Mine Optimisations are an inherently iterative procedure, as all mine design and scheduling elements are interrelated. However, once a mine has been built and is operational, it must continue to be operated as efficiently as possible. One tool used by operations managers to achieve this goal is mine scheduling or mining plan optimization.
Mine Scheduling or Operation Optimization is the use of mathematical models applied to the mining operation to determine what equipment layout, sequence of mining, and other operational decisions will result in the most efficient overall mine production. The objective is to produce a schedule that meets the production targets while satisfying all the constraints (e.g., haulage capacity, equipment utilization, etc.).
The heart of any mine scheduling procedure is the formulation of a mathematical model that captures the essential features of the mining operation. The model typically consists of many equations that describe how each variable (e.g., tonnage mined, cost, etc.) depends on the others. Once the model is formulated, various algorithms can be applied to find an optimal solution (or set of solutions) that meets all the constraints.
One advantage of using mathematical models for mine scheduling is that they can be used to analyze different scenarios (e.g., different equipment layouts, sequences of mining, etc.). This can be very helpful in making decisions about where to invest in new equipment and improving the efficiency of the mining operation.
The goal of mine scheduling is to produce a schedule that meets the production targets while satisfying all the constraints. Mathematical models are used to capture the essential features of the mining operation. Algorithms are applied to find an optimal solution that meets all the constraints. This allows for the analysis of different scenarios to help make decisions about where to invest in new equipment and improve the efficiency of the mining operation.
Importance of Mine Optimisations?
The long-term success of a mining operation depends to a large extent on the efficiency with which it is operated. Mine Optimisations are one tool that operations managers can use to achieve this goal. By using mathematical models to capture the essential features of the mining operation and applying algorithms to find an optimal solution, mines can be operated more efficiently, resulting in increased productivity and reduced costs. Due to the iterative nature of Mine Optimisation, it can also be used to improve productivity and optimize mine designs.
In a Nutshell, Mine Optimisations benefits the overall success of the mining operation by using mathematical models to capture the essential features of the mining operation and applying algorithms to find an optimal solution.
No Comments