Computer Simulation Aids In Long-Range Mine Production Planning At Climax

The American Institute of Mining, Metallurgical, and Petroleum Engineers
Moshe Sheinkin Douglas E. Julin
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
6
File Size:
218 KB
Publication Date:
Jan 4, 1967

Abstract

Large tonnage operations face many problems in adequately planning ahead for future years production. In order to maintain desired levels of production, such problems as source of tonnage, man- power and equipment requirements, tailings disposal and water requirements must be anticipated. Of course, before any of these problems can be analyzed, daily tonnage requirements and its source must be determined. Looking ahead for one year or even two or three is usually not sufficient time to adequately prepare an area for production. Because of the sequence of mining and the multilevel nature of the 42,000 tpd Climax mine in Colorado long-range planning must be on a ten-year basis. By using a ten-year base, adequate time is allowed to gain access and prepare a new level for production. Usually eight years will be required for this phase of the initial mine preparation. Once production has been started on a level and access to the area is available, three years is usually sufficient to prepare a new block for production as long as it follows in the normal sequence of mining.
Citation

APA: Moshe Sheinkin Douglas E. Julin  (1967)  Computer Simulation Aids In Long-Range Mine Production Planning At Climax

MLA: Moshe Sheinkin Douglas E. Julin Computer Simulation Aids In Long-Range Mine Production Planning At Climax. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1967.

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