Advances In Large Sag And Autogenous Mill Design - The Drive For A Reliable Mill - Introduction

Society for Mining, Metallurgy & Exploration
D. Farnell
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
4
File Size:
264 KB
Publication Date:
Jan 1, 1987

Abstract

Large semi-autogenous (SAG) or autogenous grinding mills have become the work-horse of the modern high volume concentrator. They typify the economy of scale - fewer, larger machines doing more work, more economically. With fewer machines, equipment reliability becomes of paramount importance. Realizing this, companies installing new or modernizing existing facilities have placed extraordinary emphasis on purchasing a reliable mill. This, in turn, has had a significant impact on mill design. Kennecott And Codelco - Two Different Approaches Last year, two of the world's largest copper producers, Codelco and Kennecott, undertook the modernization of their main grinding facilities at Chuquicamata and the Utah Copper Division (UCD) respectively. Both selected semi-autogenous milling and both, recognized the importance of the reliability of the primary mills. Each, however, decided on a different approach to optimizing reliability. Codelco placed the emphasis on technical innovation in design and opted for a gearless driven mill. Kennecott chose the more conservative approach of active participation and exceptional quality assurance in mill design and manufacture.
Citation

APA: D. Farnell  (1987)  Advances In Large Sag And Autogenous Mill Design - The Drive For A Reliable Mill - Introduction

MLA: D. Farnell Advances In Large Sag And Autogenous Mill Design - The Drive For A Reliable Mill - Introduction. Society for Mining, Metallurgy & Exploration, 1987.

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