Disc Type Centrifugal Oil Separator

Disc Type Centrifuge Oil Separator

The disc-type centrifugal separators are mainly used for the purification of the heavy fuel oil in the ship, which can effectively remove the water and impurities from the oil, play a role in the clarification and purification, reduce operating costs and extend the life of the engine.

Lessdeal separator centrifuge are especially designed for extremely demanding separation jobs. Key features of Lessdeal separator centrifuge are its ability to handle high flow rates, high solid content and high-termperature process. Created for intermittent discharge of solids, while separating two intermixed and mutually insoluble liquid phases of different densities our oil separating machines are a product of state of the art engineering.

Features:

• An ultra-high speed separator for continuous separation of solid impurities and moisture from the pending purification medium.

• Automatic sludge discharge that is continuous and efficient.

• Efficient new heating system that gives highly efficient and uniform heating.

• Integrated multi-system, the operation is simple, safe and reliable.

• Models of the design, manufacture and acceptance comply with the the disc separator GB/T5745-2002 "marine"

• Optional extras: Starter equipment, frequency converter, discharge control panel, standard set of fittings, set of CIP valves and fittings and serviceability package for online viewing of separator status.

LD oil separator working principle:
This machine makes use of different densities of the liquid-liquid, liquid-solid & turbid liquid in the high-speed rotation of the drum. The materials that have dissimilar densities get separated under the effect of centrifugal force into a circular-annular shape. The maximum density of the solid particles facilitates outward movement. Those solid particles are then accumulated in the drum. The circumferential wall of the light phase liquid develops in the innermost layer. Drum, disc, drum space is divided into a number of thin-layer separation space, thus greatly reducing sedimentation distance and improving the separation effect. Any particles that reach the disc or the inner surface at the limit between the two discs can be separated out. Finally, oil discharged out through the light-centripetal-pump and water is discharged out by the heavy-centripetal-pump.