Volume 88,   №5

EFFECTS OF THE TYPES OF INLET GAS DISTRIBUTION ON THE FORMATION OF A FLUIDIZED-BED STRUCTURE OPTIMUM FOR COMBUSTION OF FUELS WITH A HIGH VOLATILE YIELD



An experimental study has been made of the distributions of the coefficient of external heat exchange over the volume of the fluidized bed with different forms of inlet gas distribution. It has been shown that the grid giving a concave inlet profi le of the air velocity ensures a required homogeneity of the bed′s structure at a high level of heat exchange.
 
 
Author:  V. A. Borodulya, Ya. S. Teplitskii, A. Zh. Greben′kov, D. S. Slizhuk, P. L. Is′emin, S. N. Kuz′min, and D. V. Klimov
Keywords:  gas distribution, heat-exchange coeffi cient, regular thermal regime, heat-exchange sensor
Page:  1045

V. A. Borodulya, Ya. S. Teplitskii, A. Zh. Greben′kov, D. S. Slizhuk, P. L. Is′emin, S. N. Kuz′min, and D. V. Klimov.  EFFECTS OF THE TYPES OF INLET GAS DISTRIBUTION ON THE FORMATION OF A FLUIDIZED-BED STRUCTURE OPTIMUM FOR COMBUSTION OF FUELS WITH A HIGH VOLATILE YIELD //Journal of engineering physics and thermophysics. №5. Volume 88, №5. P. 1045.


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