The Next Step In Mineral Processing Plant Dynamic Simulations To Achieve The Necessary Standard For Prefeasibility And Feasibility Studies - Modeling With Discrete Event For Maintenance Combined With Accurate Continuous Process Modeling

International Mineral Processing Congress
John A. Herbst
Organization:
International Mineral Processing Congress
Pages:
10
File Size:
601 KB
Publication Date:
Sep 1, 2012

Abstract

The Mineral Processing Industry needs accurate Production Simulators for the design of future plants and expansions. To achieve this, these simulators should not only provide an accurate portrayal of the dynamics of individual pieces of equipment they should include the impact of discrete stochastic events such as scheduled and unscheduled maintenance so the relationships between availability, equipment sizes, and plant capacity are understood. To provide such a tool accurate dynamic Population Balance Models need to be combined with solid discrete event modeling. The current paper provides a description of how these two disparate modeling techniques were combined and the associated benefits from this combination. Keywords: dynamic plant simulation, population balance models, discrete event models, prefeasibility and feasibility studies, plant design and expansion
Citation

APA: John A. Herbst  (2012)  The Next Step In Mineral Processing Plant Dynamic Simulations To Achieve The Necessary Standard For Prefeasibility And Feasibility Studies - Modeling With Discrete Event For Maintenance Combined With Accurate Continuous Process Modeling

MLA: John A. Herbst The Next Step In Mineral Processing Plant Dynamic Simulations To Achieve The Necessary Standard For Prefeasibility And Feasibility Studies - Modeling With Discrete Event For Maintenance Combined With Accurate Continuous Process Modeling. International Mineral Processing Congress, 2012.

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