Integrating Hydro-Fracturing Technology And Geophysics Into 3d Mapping And Extraction Of Metals In Heap Leaching; Hydro-Jex And High Resolution Resistivity ?.

Society for Mining, Metallurgy & Exploration
Seal. Thom
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
5
File Size:
739 KB
Publication Date:
Jan 1, 2008

Abstract

Large heap leach operations around the world contain significant under-leached metal values that present recovery challenges to operators. The first challenge is to find the location of the highest inventory. High resolution resistivity ? has proven sensitive enough to detect such zones in the interior of heap leach pads to target treatment or re-leaching. Newmont Mining Corp. has adapted the high pressure fracturing technology, used in oil wells to stimulate select zones in heap leach pads to add reagents in 3-D for re-leaching, changing zonal chemistry for improved recovery and heap closure. High Resolution Resistivity ? is able to subsequently monitor injected solution flow and determine directional permeability during Hydro-Jex stimulation. The combination of these technologies has shown strong economic success, for selecting targets in the heaps and monitoring solution application. These technologies are now available to the mining industry for adoption.
Citation

APA: Seal. Thom  (2008)  Integrating Hydro-Fracturing Technology And Geophysics Into 3d Mapping And Extraction Of Metals In Heap Leaching; Hydro-Jex And High Resolution Resistivity ?.

MLA: Seal. Thom Integrating Hydro-Fracturing Technology And Geophysics Into 3d Mapping And Extraction Of Metals In Heap Leaching; Hydro-Jex And High Resolution Resistivity ?.. Society for Mining, Metallurgy & Exploration, 2008.

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