Loading...
Get the NPV upper bound better than the Best Case scenario!
Get the NPV upper bound better than the Best Case scenario!
What if you had the power to control, within a global single-step optimization, variables such as: 
Grade of a contaminant on the plant Haulage distance, based on the destination of each block Blasting material consumption CO2 and noise emission, energy/water consumption and other socio-environmental aspects And… any variable that could be modeled based on the average of any quantifiable parameter modeled block by block?
Usually applied on blending to combine low and high-grade blocks in order to increase profitability, this feature’s applications can go as far as your needs. It’s up to you! 
All you have to do is create an auxiliary field/column that considers a value of what you wish to limit regarding its value in each block.
You’ve got the power. Are you ready to prove it? 
Hi! I'm Mima
MiningMath’s results are only possible due to its proprietary Math Program...
Multiple, complex constraints increase the likelihood of not finding or not exis...
MiningMath allows mining managers to improve their strategic analysis through ri...
It is possible to indicate a time limit in hours before running a scenario in th...
In order to take the maximum of MiningMath’s Optimization we recommend this fl...
The main focus here is on the requirements. Try to pay attention to the header...
By running these scenarios you are already mastering MiningMath and the main use...
This is the moment of validating every parameter that should be inserted on the ...
