Application of Detailed Geology To Production, Planning, And Ore Search: Trixie Mine, East Tintic District, Utah (Chapter 4)

Society for Mining, Metallurgy & Exploration
T. B. Faddies R. E. Lippoth G. E. Mellor
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
10
File Size:
504 KB
Publication Date:
Jan 1, 1992

Abstract

The Little Rocky Mountains host epithermal- gold-silver bearing vein and stockwork deposits in a syenite intrusive complex. Pegasus Gold Ltd. is currently mining these oxidized deposits by open-pit methods and recovering gold and silver by heap-leach processes. A geologic program has been designed to effectively determine the basic ore characteristics; 1) mineralization; 2) oxidation; 3) structural setting; 4) lithology; 5) alteration; and ultimately, 6) the leachability of the ore. Geologic mapping, sampling, drilling, assaying, and testing are routinely used in exploration, development, production control, mine planning, and ore reserve estimations. Timely and accurate assay results are essential for the program's success.
Citation

APA: T. B. Faddies R. E. Lippoth G. E. Mellor  (1992)  Application of Detailed Geology To Production, Planning, And Ore Search: Trixie Mine, East Tintic District, Utah (Chapter 4)

MLA: T. B. Faddies R. E. Lippoth G. E. Mellor Application of Detailed Geology To Production, Planning, And Ore Search: Trixie Mine, East Tintic District, Utah (Chapter 4). Society for Mining, Metallurgy & Exploration, 1992.

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