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Management of Acid Drainage at Mining Facilities Using Dynamic Systems Modeling (DSM)
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Citation (Style = APA)
Finley, Jim B. ; Ford, R. Craig ; Benke, Kermit C. ; Danni, Jerry W. ; Runnells, Donald D. (2000). Management of Acid Drainage at Mining Facilities Using Dynamic Systems Modeling (DSM).
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Finley, Jim B. ; Ford, R. Craig ; Benke, Kermit C. ; Danni, Jerry W. ; Runnells, Donald D. (2000). Management of Acid Drainage at Mining Facilities Using Dynamic Systems Modeling (DSM).
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Organization: Society for Mining, Metallurgy & Exploration
Pages: 7
Publication Date:
Jan 1, 2000
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Abstract
Abstract
| Steady-state water balance models have historically been used in the management of acid drainage at mine sites. Such systems could be more realistically described by non-steady-state conditions. In addition, the evaluation of alternatives for closure and management of acid drainage must consider non-steady-state conditions. Dynamic systems modeling is a method for simulating water management systems, offering flexibility in: (1) simulating either steady-state or non-steady-state conditions, (2) allowing "what-if' scenario testing. and (3) optimization of operation and closure alternatives. A case study is given for acidic drainage management during closure at a heap leach facility that demonstrates the utility of dynamic systems models. |
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