Design and Analysis of Cyclone Dust Separator to Improve Dust Collective Capacity by Changing Performance Parameters

Cyclone separator is industrial equipment that has been widely used for more than century Due to industrial relevance a large number of experimental, theoretical and computational studies have been reported in literature aimed at understanding and predicting the performance of Cyclone in terms of dust collective capacity. Cyclone performance can be calculated using "computational fluid dynamics (CFD).this CFD analysis focus on the effect of geometrical parameters on the flow field pattern and performance of the tangential inlet of Cyclone. First to determine the most significant factor affecting the Cyclone performance based on the previous studies. second to study each parameter separately to obtain more details about its effect on the flow field pattern and performance .finally to obtain the most efficient Cyclone design for best dust collective capacity. Here geometrical factors have significant effect on the Cyclone dust collective capacity. vortex finder diameter and height, Inlet width, inlet height, Cyclone barrel diameter, Cyclone total height and cone height This main parameters effect predicting by using CFD analysis and then improve dust collective capacity by changing its parameters design.