Slurry Treatment System

Slurry treatment system is a combine unit of desander, desilter and dewatering vebrating screen, It is a compact design with three parts in one unit. Slurry treatment system is widely used for slurry purifying and recycling in pile foundations of railways and highways, municipal, subway, tunnel shield, oil drilling.

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LZZG series introduced products to absorb foreign advanced technology, and designed combined with sand field actual situation. It can effectively reduce the loss amounts of fine material; solve problems of end product such as relatively high fineness modulus and relatively low stone powder content. The fine material can be recycled as high as 95%, with incomparable technical and economic advantages.

Product Data

Model Feeding Size (mm) Capacity (t/h) Screen Panel (mm) Screen Layer Hydrocyclone (mm) Overall Size (mm)
JH-FX40 ≤10 10-20 900*1800 2 250 4900*2500*3100
JH-FX60 ≤10 20-50 1200*2400 2 300 5400*2800*3200
JH-FX80 ≤10 40-80 1500*3000 2 350 5800*3400*3600
JH-FX200 ≤10 60-100 1800*4200 2 300*2 7200*3800*4200
JH-FX300 ≤10 80-150 2400*4200 2 350*2 7200*4400*4600

Details Introduction

NJFX Slurry treatment system is widely used in the purification and recycling of slurry for the construction of hydro power, continuous concrete wall, slurry shield tunnel, etc. This equipment is increasingly becoming a necessity of civilized construction since it not only can cut down construction cost, but also can reduce the pollution of the environment.

img-hjjWorking principle
The slurry pump sucks the mud from the mud pit, then enter into bottom layer screen of dewatering vibrating screen through buffer box, the coarse particles in the slurry are screened out and the mud flow to mud tank through the bottom layer screen of dewtering screen. The slurry pump sucks the slurry from the groove and injects the slurry with certain kinetic energy tangentially along the pipeline from the slurry inlet of the desander. The centrifugal pump takes mud from the mud tank, and feed to desander hydroyclone with pressure for centrifugal separation, the solids/sand was discharged to upper screen of the dewatering vibrating screen from the outlet nipple of the hydrocyclone. After dewatering process of the upper screen, the drier fine residue is separated out. The mud passed the upper screen returns back to the mud tank.

1.High mud handling capacity, sand can be removed efficiently.
2.The polyurethane screen has many advantages such as easy operation, low trouble rate, convenient installation and maintenance
3.Slag charge screened by advanced straight-line vibrating system is effectively dewatered.
4.The adjustable vibrating force, angle and mesh size of the vibrating screen enable the equipment possess a high screening efficiency.
5.Energy saving efficiency is significant since the power consumption of the vibrating motor is low.
6.The abrasion and corrosion resisting slurry pump has advantages such as advanced centrifugal designing, optimal structure, stable operation and convenient maintenance.
7.The hydraulic cyclone with advanced structural technology can efficiently separate sand from slurry. Moreover, it features in light weight, corrosion and abrasion resisting material, so it can work stably in the worst condition without maintenance.

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