LWS Series three-phase horizontal spiral discharge sedimentation centrifuge

Description

According to our company's years of production of two-phase horizontal spiral discharge sedimentation centrifuge experience and market demand based on the development of three-phase centrifuge, design of a three-phase horizontal spiral-discharge centrifuge for solid-iquid separation. CENTRIPETAL pump mainly regulates the position of neutral layer of heavy and light phase. lt is recommended to select the proper position of discharge layer with different liquid phase ratio. The technical parameters of this series of equipment meet the market demand and are well received by the customers.

MODEL AND TECHNICAL PARAMETERS

Competitive Advantage:

● Standard ergonomic and HSE compliant base frame design.

● 316 stainless steel material, the best aspect ratio design.

● Adjustable liquid phase outlet, cemented carbide nested solid phase outlet.

● Cemented carbide insert screw propeller, anti-corrosion wear, easy to maintain.

● The motor base can be adjusted bidirectional in X and Y axis, and the centrifuge speed can be adjusted (fixed-speed centrifuge).

● Equipped with vibration sensor, perfect warning function.

● Positive pressure explosion-proof frequency conversion control cabinet, can be equipped with stainless steel body, PLC touch screen control

● Intelligent control, easy operation, large processing capacity, good effect, low failure rate.

Applications:

The LWS series horizontal screw sedimentation discharge centrifuge is a highly efficient and continuous solid-liquid separation equipment, widely used in multiple industrial fields. It mainly relies on centrifugal force to separate solid particles from liquids in suspensions. Its typical application fields include:

1.Environmental protection and sewage treatment

Municipal sewage treatment: Dewatering of sludge (such as activated sludge and biochemical sludge), reducing the moisture content to facilitate subsequent disposal.

Industrial wastewater treatment: It is applicable to the dewatering of high-concentration wastewater sludge in industries such as chemical engineering, printing and dyeing, papermaking, and electroplating.

River dredging: Dehydrating and reducing the volume of silt to lower transportation and landfill costs.

2. Chemical Engineering and Petrochemical Engineering

Catalyst separation: Recover the solid catalyst after the reaction.

Polymer treatment: Dehydration of synthetic resins such as PVC and PE.

Oil sludge treatment: Separate the oily sludge produced during the process of oil extraction or refining, and recover the oil.

3. Food and Bioengineering

Starch processing: Dehydration and washing of corn and potato starch.

Fermentation liquid treatment: such as the separation of yeast and antibiotic cells.

Juice clarification: Remove solid impurities such as pulp fibers.

4. Minerals and Metallurgy

Tailings treatment: Dehydrate the tailings from mines to achieve dry stacking or resource recovery.

Metal concentrate dehydration: Concentration and separation of minerals such as copper, zinc and aluminum.

Coal chemical industry: Coal slime dewatering and coal tar residue treatment.

5. Pharmaceutical industry

Separation of medicinal residue: Dehydration of the medicinal residue after extraction from traditional Chinese medicine.

Biological preparations: Solid-liquid separation of cell culture media and fermentation products.

6. Papermaking industry

Pulp dewatering: Fiber recovery in the process of waste paper regeneration.

White mud treatment: Calcium carbonate separation during the alkali recovery process.