High Coal Steep Seam Mining At Sunnyside Utilizing Longwall Technique ? Introduction

Society for Mining, Metallurgy & Exploration
Earl R. White
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
13
File Size:
704 KB
Publication Date:
Jan 1, 1976

Abstract

In 1950 Kaiser Steel Corporation acquired control of the Utah Fuel Company, a pioneer Utah coal concern owning large reserves of high volatile coking coal near Sunnyside, Utah. The mines at Sunnyside have been producing high quality coking coal since the late 1890's. Kaiser Steel acquired the coal deposits at Sunnyside in order to supply the necessary coke for its steel plant at Fontana, California. The Sunnyside coal deposits are made up of two mineable beds, the upper and lower Sunnyside seams. Both seams outcrop along the southward facing escarpment of the Book Cliffs. The coal seams dip under the massive sandstones of the Book Cliffs to the northeast at 5 to 22 pct., with the steepest-part being near the outcrop. Mining at Sunnyside up to 1961 had been carried on with room and pillar methods. The deep cover and rotten roof conditions, along with the need of increased tonnage, required a change of mining technique. Numerous ideas were presented, discussed, and economically analyzed. Several people involved in these discussions, with the aid of W.W. II, had been introduced to the European methods of coal mining, namely the longwall technique. The European mines had long been plagued with near similar conditions as those at Sunnyside, particularly the deep cover problem. The longwall method seemed to be working very well under these conditions, and with the extensive studies given longwalling by the Kaiser Steel mining officials, it was decided to give longwalling a try.
Citation

APA: Earl R. White  (1976)  High Coal Steep Seam Mining At Sunnyside Utilizing Longwall Technique ? Introduction

MLA: Earl R. White High Coal Steep Seam Mining At Sunnyside Utilizing Longwall Technique ? Introduction. Society for Mining, Metallurgy & Exploration, 1976.

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