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A novel model of ceramic particle drying by superheated steam in the packed bed dryer is applied to examine the effects of operating conditions on the drying process. It is shown that the drying kinetic has two drying stages: the evaporation flux firstly increases to the maximum value while particle temperature is remained as saturation temperature, then the evaporation flux decreases to the zero, and particle temperature rises to the equilibrium temperature. Results also illustrate that the drying process is faster at the thinner bed layer, smaller particle diameter, and higher initial vapor velocity and temperature.

Effect of Operating Conditions on the Ceramic Particles Drying Process by Superheated Steam in the Packed Bed Dryer