Innovative CRF batch plant design at the Leeville Mine, Nevada

Canadian Institute of Mining, Metallurgy and Petroleum
A. E. Reschke
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
9
File Size:
1078 KB
Publication Date:
May 1, 2007

Abstract

Optimized mine planning of the Leeville Gold Mine, Nevada, necessitated the requirement for an average of 2540 tpd of high quality cemented rockfill (CRF) in primary stoping blocks and underhand cut and fill workings. To meet this requirement, a number of innovative design features were incorporated into the overall batching plant design. Foremost is the use of a dedicated skip to transfer crushed aggregate from surface down through the ventilation shaft to twin underground storage silos. Also, the use of a high shear colloidal mixer on surface to pre-slurry a cement/flyash binder with pipeline delivery to one of two separate underground CRF mixing stations was incorporated. Finally, the binder and aggregate are combined in a 9 m3 twin shaft compulsory type mixer before loading into teleram trucks for placement.
Citation

APA: A. E. Reschke  (2007)  Innovative CRF batch plant design at the Leeville Mine, Nevada

MLA: A. E. Reschke Innovative CRF batch plant design at the Leeville Mine, Nevada. Canadian Institute of Mining, Metallurgy and Petroleum, 2007.

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