A Brief Overview of the Process Modeling/Simulation and Design Capabilities of Metsim

Canadian Institute of Mining, Metallurgy and Petroleum
John Bartlett Alex Holtzapple Curtis Rempel
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
13
File Size:
1138 KB
Publication Date:
Jan 1, 2014

Abstract

METSIM is a powerful program capable of modelling and simulating every known metallurgical and inorganic chemical process. METSIM is used by companies throughout the world to design, simulate and control operations from mine to tailings and everything in between. At its absolute simplest, METSIM can be used to create a process flowsheet. METSIM modules and built-in unit operations cover mass and energy balances for either steady-state or dynamic simulations of mine, stockpile, heap leach, material handling, comminution, beneficiation, hydrometallurgy, pyrometallurgy, gas and steam handling, and tailings management processes. Data for the material being processed can include mineralogy, particle size analysis, grade by size or multicomponent size analysis, washability data, mechanical, physical and thermodynamic properties. METSIM is written in APL (A Programming Language). Unlike C++, APL is simple and easy to learn, allowing the user to program whatever they can imagine, without first obtaining a degree in computer science. METSIM can also interface with EXCEL and other software through dynamic data exchange (DDE), allowing data to be imported and exported for viewing, analyzing and controlling. METSIM can answer simple or complex metallurgical and process questions allowing the user to predict and engineer without the issues of clumsy and tortuous spreadsheets.
Citation

APA: John Bartlett Alex Holtzapple Curtis Rempel  (2014)  A Brief Overview of the Process Modeling/Simulation and Design Capabilities of Metsim

MLA: John Bartlett Alex Holtzapple Curtis Rempel A Brief Overview of the Process Modeling/Simulation and Design Capabilities of Metsim. Canadian Institute of Mining, Metallurgy and Petroleum, 2014.

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