Centrifugal Cyclone Works and Solids Control of the Application

Centrifugal sedimentation principle is hydraulic centrifugal cyclone basic principle, it is namely the suspended particles are subjected to the action of the centrifugal acceleration is separated from the liquid. When the separation of the two-phase mixture to a certain pressure from the cyclone tangentially into the inner periphery of the cyclone, a strong three-dimensional elliptic strong rotational shear turbulence. For more information about solids control system, you may visit our online company introduction at www.shale-shakers.com which introduces our company in detail and covers the main products we supply.

In the radial acceleration role, forcing the solid particles to the walls of the cone migration. Meanwhile, since the solid particles downstream of the inertial force of rotation of large, it will push the rapid movement towards the bottom, so that the reverse rotation of the liquid, the upward discharge from the overflow port, which has been separated with the solid-phase particles can not overflow flow returns, but by the end of the discharge orifice row sand mouth. KOSUN’s main solids control equipment include oilfield shale shaker manufacturers,jet mud mixer ,desander hydrocyclone,decanter centrifuge, mud cleaner, desander, desilters, centrifugal pump, Mud Agitator,vacuum degasser, mud tank, mud tanks for sale,drilling mud centrifuge,vacuum degassing,shaker screens and the complete set of various solids control systems.

Second, the application of hydraulic centrifugal cyclone in the solid phase control solid control of Hydraulic centrifugal liquid cyclone is based on the principle of centrifugal sedimentation separation design - liquid, liquid - solid, liquid/gas separation equipment, its ability to separate the solid phase and structural parameters of their own, into the plasma pressure and drilling mud characteristics. The smaller inner diameter of the cyclone, can be separated from the finer particles of the solid phase. Cyclone desander,...