Mining Mud Slurry Separation Machinery-desander Desilter System

Jan. 21, 2010 - PRLog -- As a drilling mud solids control system manufacturer,we just succeed in getting contract with a Turkey Company for Hydraulic mining slurry separation Machinery.
Hydraulic mining slurry separation

Hydraulic mining slurry separation
(http://www.gnsolidscontrol.com/desander/)

Our engineer went to see the mining project in Turkey,and discussed about how to apply our slurry separation machinery and equipments.Finally we agreed on a complete slurry separation system proposal.

Hydraulic mining slurry separation system including machinery as: Slurry centrifugal pumps,mud tanks,shale shakers,desanders,desilters,slurry agitators etc.

Hydraulic ming from Hillendale Mine

A feasibility study for Hillendale Mine evaluated five different mining methods. On a net present cost basis it was found that a hydraulic monitoring method was the least expensive, with the next cheapest being an excavator – pumping system combination. The hydraulic mining method, which has been successfully used at the Hillendale Mine for the last four years, is also proposed to be used for the Fairbreeze Project C and Fairbreeze Project C Extension deposits.

http://oilfield.gnsolidscontrol.com/hydraulic-mining-slur...

To learn more about GN Slurry Separation machinery for Hydraulic Mining industry.

As a drilling mud desander manufacturer, our desander and desilter machinery can be used in separating hydraulic mining slurry into different particle sizes.

Particle size separation machinery:
hydraulic slurry plant

hydraulic slurry plant

＞0.7 mm solids – slurry shale shaker

＞0.07mm solids – slurry 10’ desander

＞25 microns solids – slurry 4’ desilter

＞7 microns solids –slurry centrifuges

＞5 microns solids- high speed decanter centrifuge.

Description of Hydraulic Mining Method: The Hillendale Mine hydraulic mining method consists of a series of water monitors which are used to direct a continuous high pressure (up to 40 bar at the Hillendale mine) water jet onto the face to undermine it, thus causing it to collapse. When sand from the face falls in blocks, the water is used to break up the material into a slurry which then gravitates into a satellite pump station situated at an elevation well below the lowest planned mining elevation.

Transport of the slurry from the mining area by means of a trench system is utilised. A satellite pump transfers the slurry into a plastic-lined, V-shaped surface trench down which it gravitates to a central sump area, located next to the PWP. This transport method has proved to be very successful at the Hillendale operation. A caisson structure protects the pumps in the sump area, from where the RoM is pumped into surge bins with a capacity of 1,000m3 to guarantee a constant supply and also to control the density of the feed to between 35% and 45% solids.
http://www.gnsolidscontrol.com/drilling/hydraulic-mining-...

Learn more about how to get the right hydrocyclone separators –desander desilter for your mining application.

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Solids Control Equipments & System China Manufacturer,Supply fluids Processing system, Shale Shaker, Mud cleaner, Centrifuge,Vacuum degasser,Sand pump,Gas-liquid Separator,desander,desilter,mud tanks,mud hoppers,for oilfield oil&gas well drilling rig.