62 GPM* : Self-Cleaning Disc Stack Centrifuge : Alfa Laval MOPX213

Reconditioned Alfa Laval MOPX213 Self-Cleaning Centrifuge for Used OilAlfa Laval MAPX313 Reconditioned Centrifuge for Crude Oil Tank BottomsAlfa Laval MOPX213 Used Motor Oil CentrifugeAlfa Laval MAPX313 Crude Oil Centrifuge PermianReconditioned Alpha Laval WHPX513 Centrifuge for Pyrolysis OilReconditioned Alfa Laval WHPX513 CentrifugeReconditioned Alfa Laval MAPX313 Centrifuges for BiodieselReconditioned Alfa Laval MOPX213 Stainless Steel Contact CentrifugeAlfa Laval WHPX513 Reconditioned by Dolphin CentrifugeReconditioned Alfa Laval MAPX313 Used Oil CentrifugeAlfa Laval WHPX513 Industrial Centrifuge for Fuel OilAlfa Laval Reconditioned MAPX313 Crude Oil BakkenDolphin Centrifuge Crude Oil Dewatering SystemAlfaLaval Centrifuge MAPX313 Waste OilAlfa Laval MAPX313 SWD CentrifugeAlfa Laval WHPX513 Reconditioned Centrifuge for Waste OilAlfa Laval MOPX213 Self Cleaning Centrifuge Corn Oil DewateringAlfa Laval MAPX313 Reconditioned Centrifuge by Dolphin CentrifugeAlfa Laval MOPX213 Crude Slop CentrifugeAlfa Laval MAPX313 Crude Tank Bottom CentrifugeAlfa Laval MAPX313 Reconditioned Centrifuge for Waste OilReconditioned Alfa Laval MAPX313 Centrifuges for BiodieselReconditioned Alfa Laval MOPX213 by Dolphin Centrifuge
Alfa Laval WHPX513 HFO Centrifuge System
Reconditioned Alfa Laval MOPX213 Self-Cleaning Centrifuge for Used Oil
Alfa Laval MAPX313 Reconditioned Centrifuge for Crude Oil Tank Bottoms
Alfa Laval MOPX213 Used Motor Oil Centrifuge
Alfa Laval MAPX313 Crude Oil Centrifuge Permian
Reconditioned Alpha Laval WHPX513 Centrifuge for Pyrolysis Oil
Reconditioned Alfa Laval WHPX513 Centrifuge
Reconditioned Alfa Laval MAPX313 Centrifuges for Biodiesel
Reconditioned Alfa Laval MOPX213 Stainless Steel Contact Centrifuge
Alfa Laval WHPX513 Reconditioned by Dolphin Centrifuge
Reconditioned Alfa Laval MAPX313 Used Oil Centrifuge
Alfa Laval WHPX513 Industrial Centrifuge for Fuel Oil
Alfa Laval Reconditioned MAPX313 Crude Oil Bakken
Dolphin Centrifuge Crude Oil Dewatering System
AlfaLaval Centrifuge MAPX313 Waste Oil
Alfa Laval MAPX313 SWD Centrifuge
Alfa Laval WHPX513 Reconditioned Centrifuge for Waste Oil
Alfa Laval MOPX213 Self Cleaning Centrifuge Corn Oil Dewatering
Alfa Laval MAPX313 Reconditioned Centrifuge by Dolphin Centrifuge
Alfa Laval MOPX213 Crude Slop Centrifuge
Alfa Laval MAPX313 Crude Tank Bottom Centrifuge
Alfa Laval MAPX313 Reconditioned Centrifuge for Waste Oil
Reconditioned Alfa Laval MAPX313 Centrifuges for Biodiesel
Reconditioned Alfa Laval MOPX213 by Dolphin Centrifuge

Product Description

    • Model type:
    • Alfa Laval WHPX513
    • Rated capacity:
    • 105 GPM
    • Sludge space:
    • 3.8 Gal
    • Motor HP:
    • 15 HP
    • Voltage(s):
    • 230V / 460V

Description

Alfa Laval WHPX513 Crude Oil Centrifuge

Applications: The WHPX 513 is a solids-ejecting centrifuge. It is used for cleaning of cutting and grinding oils.Waste oil can be recovered and used as fuel or fuel supplement. Upgrading of residual fuels.

Working principle: The feed is introduced to the rotating centrifuge bowl(fig 2) from the top via a stationary inlet pipe (1), and is accelerated in a distributor (2) before entering the disc stack(3). It is between the discs that the separation of the two liquid phases and the solids takes place.The oil phase moves towards the center of the bowl and is discharged by a paring disc (4).The water phase leaves the bowl over the top disc (5) and through a paring disc (6).The heavier solids phase is collected at the bowl periphery, from where it is discharged intermittently.The solids discharge is achieved by a hydraulic system below the separation space in the bowl, which at preset intervals forces the sliding bowl bottom (7) to drop down,thus opening the solids ports (8) at the bowl periphery.The bowl is mounted on a vertical spindle (9) driven by a horizontally mounted motor, via a worm gear.

Features: The WHPX513 is characterized by the following main features: The heavy-duty design constructions of the WHPX513 means that those parts, e.g. sliding bowl bottom and sludge ports, subjected to heavy wear by feed solids, have been specially erosion-protected. The centrifuge utilizes a unique technique, controlled partial discharge for intermittent removal of accumulated sludge from the bowl during operation. The sludge is ejected in small portions at frequent intervals with no interruption of oil-flow through the centrifuge. Only sludge and a small volume of water is ejected during the very short period of bowl opening with virtually no oil losses

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