INFLUENCE OF HYDROCYCLONE TAPER ANGLE ON SUSPENSION CLEANING EFFICIENCY
Abstract
An experimental setup has been developed to study the effect of hydrocyclone design factors on the phase separation process. A mathematical model (regression equation) of the suspension cleaning efficiency from the parameters under study has been obtained. With a decrease in the hydrocyclone cone angle, its separating ability improves due to an increase in the residence time of the suspension in the device.
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