Single Stage SAG/AG Milling Design (8f4dab33-2960-4942-b1dc-b2668e0eb796)

Canadian Institute of Mining, Metallurgy and Petroleum
Brian Putland Fred Kock Leigh Siddall
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
11
File Size:
66 KB
Publication Date:
Jan 1, 2012

Abstract

Single stage semi-autogenous / autogenous (S/AG) milling has become a common design for a variety of ore types with the advantages of being comparatively low capital cost and flexible for future expansion. The single stage SAG/AG milling option is ideal for starter projects with significant exploration and expansion potential. Currently a number of the largest SAG mills designed are installed in single stage configuration. This paper discusses the challenges associated with the process design of single stage SAG/AG milling circuits, the design flexibility required to ensure a robust circuit and the operating techniques adopted at successful installations.
Citation

APA: Brian Putland Fred Kock Leigh Siddall  (2012)  Single Stage SAG/AG Milling Design (8f4dab33-2960-4942-b1dc-b2668e0eb796)

MLA: Brian Putland Fred Kock Leigh Siddall Single Stage SAG/AG Milling Design (8f4dab33-2960-4942-b1dc-b2668e0eb796). Canadian Institute of Mining, Metallurgy and Petroleum, 2012.

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