The activities of the mineral industry depend heavily on mining operations, including mining and processing. To carry out efficient mining operations, geological models with adequate reliability are needed. In addition to the high level of knowledge of the deposit, topographical and geometric models allow the assessment of the current and future situation of a mine. These procedures can be performed by simulating production scenarios.
As the greatest technical uncertainties in the mineral industry are related to geology, all available information must be used in the project. With the increase in geological knowledge, it is possible to substantially increase the quality and reliability of mine plans. However, it is important to emphasize that investments in mineral research are high and do not always have a guaranteed
return. Therefore, it is absolutely crucial that professionals linked to this industrial segment are updated and trained to use geological data in mining projects. For these projects to generate value for investors and stakeholders, it is necessary to combine geological knowledge (compatible with the project in question) and the technical capacity of professionals. This premise is strongly linked to the project development phases, which precede the operational stages of mining projects.
Advanced systems and software, allow the execution of work and procedures recommended for mining projects. The tools have applicability for geology, topography and mine operation teams; supporting long-term planning, short-term and operational production control. It is a valuable ally of technical teams and mining companies, in order to obtain the most accurate results, with the highest possible technical quality. The main objective of these tools is to leverage the economic performance of mining companies and ensure the best economic use of deposits. This type of approach generates gains that go beyond the limits of mining companies.
Ensuring the maximum economic use of a mineral deposit is fundamental for the development of our society. Each individual needs mining, directly or indirectly, to maintain contemporary living standards. Investing in knowledge, innovation and technology applied to mining means contributing to the development of society. References
Rodovalho EC, de Tomi G. 2016. Simulation of the impact of mine face geometry on the energy efficiency of short-distance haulage mining operations. Min Technol. 125(4):226–232
Hustrulid W, Kuchta M, Martin R. 2013. Open pit mine planning and design, 3rd ed. London (UK): Taylor & Francis.
Hartman HL, Mutmansky JM. 2002. Introductory mining engineering, 2nd ed. Hoboken (NJ): Wiley.
Rodovalho, E. C. and Cabral, I. E. 2014. Estimate of hourly productivity applied to elaboration and implementation of mining plans, REM. Rev. Esc. Min., 67, (2), 221–227.
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