Recently GN completed the Order product-GN Decanter centrifuge GNLW224FT-VFD including VFD control panel.
GN 3 phase decanter centrifuge named oil Decanter centrifuge, it is mainly designed for Solid-liquid-liquid three-phase separation of materials. With our over 16 years of experience in the separation industry, it is the most advanced type equipment for 3 phase separation.
The 3 phase Oil Decanter Centrifuge can clarify, separate and dehydrate materials of 0.002-3mm or classify solid phase particles of 1um-5um. With a wide range of applications, continuous work, large processing capacity, low cost, easy maintenance, etc., it is the best equipment for solid-liquid-liquid separation. It is widely used in waste oil sludge, chemical, light industry, medicine, food, paper making, mining and other industries.
Three-phase Oil Decanter Centrifuge show great superiority in the treatment of triple mud, as they not only separate out the solids in the mud, but also the dirty oil in the mud, which is incomparable to other separation methods. At the same time, the water and oil content of the dry sludge after treatment by the three-phase decanter centrifuge is reduced to varying degrees.
In the three-phase Oil Decanter Centrifuge, the main motor drives the drum to rotate at full speed and the material is continuously introduced into the spiral by the feed tube and evenly distributed to the spiral discharge port. Under the action of centrifugal force, the solid phase settles to the wall of the drum and is pushed out by the spiral pusher towards the slag outlet of the conical drum, So the centrifugal force is becoming less from outside to inside according to the magnitude of centrifugal force. A concentric solid layer and two liquid layers are formed. Solids are pushed out by the screw conveyor, and liquids are removed from their respective nozzles. Therefore, the application of three-phase decanter centrifuge can not only separate the solid in the material, but also separate the two-phase liquid with different specific gravity in the material, that is, Solid-liquid-liquid separation can be achieved.