Coal Storage and Loading

The American Institute of Mining, Metallurgical, and Petroleum Engineers
J. P. Matoney O. B. Bucklen P. G. Meikle R. L. Terry
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
61
File Size:
2062 KB
Publication Date:
Jan 1, 1979

Abstract

INTRODUCTION The trend in the coal industry for many years has been to make every- thing "bigger and faster." This also holds true for loading and storage facilities. Where once a 1 million st per yr (910,000 mt/yr) mine was rare, 3-5 million st per yr (2,730,000-4,550,000 mt/yr) mines are not uncommon today in the bituminous industry. This great increase in production, made possible through mechanization, requires greatly improved loading facilities just to get the coal away from the mine. Also, there is a trend to- ward combining production from more than one mine and cleaning it in a single preparation plant. In addition to increased loading capacity, this frequently necessitates raw-coal storage and blending facilities. The development of the unit train with its attendant economics has contributed more than any other factor to the widespread construction of storage and high-speed loading facilities. In the export market, the construction of ever larger coal colliers has added to the need for faster and larger loading facilities. In this climate of rapidly changing technology, any written ac-
Citation

APA: J. P. Matoney O. B. Bucklen P. G. Meikle R. L. Terry  (1979)  Coal Storage and Loading

MLA: J. P. Matoney O. B. Bucklen P. G. Meikle R. L. Terry Coal Storage and Loading . The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1979.

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