Energy-saving design and main application of two-phase separation centrifuge

- Jan 14, 2019-

The two-phase separation centrifuge is mainly composed of a base, a hood, a main bearing, a drum, a screw, a differential, a drive system, and a control system. The drum and the spiral rotate at a high speed in the same direction at a differential speed, and the material enters the spiral inner cylinder through the feeding pipe, and enters the rotating drum from the feeding port. Due to the centrifugal force, the separation of the solid-liquid two phases can be achieved.


Under normal circumstances, the two-phase separation centrifuge can maintain stable operation, good separation effect, large processing capacity and low energy consumption. The drum body is a whole, with high concentricity, low vibration, and higher strength and rigidity. Reduces disturbance to the air and reduces noise during work. At the same time, a more significant energy saving effect is achieved, because the overflow port is provided with an overflow plate which can adjust the depth of the liquid pool. The liquid material directly leaves the rotating drum at high speed, which reduces the acceleration of the liquid material by the rotating drum and saves energy.


The two-phase separation centrifuge not only ensures high solid phase recovery, but also can be used in different working situations: 1. Solid phase dehydration: removes moisture from solid particles in the material; 2. Liquid phase clarification: removes solids in the suspension Granules, to obtain a clear liquid; 3, particle classification: remove the solid particles with larger particle size in the suspension.