Continuous Spiral olive Oil Filtering Decanter Centrifuges For Edible oil production line
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Continuous Spiral olive Oil Filtering Decanter Centrifuges For Edible oil production line

3 phase decanter centrifuge is a solid-bowl centrifuge especially designed for highly efficient, simultaneous sedimentation of solids, and separation of two liquid phases. The feed enters the rotating bowl through a stationary feed tube and is thrown radially outwards against the bowl wall. The centrifugal force generated by the rotation of the bowl rapidly settles the solids particles at the bowl wall, where they are moved towards the solids discharge ports by a screw conveyor. As the clarified liquid flows along the bowl towards the liquids discharge zone, the centrifugal force causes the immiscible light and heavy phases (typically oil and water) to separate; the oil moving towards the rotating axis and the water moving towards the bowl wall.
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Quantity:
  • LWS

  • SHENZHOU

  • 100

Continuous Spiral olive Oil Filtering Decanter Centrifuges For Edible oil production line


A weir or underflow baffle in the liquids discharge zone separates the two phases, allowing oil and water to flow into separate discharge chutes outside the rotor. The levels of the oil and water discharges are adjusted according to the relative densities of the phases and their respective quantities, in order to achieve optimal separation of the two liquids. Liquid phase discharge can be by weir plates, nozzles or centripetal pump. The liquid levels in the rotor and the conveyor’s differential speed are the controls for optimal solids removal, highest cake dryness, and highest purities of the liquid phases.


Shenzhou SEPARATION is professional in developing different kinds of centrifuge equipment. For the olive oil production process, Shenzhou has specially developed a food-grade olive oil three-phase centrifuge to realize the automatic separation and extraction of olive oil. Meanwhile, it can help enterprises to achieve environmental standards and food safety standards in production.

Olive Oil Extraction Process



橄榄油流程图

How to cultivate the olive tree to extract an excellent extra virgin olive oil:
The 5 steps for the production of olive oil
Olive Oil production is mainly divided into 5 phases.
1.Collection
Harvesting is one of the most delicate and decisive steps to obtain an excellent quality olive oil.
Generally it is facilitated with the use of nets lying on the ground under the plants that allow to easily collect the fallen
product or facilitated by any mechanical equipment.
2.Washing and pressing
After harvesting the olives are weighed and subjected to an abundant washing in water. This process is carried out with a special washing machine with a constant flow of water that invests the olives.
The crushing system of the milled olives is the most ancient instrument, conceptually derived from the millstones used since the Hellenic age. Today, however, many mills use the most modern hammer crushers, which break the olives by pushing them violently against a metal grid.
3.Kneading
After pressing the olive paste is subjected to the kneading operation which consists of a continuous and slow mixing of the dough.
The kneading phase is an essential moment for the subsequent extraction of the oil from the olive paste. In fact, the kneading allows the olive paste to reach the optimal temperature in which the natural enzymes present are able to fully activate.
4.Extraction
The extraction phase consists in the separation of the oil from the solid fraction.
This phase can be performed for:
* Pressure;
* Centrifugation;
* Percolation.

5.Separation

In this final phase we proceed to separate the olive oil from the water thanks to the centrifugal force.

If you want to know more, please contact me

Contact: Cathy  Email: cathy@lnszjx.com   Whatsapp:+8613130722088

3 phase decanter centrifuge is mainly designed for Solid-liquid-liquid three-phase separation of materials. With our over 10 years of experience in the separation industry, it is the most advanced type machine for 3 phase separation.

ShenZhou Group Specially manufacturing decanter centrifuge in China bout more than 40 years .

3 phase decanter centrifuge is mainly designed for Solid-liquid-liquid three-phase separation of materials.With our over 10 years of experience in the separation industry, it is the most advanced type machine for 3 phase separation. It is designed for 24 hours continuous and smooth operation throughout the day. It is mainly composed of driving system, decanter bowl, screw conveyor inside the bowl, cover box, skid and VFD control panel.

To ensure that the separation process can take place, the solid phase must be the specifically heaviest phase and the two liquid phases must have different densities.The main difference between the 2 phase decanter and 3 phase decanter is that the 3 phase decanter not only separate the solids but also separate two phase of the liquid.

SHENZHOU 3 phase decanter is widely used for oil , water, solids separation industry.



Industrial Scale Automatic 3-Phase Decanter Centrifuge for Palm Oil 0


photobank (3)


Flexible for different Liquid Phase Proportion

An adjustable impeller discharges the "heavy" liquid phase. Furthermore, the operator can use the adjustable impeller to adjust the pond depth of the heavy liquid without difficulty during ongoing operation. According to the Proportion of two different phase, An adjustment mechanism causes the position of the impeller to change, thus changing the separation line of the liquids. The process engineering results can thus be influenced so as to achieve the required separation result.

控制柜

  • The beach angle of the T Series dewatering centrifuge is 8.0 Degree, which makes the decanter centrifuge cone section longer, that is, the drying and dewatering area of the centrifuge is longer, which is conductive to the dewatering performance of T Series decanter centrifuge, and much drier solid materials discharged.

  • The shaft caps on the two ends and the bowl are made of duplex stainless steel SUS2205 or SUS2304 by centrifugal casting, which is superior to the performance of SUS304 and SUS316. The main parts are made by centrifugal casting and die forging process to avoid intergranular corrosion and incomplete residual stress release caused by traditional welding process.

  • The screw blade is pressed by the CNC spiral blade forming equipment. Compared with the traditional drawing screw blade, it has higher slag conveying efficiency than the traditional drawing screw blade.

  • According to the material properties, the screw blade can adopt gradual change type, which can obviously improve the efficiency of screw’s transport and press force to make the solids dryer.

  • Optimized beach angle and pitch, large beach angle and medium pitch with BD baffle plate make the dewatering zone separated from the sedimentation zone. The depth of the liquid pool is deeper and the dewatering zone is longer. The separated clear liquid is more clear and dry, and the processing capacity is larger. The deep liquid pool loses less kinetic energy when the clear liquid is discharged. The machine consumes less energy and is more energy efficient. At the same time, it has a material acceleration structure to reduce turbulence in the bowl to make the liquid more clear, reduced turbulence makes the screw flight discharge port better protected for anti-abrasion, so the screw conveyor has a longer service life.

  • For special high-concentration and high-viscosity materials, a double cone design can be used, that is, the cone drum has two beach angles. The double beach angle greatly improves the resistance of slag discharge, and increases the treatment capacity under the condition of increasing the slag dryness and liquid clarity.

  • The wear-resistant sleeve of the solid discharge port is a special hard tungsten carbide sleeve, of which the wear resistance is extremely high, and not fragile.

  • The overflow weir plate has a convenient and flexible design for adjusting the depth of liquid pool to meet the requirements of dryness and wetness and clarity of materials under various working conditions.

  • The collection box cover of the small model is assisted to open by a gas spring, and it can support and protect safety.

  • The large model adopts a labor-saving lid opening device, and a single person can lift the lid of the collection box, reducing the labor intensity of workers and facilitating equipment maintenance.

  • Each type of main bearing is designed with hydraulic disassembly structure, which reduces the tension required to remove the main bearing by 90%, and reduces the risk of damage to the bearing itself and the high precision parts when the bearing is removed.

  • After each main rotary parts are machined by high precision CNC equipment, the centrifuge is treated with three dynamic balance processing again, including the 1800RPM medium speed dynamic balance in the main rotary body component, the actual working speed high speed dynamic balance and the whole machine balance, so as to ensure the stable operation of the centrifuge under the high speed working condition.

  • The screw propeller is protected by replaceable wear-resistant alloy plate with long service life and easy maintenance.

  • Some models adopt the open-type screw blade, greatly enhancing the centrifuge processing capacity. Screw propeller utilizes stainless steel, after high temperature solution treatment, not easy to deform, good corrosion resistance, good strength stiffness, and long service life.

  • Two motors are arranged at one end of the centrifuge saving much space; the structure is compact for the operation and maintenance of the centrifuge, while avoiding the accident of the motor damage caused by the material leakage at the inlet end.

  • Main bearing adopts premium SKF series high-end bearings with long service life. Depending on the user's choice, it can also be equipped with an automatic lubrication system.

  • The grease lubrication system for the main bearing of the small model can be equipped with a semi-automatic or fully-automatic batch grease lubrication system, which can provide full and reliable lubrication for the main bearing, reduce the labor intensity of the workers and improve the service life of the bearing.

  • The main bearing of the large machine adopts the oil injection automatic circulation lubrication system, which has the function of cleaning and cooling the main bearing, and the service life of the main bearing is greatly improved.

  • With complete machine monitoring and alarm system. When overload, short circuit and lack of phase occur in the course of operation, the centrifuge will be automatically protected; the speed of centrifuge, bearing temperature, vibration of the whole machine, lubrication system oil pressure, main and back motors’ current, push torque and other operating parameters are monitored in real time, and alarm is started when the parameters are abnormal. In case of blocking materials, the device will automatically switch to the plugging procedures; if plugging procedures cannot be dredged, it will then automatically switch to the shutdown procedures to ensure the safety of personnel and equipment.

  • Usually adopts stainless steel electric control panel equipped with world famous VFD, PLC, HMI and other electric components. According to user requirements, SHENZHOU can also provide VFD control panel with explosion-proof certificates home and abroad, such as China's CNEX explosion-proof, ATEX explosion-proof and IECEX explosion-proof.



  • Bowl Material: Duplex Stainless Steel SS2205

  • Solids Discharge port: Tungsten Carbide insert

  • Bearing: SKF or Japan NSK Brand

  • Gearbox type: planetary wheel type

  • Screw Conveyor Material: Duplex Stainless Steel SS2205

  • Material Distribution Nozzle: : Tungsten Carbide insert

  • Screw Conveyor Wear Protection: Tungsten Carbide Tiles

  • Differential Speed: Adjustable according to conditions

  • Bearing: SKF or Japan NSK Brand

Three phase decanter centrifuge paramter from Shenzhou 

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
LWS520*2040
530
4
3200
3040
45-55
4200
4054*1650*1431

Application

The food and other process industries use the 3-phase decanter extensively. The primary application is to separate a feed slurry of two immiscible liquids and a solid phase.

A typical example would be separating an oil phase from the water and solids phase.

Other specific examples include:






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