LWS355 Three-Phase Oil Sludge Decanter Centrifuge,specification,price,image-Bio-Equip in China

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Horizontal Decanter Centrifuge Separation Of Kerosene From Three-Phase Oil Sludge Decanter Centrifuge

The three-phase decanter centrifuge is an efficient and reliable centrifugal solid-liquid-liquid separation equipment. It can quickly separate a mixture into two liquid phases with different densities and one solid phase. Common applications include liquid separation in industries such as kitchen waste slurry, industrial waste grease, animal and vegetable oils, oily sludge, and coal tar.

3-Phase Separating Decanter centrifuge also called tricanter in the world. The 3-Phase Separating Decanter is a centrifuge in which two liquids of different densities are separated from each other. At the same time solids are separated and discharged.

3 phase decanter centrifuge

In the case of a 3-Phase Separating Decanter with centripetal pump for the light phase and gravity discharge of the heavy phase, the light liquid phase leaves the centrifugation space over an exchangeable regulating ring and is discharged under pressure by the centripetal pump. At the same time, the heavy liquid phase is discharged under gravity through exchangeable regulating tubes. Another technical variant is the case of a 3-Phase Separating Decanter with centripetal pump for the heavy phase and gravity discharge of the light phase. The choice of the appropriate design depends on the product to be separated and the lay-out of the customer installation.

Specification

Type	Max speed	Max separation value	Capacity	Power	Weight	Dimension(mm)
LWS300*1200	4000 r/min	3450 g	1-5 m3/h	18.5-22 kw	3200 kg	350010001500
LWS355*1460	3800 r/min	3070 g	3-6 m3/h	22-30 kw	2800 kg	340011001400
LWS420*1680	3700 r/min	3290 g	8-10 m3/h	30-37 kw	3200 kg	350012001500
LWS430*1950	3500 r/min	2950 g	8-12 m3/h	37-45 kw	3500 kg	380012001500
LWS520*2080	3500 r/min	3420 g	10-20 m3/h	45-55 kw	6000 kg	430018501300
LWS550*2200	3000 r/min	3020 g	12-25 m3/h	55-75 kw	6500 kg	480015001700
LWS650*2600	2900 r/min	3050 g	15-30 m3/h	75-110 kw	7500 kg	520016001800

Optimization and Adjustment Functions of Separation Effect

During solid - liquid - liquid three - phase separation, adjusting the heavy - phase liquid flow rate can optimize one - phase liquid clarity by changing the interface position. These functions meet requirements and enhance separation quality.

The three-phase decanter centrifuge with an adjustable impeller pump can adjust the flow rate of the clarified liquid inside the drum during solid-liquid two-phase separation and discharge it out of the machine under pressure. This way, the overflow orifice plate at the large end of the drum and the output pump for the clarified liquid can be omitted. Depending on the separation state of the materials, the depth of the liquid pool inside the drum can be adjusted online to improve the separation effect. During solid-liquid-liquid three-phase separation, by adjusting the flow rate of the heavy-phase liquid, the position of the interface between the heavy liquid and the light liquid can be changed. This device can optimize the clarity of one-phase liquid and reduce the downstream auxiliary equipment.

BT4 Explosion-proof Cabinet
PLC Frequency Conversion Cabinet
Frequency Conversion Electric Control Cabinet

A large number of optimization designs have been carried out for this control system to fully simplify the operation and maximize the convenience and effectiveness of the operation. The main and auxiliary motors are controlled to operate by means of variable-frequency starting, with the following characteristics: The main motor starts smoothly and can be adjusted steplessly; it can meet the processing and control requirements of liquids with different solid content rates; on-site operations such as "starting", "stopping", and "emergency stopping" can be performed. Running parameters and controls:

(1) Control and display of the rotating speed of the drum;

(2) Control and display of the rotating speed of the screw;

(3) Display of the currents of the main
and auxiliary motors;

(4) Overload protection and interlock protection for all electrical components.

This machine adopts the power-saving control technology of the common DC bus. During normal operation, the auxiliary motor is in a power generation state,and the electric energy is fed back to the main frequency converter and utilized by the main motor, which can reduce the running energy consumption and achieve an energy-saving effect.

Application fields

Polyoxyethylene resin	Sulphate	Diatomite	Starch
Soy Protein	Peanut protein	Fruit juice	Ammonium acid
Barium carbonate	Barium sulfate	Titanium dioxide	Titanium dioxide
Ore	China clay	Vegetable oil	Citric acid
Waste oil purification	Washing water purification	Distiller's grains	Animal fat
Blood meal	Power plant sludge	Printing and dyeing sludge	Paper sludge
Car wash sludge	Sludge drilling mud	Coal flotation waste	Cryolite flotation liquid
Weather desulfurization sludge	Power plant sludge	Activated sludge	Ammonia sludge