimensionless moduli that take into account geometric factors, particle characteristics and operating conditions. A statistical analysis of the data obtained following a design of experiments shows that the inlet diameter, particle diameter and the height of the entrainment zone are the parameter of greater influence on the minimum spouting velocity
Correlation of the Minimum Spouting Velocity for the Design of Open-Sided Draft Tube Conical Spouted Beds for the Treatment of Fine Materials
Get PDFThe hydrodynamics of conical spouted beds provided with open-sided draft tubes have been studied for the treatment of fine particles. A correlation has been proposed for the calculation of the minimum spouting velocity as a function of dimensionless moduli that take into account the geometric factors of the contactor and the draft tube, particle characteristics and operating conditions
Contribution to reactor design in a flucid catalyting cracing unit. Computation of the activity distribution function of the zeolite along the riser
Get PDFSolid Cross-Flow into the Spout and Particle Trajectories in Conical Spouted Beds Consisting of Solids of Different Density and Shape
No full textSpout and Fountain Geometry in Conical Spouted Beds Consisting of Solids of Varying Density
No full textComparison of artificial neural networks with empirical correlations for estimating the average cycle time in conical spouted beds
No full textOPTIMIZATION OF THE OPERATION IN A REACTOR WITH CONTINUOUS CATALYST CIRCULATION IN THE GASEOUS BENZYL ALCOHOL POLYMERIZATION
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