Dust Generation Control At Surface Coal Mines

The American Institute of Mining, Metallurgical, and Petroleum Engineers
Charles A. Kliche
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
14
File Size:
386 KB
Publication Date:
Jan 1, 1983

Abstract

INTRODUCTION The Northern Great Plains Coal Province which occupies approximately 36.6 ha contains about one-half of the nation's total coal resources. About one million ha are underlain by coal that is considered to be mineable from the surface. The topography of the province is predominately plains, rolling hills, and some badland areas characterized by breaks or sharply eroded hills. Elevations range from about 1500 m above sea level on the west to about 600 m above sea level on the eastern boundary. The average slope of the ground is approximately 2 m per km. Streams in the province drain generally easterly and southeasterly (1). In the United States, the Northern Great Plains Province lies within the states of North Dakota, South Dakota, Montana, Wyoming, Nebraska, and Colorado. The coal within the province is located almost entirely in the states of North Dakota, Montana, and Wyoming. Although it is relatively low rank, the coal within the province encompasses a large portion of the total remaining U. S. reserves. The U. S. Geological Survey estimates the total remaining coal resources of the United States to be 2.6 trillion mt within 1000 m of the surface, and 2.9 trillion tons within 1830 m of the surface. Of this total, only about 177 billion mt are classified as reserves meaning that they are (1) known in location, quantity and quality from geologic evidence supported by engineering measurements, and (2) economically recoverable based on currently available technologies and current market value (2).
Citation

APA: Charles A. Kliche  (1983)  Dust Generation Control At Surface Coal Mines

MLA: Charles A. Kliche Dust Generation Control At Surface Coal Mines. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1983.

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