Rеvuе des Energies Renouvelables
Volume 13, Numéro 1, Pages 123-132
2010-03-31
Authors : Ben Ali E. . Ben Mabrouk S. . Sassi M. .
The purpose of this work is to quantify the energetic interest of convective and intermittent drying process of natural products. This drying mode has been achieved within a climatic blower. This laboratory device permitted us to achieve several tests for different conditions of drying for apples, carrots and peppers. This study permitted to appreciate the capacity of the model to describe the different drying periods. In the continuous case, a variation of the air velocity permitted us to find the most economic velocity for the drying of thin layer products. In the intermittent case, the numerical simulation profiles give us more information on what happens really to the product during periods of stop. Besides, the drying kinetics at the retaking increases with the air temperature. Then, we gain in energy and in global drying time.
Convective and intermittent drying, Heat and mass transfer, Drying kinetic, Numerical simulation.
Bennamoun Lyes
.
Belhamri Azeddine
.
pages 34-40.
Ghodbane Houda
.
Bagane Mohamed
.
Romdhane Mehrez
.
pages 08-13.
Idlimam A.
.
Ethmane Kane C.s.
.
Kouhila M.
.
pages 191-203.
Loumani A.
.
Mediani A.
.
Larbi A. A.
.
Foullanine M.
.
Braham Chouch W.
.
Tigani Ch.
.
Belkacem Z.
.
Djaber A.
.
pages 22-27.