Tanzania 200 TPH Magnesite Process Plant

JXSC has provided a successful 200 TPH magnesite washing and screening in Tanzania. We design the separation process plant flowchart and plant layout drawing according to the mineral ore's conditions and offer a complete set of plant machines.

Magnesite Process Plant Project Case

Introduction

Minerals: Magnesite ore with sticky clay
Feeding Size:0-300mm
Capacity:200 TPH
Final Product Requirement:4-50mm, 50-100mm, 100-150mm
Process:Feeding -> Washing -> Screening -> Washing

Solutions & Process

Magnesite Washing And Screening Process Plant Flowchart

This setup is a 200-ton-per-hour magnesite ore-washing process plant.It is configured with a vibration feeder, trommel scrubber, vibration screen, log washer, etc. The process is as follows:

The raw material is fed by a tipper truck or excavator into a grizzly hopper with a grizzly bear with a gap of 150 mm. Over-grizzled material larger than 150mm is stacked nearby and under-grizzled material smaller than 150mm enters the vibratory feeder.

vibratory feederalso has a grizzly bear with a clearance of 10 mm. 10-150mm of material enters the rotary grit screen for scrubbing, while debris smaller than 10mm flows to the settling tank for water recycling.

Thisrotary scrubber's washing efficiency is very high. Its screening section has two layers of polyurethane with screen sizes of 4mm and 20mm (the 20mm screen protects the 4mm screen). The under-screen material (less than 4 mm) goes into the same settling tank, and the top-screen material (4-150 mm) is conveyed to the vibrating screen.

vibrating screenis used for further accurate screening and is divided into 3 decks of 4 mm, 50 mm, and 100 mm. The under-screened material of 4-50mm goes to the log washer, while the intermediate sizes of 50-100mm and the oversized material of 100-150mm are conveyed to a separate yard.

log washeris used to re-wash the 4-50mm material for a cleaner end product.