Unlimited scenarios and decision trees for your strategic evaluations
Through Math Optimization models that integrate multiple areas of the business, MiningMath handles all parameters simultaneously and delivers multiple scenarios, accounting for both strategic and tactical aspects.
Windows 64-Bit (x86_64) - 125 MB
MiningMath optimizes all periods simultaneously, without the need for revenue factors. It has the potential to find higher NPVs than procedures based on LG/Pseudoflow nested pits, which do not account for processing capacities (gap problems), cutoff policy optimization and discount rate.
MiningMath also offers the option of producing Optimized Pushbacks with controlled ore production and operational designs to guide your mine sequencing. Having this broader view in mind, you are already able to begin the scheduling stage or to import .csv and .xlsx results to other mining packages.
When using MiningMath, scheduling and short-term are not followed by a sequence of steps, but are done in a single and optimized process. This process considers all constraints simultaneously. Therefore, an experienced professional can test multiple scenarios by modifying parameters and advance other stages of his/her work, while MiningMath performs the entire optimization.
Brochure - PDF - 5.12 MB
Autonomous wizards and sensitivity analysis, parallel executions, CAPEX/OPEX, dashboard analysis, and much more!
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The cut-off grade is the concentration of a mineral or metal required to classify materials as either ore or waste. Materials with a concentration above the cut-off are classified as ore, while anything below is classified as waste.
MiningMath’s single-step methodology generates a diverse range of schedules straight from the block model, in a single-step! And your short-term requirements can also be accounted for within the same long-term run. Our software allows mining engineers to improve their strategic analysis through risk assessments that
With MiningMath, you can produce optimized, single-step pushbacks with controlled ore production and operational designs. This procedure is important to ensure the financial and operational viability of the mining project, as excessively large volumes can render the project unfeasible, while excessively small volumes can result
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