The Interaction of Unique Geology and Retreat Room?and?Pillar Mining on Overburden Barrier Performance at the Grove No. 1 Mine

International Conference on Ground Control in Mining
Anthony T. Iannacchione
Organization:
International Conference on Ground Control in Mining
Pages:
6
File Size:
1600 KB
Publication Date:
Jan 1, 2013

Abstract

This study, funded by the Appalachian Research Initiative for Environmental Science (ARIES), examines how mine layout, mining method, and geology interacted to allow water from the Grove No.1 mine pool to discharge into local surface waters. Federal and State regulations prohibit the discharge of acid or iron-producing waters from underground coal mines. Mining companies design barriers around their operations to prevent mine waters from discharging to the surface. The Grove No.1 represents one mine where these designs proved inadequate. Unique geologic conditions at the Grove No.1 mine pool, combined with retreat room-and-pillar mining, contributed to a discharge that required passive water treatment.
Citation

APA: Anthony T. Iannacchione  (2013)  The Interaction of Unique Geology and Retreat Room?and?Pillar Mining on Overburden Barrier Performance at the Grove No. 1 Mine

MLA: Anthony T. Iannacchione The Interaction of Unique Geology and Retreat Room?and?Pillar Mining on Overburden Barrier Performance at the Grove No. 1 Mine. International Conference on Ground Control in Mining, 2013.

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