Particle Size Analysis – Optimising Returns in Iron Ore

The Australasian Institute of Mining and Metallurgy
B Stump
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
7
File Size:
534 KB
Publication Date:
Jul 11, 2011

Abstract

Reliable particle size analysis in minerals processing plants is a critical factor to the economic return of a plant. As recovery of valuable minerals is compromised for particles outside the optimal size range, effective and reliable particle size analysis is more crucial than ever, particularly in the current upswing of the global commodities market. Inefficient particle size analysis can lead to excessive over-grinding, thereby significantly increasing energy consumption and reagent costs, whilst negatively affecting process operation, thickening capacity, water recovery and tailings disposal.Australia’s first installation of a particle size analyser in Iron Ore has been monitored with great interest by the industry. Previously, manual size sampling at Rio Tinto’s Paraburdoo fines processing plant involved off-site sample analysis, with a turnaround measured in days. The Outotec PSI® 500 particle size indicator, commissioned in July 2009, takes approximately three minutes per line at site.The paper will include details on the following:• plant description,• sampling design,• PSI® 500 analyser functionality description, and• key learnings from site.
Citation

APA: B Stump  (2011)  Particle Size Analysis – Optimising Returns in Iron Ore

MLA: B Stump Particle Size Analysis – Optimising Returns in Iron Ore. The Australasian Institute of Mining and Metallurgy, 2011.

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