The Design Of Stable Highwalls And Spoil Piles In Strip Mining

Society for Mining, Metallurgy & Exploration
Peter N. Calder
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
20
File Size:
2302 KB
Publication Date:
Jan 1, 1980

Abstract

There is little doubt that the stability of both highwalls and spoil piles is essential to efficient strip mining. Accurate determination of the appropriate geotechnical parameters will pay dividends during mining, but only if the mine operation closely follows the engineering plans which have incorporated These factors. Productivity is invariably higher in mines where failure of highwalls and spoil piles does not occur. This is the result of the reduced rehandle and better working conditions found in stable mines. Control of the waste piles and highwalls also leads to better coal recover since failures can result in the burial of uncovered coal, which is then lost to mining. Safety is an important consideration. The importance of providing a safe working place for employees and of protecting costly mining equipment is hard to overemphasize. For miners, working in areas where instability exists, the degree of hazard involved in their occupation is increased particularly where night operations are involved. It is true, too, that there have been many cases where loading equipment has been buried and severely damaged by failures.
Citation

APA: Peter N. Calder  (1980)  The Design Of Stable Highwalls And Spoil Piles In Strip Mining

MLA: Peter N. Calder The Design Of Stable Highwalls And Spoil Piles In Strip Mining. Society for Mining, Metallurgy & Exploration, 1980.

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