Using Tracers To Evaluate The Design Of An In-Situ Leach Cell In Abandoned Mine And Mill Wastes At The Kellogg, Idaho Superfund Site

- Organization:
- Society for Mining, Metallurgy & Exploration
- Pages:
- 13
- File Size:
- 626 KB
- Publication Date:
- Jan 1, 1993
Abstract
An abandoned waste impoundment located within a portion of the Kellogg, Idaho Superfund site constitutes a field research area for studying the feasibility of recovering heavy metals in-situ from unsaturated mine and mill wastes. A prototype in-situ leaching cell has been evaluated using liquid-phase tracer tests and other hydro-geologic tests prior to introducing a lixiviant. The results of the tests suggest that: (1) the cell can be operated excursion-free with a low-density lixiviant at an injection/withdrawal rate of approximately 0.32 l/s; and (2) each hydro-geologic unit is highly heterogeneous at the different scales studied.
Citation
APA:
(1993) Using Tracers To Evaluate The Design Of An In-Situ Leach Cell In Abandoned Mine And Mill Wastes At The Kellogg, Idaho Superfund SiteMLA: Using Tracers To Evaluate The Design Of An In-Situ Leach Cell In Abandoned Mine And Mill Wastes At The Kellogg, Idaho Superfund Site. Society for Mining, Metallurgy & Exploration, 1993.