DRYING KINETICS DERIVED FROM DIFFUSION EQUATION WITH FLUX-TYPE BOUNDARY CONDITIONS |
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| Authors: | Guerman I Efremov |
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| Affiliation: |
a Department of Chemical Engineering, Kosigin State Textile University, Moscow, Russia |
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| Abstract: | A novel approach to drying of both hygroscopic and non-hygroscopic capillary - porous materials is presented. The equations for drying kinetics are obtained, based on the analytical solution of the differential equation of diffusion with a boundary condition in the form of the flux. Theoretical drying curves generated form the model solution compare well with experimental literature data for drying of materials with different sorption properties exemplified by wool bobbins, brick slabs and corn kernels. |
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| Keywords: | Brick Corn Drying rate Non-stationary process Sorption properties Wool |
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