Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)

Product Details
Customization: Available
After-sales Service: Always Serve
Warranty: 1 Year
Diamond Member Since 2018

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Number of Employees
30
Year of Establishment
2018-04-10
  • Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)
  • Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)
  • Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)
  • Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)
  • Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)
  • Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)
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Basic Info.

Model NO.
LWS
Type
Separating Plant
Separation Mode
Sedimentation Type
Operating Type
Continuous Type
Installation
Horizontal
Centrifuge Type
Horizontal Spiral Centrifuge
Pressure
Low Pressure
Condition
New
Bearing
Variable Frequency Drive/PLC
Material
SS304/316 or Self Selected Materials
Transport Package
Wooden Case
Specification
material: stainless steel
Trademark
SHENZHOU
Origin
China
HS Code
8421192000
Production Capacity
500sets/Year

Product Description

Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)Separation takes place in a horizontal bowl equipped with a scroll conveyor. The process material is fed into the bowl through a stationary inlet tube and is smoothly accelerated in the accelerate chamber. Centrifugal forces cause instant sedimentation of the solids on the wall of the bowl. The conveyor rotates in the same direction as the bowl, but at a different speed, thus moving the solids towards the conical end of the bowl.
LWS series three phase decant centrifuge is used for solid-liquid-liquid separation, namely one kind of solid phase (with largest specific gravity ) and two kind of immiscible liquid phase with different density. The conveyor rotates in the same direction as the bowl, but at a different speed, the material is fed into the bowl through a stationary feed pipe. Centrifugal forces cause instant sedimentation of the solids on the wall of the bowl, while two liquid phases forming light liquid phase layer and heavy liquid phase layer. Scroll conveys the solids towards the conical end of the bow, and out of centrifuge from solid discharge port. The light liquid phase then is discharged out continuously through the overflow port at the large end of the bowl, and the heavy liquid phase will be discharged out through the centrifugal pump large end of the bowl, thus realizing the three-phase separation.
Main applications
Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)

Industrial and municipal wastewater treatment
Oil & gas drilling mud/fluid control
Washing, classification and dewatering of amylum and starch
Mycelium separation from zymotic fluid of antibiotic
Dewatering of soybean and wheat protein
Dewatering of fish power and fish meet
Dewatering of grains

Clarification and extraction of fruit juice
Clarification and purification for animal and vegetable oil
Production and extraction of olive oil, palm oil, avocado oil
Separation and purification for coal tar
Grading of kaolin and graphite
Classification and dewatering for dyestuff and pigment
Float wash of extractive coal and dewatering of coal mud
Classification and dewatering for minerals
Vertical base design and symmetrical arrangement of motor and bowl assembly, that ensures stable operation and less vibration.
Main parts such as the bowl and conveyor are made of corrosion-resistant stainless steel or duplex steel, offering high maximum bowl speed and high centrifugal force.
Dual motor drive makes bowl speed and conveyor speed adjustable.
Screw conveyor flights tiled or lined with ceramic, tungsten carbide, or other hard alloys.
Optionla planetary gearbox and hydraulic gearbox, offering wide range of differential speed adjustment.
Multiple safety protection: bowl speed and differential speed detection, over-vibration protection, motor overload and overheat protection, bearing temperature monitoring, conveyor torque protection and gas-tight explosion-proof protection.
JG type rubber vibration isolator, no need of anchor bolts.
Wear protection

1.Scroll with welded hard facing or spray coating

2.Scroll Inlaid with tungsten carbide tiles

3.Bowl inner wall welding with high strength wear resistant strips

 

Solid discharge port

1.Tungsten carbide or ceramic bushing

2.Simple structure and easily replacement

3.LOW maintenance cost


Parameters
Models Basket Dia (mm) L/D Ratio Bowl Speed (r/min) G-force Main Motor Power (kW) Weight (kg) Dimension (L*W*H) (mm)
LWS355*1460 350 4.17 4000 3100 22 2020 3235*1010*1029
LWS420*1680 420 4 3500 3080 30-37 3500 3459*1320*1303
LWS530*2120 530 4 3200 3040 45-55 4200 4054*1650*1431
Optional system

Hydraulic scroll driving system

The hydraulic conveyor driving is a closed driving system, including the centrifuge bowl and conveyor. It is independent from the bowl driving. The hydraulic conveyor driving is different from other mechanical conveyor driving system which relies on bowl rotating to generate differential speed. The hydraulic driving device is directly mounted on the conveyor assembly, and is driven by hydraulic pump aggregate. Therefore it is independent from the bowl driving system.
 

Operating principle

The hydraulic conveyor gearbox is connected with the bowl of the decanter centrifuge, both of them rotates in high speed. The spline shaft on the gearbox rotor is connected with the conveyor, and rotates in different speed driven by the high pressure oil, that's we call the differential speed. The conveyor gearbox is connected with the hydraulic pump by flexible hose, so there is no need of gearbox between the bowl and conveyor. Conveyor torque gives pressure to the hydraulic system. With the action of such pressure, the different speed can by adjusted by adjusting the oil supply and flow rate. 

 

Main features

No gear driving device required
No damage to the parts due to overload
Free of torque vibration (fluttering)
Direct readable torque and differential speed △n
△n independent from bowl speed
Minimum moisture content of sludge

High clarification of liquid phase

Power for solid conveying varying from solid loads
Dewatering varying from changes in △n
"Constant" moisture content of sludge
Non-sensitive to feeding quantity, minimize blockage 
Safety pin design ensuring safe operation
Continuous Decanter Centrifuge and Tricanter (three phases decanter centrifuge)

FAQ
Q1: Where can I get product & price information?
A1: Send us inquiry or email directly, then we will contact you ASAP.
Q2: How can I make sure your machinery is suitable for me? 
A2: Please tell all the separation information you know, such as your raw liquid,
two-phase or three-phase separation, solid content in liquid, solid size, the purpose, etc. After analyzing your information, we will to choose a suitable model for you, and send the details and videos to you.
Q3: What should I do if I want to see the separation effect?
A3: If you can come to our factory with the raw liquid, we will provide test service. Or you deliver the raw liquid to us, and we will do a test, and supply you the testing videos.
Q4: How to enjoy the OEM services?
A4: As the manufacturer of the machine, we will try our best to satisfy you if you have any specific requirement, such as the cover device, drum size, motor voltage, etc.
 

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