Measuring the influence of a sublevel cave on open stoping at Telfer

The Australasian Institute of Mining and Metallurgy
M J. Woods M P. Sandy J Maxlow
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
3
File Size:
319 KB
Publication Date:
Nov 29, 2022

Abstract

The Newcrest Mining Limited Telfer operation comprises both open pit and underground operations producing gold and copper. The underground operation is made up of three production areas, the sublevel cave (SLC), M Reefs narrow vein open stoping and Western longhole open stoping areas. With stoping situated on the abutments of a mature and active sublevel cave, the interaction between mining areas is often complex. This is particularly evident in the M Reefs orebodies with high levels of extraction in all four reefs, and reliance on pillars to maintain local and global stability. A key concern was the potential for a cascading pillar failure to develop and rapidly progress through the M Reefs stoping area. The monitoring plan needed to capture any change in overall stability and identify if deformation was caused by pillar failure within the M Reefs and hanging wall closure, or shear on the reefs caused by SLC influence.
Citation

APA: M J. Woods M P. Sandy J Maxlow  (2022)  Measuring the influence of a sublevel cave on open stoping at Telfer

MLA: M J. Woods M P. Sandy J Maxlow Measuring the influence of a sublevel cave on open stoping at Telfer. The Australasian Institute of Mining and Metallurgy, 2022.

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