Cost/Performance Evaluation of Gold Placer Mining Methods - For a Range of Gold Placer Deposits in the Bodaibo District, Russia

The Australasian Institute of Mining and Metallurgy
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
9
File Size:
725 KB
Publication Date:
Jan 1, 2007

Abstract

The profitability of gold placer mining operations is determined by more factors than many placer miners recognise until too late. This study is based upon field trips to examine the efficiency of mining and transportation of gravels to a wash plant by bulldozer and truck. At the examined open pit mining operations gravels were washed using water canons, derockers or scrubber trommels. The objective of this study was to determine the relationship between unit costs and power requirements for gravel mining and processing. The author conducted a number of time and motion studies at four open pit gold mines, including the Maly Patom Creek, the Nizhny Patom, the Taimendra Creek and the Kadali-Makit in the Bodaibo District, Irkutsk Region and collected and processed field data. As a part of the study significant correlations were determined and empiric regression equations derived between: power requirements (Ep) and unit cost (Cp) for gravel processing; and total power requirements (Et) and total unit cost (Ct) for gravel mining, transportation and processing. Based on the results of the study it was proposed to modify the current mining procedure methods and to replace water cannons at the Maly Patom Creek with a PPM-5 derocker. Introduction of the proposed technology resulted in 2004 in US$385 000 mining cost reduction at the Maly Patom Creek over a short-time Siberian mining season.
Citation

APA:  (2007)  Cost/Performance Evaluation of Gold Placer Mining Methods - For a Range of Gold Placer Deposits in the Bodaibo District, Russia

MLA: Cost/Performance Evaluation of Gold Placer Mining Methods - For a Range of Gold Placer Deposits in the Bodaibo District, Russia. The Australasian Institute of Mining and Metallurgy, 2007.

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