Meeting the challenges of narrow-vein gold mining: Hadleigh Castle mine, Charters Towers, north Queensland, Australia

The Institute of Materials, Minerals and Mining
S. C. Doming R. G. Kidel
Organization:
The Institute of Materials, Minerals and Mining
Pages:
15
File Size:
8192 KB
Publication Date:
Jun 21, 1905

Abstract

The project has shown that it is feasible for a junior company to reopen a narrow vein-style gold mine and successfully take it into production. An intimate understanding of the mineralisation and a flexible approach to mining are crucial, as are stringent cost control and efforts to keep overheads low. The project has confirmed the geological complexity of the Main Lodes, which consist of highly sheared quartz-sulphide infill in strongly sericitised granodiorite. The existence of discrete high-grade zones within the Hangingwall Lodes has also been confirmed. Broad low-grade zones continue to be recognised and require the local application of bulk longhole mining methods. The initial mine plan called for predominantly longhole stoping, but adverse ground conditions have meant that a switch to air-leg mining has produced higher run-of-mine grades. The excess capacity at the processing plant can best be used by batch processing, with its reduced maintenance requirements
Citation

APA: S. C. Doming R. G. Kidel  (1905)  Meeting the challenges of narrow-vein gold mining: Hadleigh Castle mine, Charters Towers, north Queensland, Australia

MLA: S. C. Doming R. G. Kidel Meeting the challenges of narrow-vein gold mining: Hadleigh Castle mine, Charters Towers, north Queensland, Australia. The Institute of Materials, Minerals and Mining, 1905.

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