Study on Dynamic Properties of Solid-Liquid Separator Entrance

Zhong Bin Liu; Tao Zeng; Guang Zhong Hu

doi:10.4028/www.scientific.net/AMR.538-541.2662

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Study on Dynamic Properties of Solid-Liquid Separator Entrance

Abstract:

Using of two-phase flow theory to set up liquid-solid separator inside the water and slag particles separation model, studied the strainer inlet and the relative relationship between the inlet and outlet, obtained the corresponding two-phase flow rate and the concentration distribution. It is shown that, entry form using the reverse side of slag cyclone and centrifugal separation methods to achieve the self-scouring effect and fluid, more conducive to the dispersed particles and continuous phase separation; From the strainer inlet and outlet position relationship point of view, taking into account the water uses from the side into the bottom and out from the top side is more reasonable and effective.