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The Magotteaux Mill Investigating The Effect Of Grinding

The Magotteaux Mill®: investigating the effect of grinding

1/7/2004 The Magotteaux Mill ®, described in this paper, allows the user to measure, monitor and control the pulp chemical conditions during grinding. This ultimately means that it is now possible to prepare ore samples in the laboratory that have the same properties as those in the plant (i.e. particle size distribution and pulp chemistry).

The Magotteaux Mill®: investigating the effect of grinding

The Magotteaux Mill ®, described in this paper, allows the user to measure, monitor and control the pulp chemical conditions during grinding. This ultimately means that it is now possible to prepare ore samples in the laboratory that have the same properties as those in

(PDF) The Magotteaux Mill®: Investigating the effect of

The effect on grinding was assessed through controlled grinding kinetics performed in a Magotteaux Mill®, while samples were characterized through geological texture analysis at microscale

The Magotteaux MillS: investigating the effect of grinding

Grinding tests were performed with a Magotteaux Mill (R) which is instrumented for measurement and monitoring of pulp properties. Flotation tests were done with a 5L Magotteaux float cell.

The Magotteaux Mill Investigating The Effect Of Grinding

The Magotteaux Mill®: investigating the effect of grinding, 01-07-2004· Magotteaux Australia Proprietary Limited through the Ian Wark Research Institute have completed further laboratory scale work investigating the effect of high chrome grinding media on pulp

A study of the effect of grinding environment on the

15/6/2018 A complete test procedure consisted of grinding in the Magotteaux mill followed by conditioning and flotation of the ground product in the Magotteaux cell. The ground product (slurry from wet grinding or powder from dry grinding) was transferred to the flotation cell to make a slurry body of 4.5-litre volume by adding SPW before conditioning and flotation.

An investigation into the effects of pulp chemistry under

With the highly instrumented Magotteaux Mill®,the effects of these variables may be investigated during grinding. Several studies have shown that the grinding environment plays a vital role in the selectivity and recovery of sulphide minerals.

Investigating the role of pulp chemistry on the floatability of the

In this study, the Magotteaux Mill® system was used in order to control the grinding pulp conditions, consequently surface properties of the minerals, which in turn affect the flotation behaviors. The Magotteaux Mill® allows for the simultaneous monitoring of

Investigating the role of pulp chemistry on the floatability

10/4/2013 The Magotteaux Mill® (Greet et al., 2004) offers the opportunity to understand the combined system. The conditions under which grinding occurs have a marked effect on the pulp potential of the slurry which in turn affects the flotation response of the sulfide minerals.

C.J. GREET Manager Minerals Processing Research PhD

The Magotteaux Mill®: Investigating the effect of grinding media on pulp chemistry and flotation performance Article Full-text available Jul 2004 C.J. Greet G.L. Small Philippe Steinier