A Geoenvironmental Mineral Deposit Model For The New World Polymetallic Replacement/Skarn Deposit

Society for Mining, Metallurgy & Exploration
L. B. Kirk A. R. Kirk
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
6
File Size:
2331 KB
Publication Date:
Jan 1, 2004

Abstract

At New World, Au-Cu-Ag mineralization occurs in stratiform car-bonate-hosted, massive sulfide-iron oxide, and skarn-replacement deposits. Regional pyritic-alteration, local massive sulfide mineralization and mine wastes generate acid drainage within the district. Water quality improves down gradient through dilution and mixing of acid and metal-rich mine water with bicarbonate-rich, low-metal surface and groundwater, and precipitation of metal-rich ferrihydroxide phases. Natural deposits of ferricrete indicate that pre-mining ARD has occurred, providing important clues to pre-mining water quality. The geoenvironmental model identifies the Cu-skarn mineralization as the primary target for ARD management. Closure success will be limited by the geoenvironmental nature of the natural mineralization.
Citation

APA: L. B. Kirk A. R. Kirk  (2004)  A Geoenvironmental Mineral Deposit Model For The New World Polymetallic Replacement/Skarn Deposit

MLA: L. B. Kirk A. R. Kirk A Geoenvironmental Mineral Deposit Model For The New World Polymetallic Replacement/Skarn Deposit. Society for Mining, Metallurgy & Exploration, 2004.

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