Ore Control and Reconciliation to Maximise Metal Delivery ù A Case Study at Ridgeway Gold Mine

The Australasian Institute of Mining and Metallurgy
G Smart D Ward J Grace
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
9
File Size:
19047 KB
Publication Date:
Jan 1, 2003

Abstract

Ridgeway Gold Mine is part of Cadia Valley Operations which is wholly owned and managed by Newcrest Mining Limited. It is an underground sublevel cave (SLC) operation mining approximately 5 Mt per annum. Ore control systems at Ridgeway have been designed to deliver gold and copper metal production through focussing on the ore characteristics that impact on mine and mill performance and ultimately metal delivery. This is achieved using data collection and management systems which allow data to be collected digitally with æat captureÆ validation routines. These data form the basis for forecasting and on-going systems analysis which aim to accurately assess local in situ and drawn ore characteristics. Physical attributes of ore such as draw characteristics, brow conditions, visual grade estimates and draw point sampling are routinely recorded. Ore tracking and accounting systems monitor gold and copper grades, copper mineralogy, host lithology and ore sizing. These factors have material impacts on concentrator throughput and metal recovery. Draw point recovered grades are routinely reconciled back to design data to monitor and assess draw performance. Statistical variance controls are also employed to analyse mine and plant performance and guide actions.
Citation

APA: G Smart D Ward J Grace  (2003)  Ore Control and Reconciliation to Maximise Metal Delivery ù A Case Study at Ridgeway Gold Mine

MLA: G Smart D Ward J Grace Ore Control and Reconciliation to Maximise Metal Delivery ù A Case Study at Ridgeway Gold Mine. The Australasian Institute of Mining and Metallurgy, 2003.

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