Influencia de tableros de control dinámico en la toma de decisiones y uso eficiente de recursos en mina Chungar-Volcan
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Date
2023-09
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Universidad Nacional de Trujillo
Abstract
La siguiente investigación tiene como objetivo diseñar tableros de control dinámicos que repercuten en el manejo eficiente de los recursos y toma de decisiones en las operaciones de la mina Chungar-Volcan. Esto se debe a que la implementación de solución de inteligencia mediante la herramienta facilita medir los indicadores a diferente nivel, de los cuales se quiere lograr un mayor performance y generar mayor rentabilidad. Asimismo, deben ofrecer resultados esperados iguales o mejores de lo programado. En tal sentido, el diseño de la presente investigación corresponde al tipo transversal descriptivo, pues tiene como objetivo investigar la incidencia de los dashboard obtenidos del procesamiento de datos mediante la herramienta de inteligencia de negocios POWER BI; aplicando un control detallado a los procesos operativos realizados por la empresa especializada Miro Vidal y Compañía Sac, en la mina Animon, de la unidad minera de Chungar-Volcan. Finalmente, se obtuvo los datos sobre el ciclo operativo de la mina como: cantidad de frentes disparados en la guardia, la eficiencia de los jefes de guardia y los operadores, el factor de carga, el tonelaje de producción, performance de los equipos, cumplimiento del programa, valorizaciones mensuales, etc.; la utilización del BI para la generación de reportes de lo que ocurre en la mina y de los recursos asignados. Se concluye que, los tableros de control dinámicos influyen significativamente en la toma de decisiones, debido a que cuentas con información oportuna, debido a que se logró una reducción del tiempo en un 93.44% en la generación de reportes, la solución del BI permite tener un control de nuestros recursos y nos permite tomar acciones para minimizar la cantidad de demora en horas al lograr bajar las horas muertas para el scooptram en un 29 %, para el desatador de 15 %, para jumbo de 26% y finalmente para bolter de 23%, en el análisis de costos también presenta un balance favorable; también te permite tener una lectura clara y ejercer planes de acción para lograr una mejora continua; por otro lado permite el manejo eficiente de los recursos disponibles, en las operaciones de una mina subterránea. Se recomienda realizar futuras investigaciones relacionadas al impacto de la presencia de BI junto con alguna herramienta tecnológica, como POWER BI ONLINE; especialmente, en el rubro minero.
Finalmente se concluye que la solución de implementada mediante el BI es una herramienta para la toma de decisiones en minería.
The following research is aimed at designing dynamic control panels that impact efficient resource management and decision making in an underground mine operation. This is because the tool facilitates the measurement of cost and time performance, which can be increased if desired. This is since the implementation of an intelligence solution through the tool makes it easier to measure the indicators at different levels, of which we want to achieve greater performance and generate greater profitability. Likewise, they must offer expected results equal to or better than planned. In this sense, the design of this research corresponds to the descriptive transversal type, since it aims to investigate the incidence of the dashboards obtained from data processing using the POWER BI business intelligence tool; applying detailed control to the operating processes carried out by the specialized company Miro Vidal and Compañía Sac, in the Animon mine, of the Chungar-Volcan mining unit. Finally, data was obtained on the operating cycle of the mine such as: number of fronts fired in the watch, the efficiency of the watch chiefs and operators, the load factor, the production tonnage, equipment performance, compliance of the program, monthly appraisals, etc .; the use of BI to generate reports on what happens in the mine and on the assigned resources. It is concluded that dynamic dashboards significantly influence decision-making, due to the fact that you have timely information, due to the reduction in time of 93.44% in the generation of reports, the BI solution allows to have a control of our resources and allows us to take actions to minimize the amount of delay in hours by reducing the dead hours for the scooptram by 29%, for the unloader by 15%, for the jumbo by 26% and finally for the bolter of 23 %, in the cost analysis also presents a favorable balance; on the other hand, it allows the efficient management of available resources in the operations of an underground mine. It is recommended to carry out future investigations related to the impact of the presence of BI together with some technological tool, such as POWER BI ONLINE; especially, in the mining area. Finally, it is concluded that the solution implemented through BI is a tool for decision-making in mining.
The following research is aimed at designing dynamic control panels that impact efficient resource management and decision making in an underground mine operation. This is because the tool facilitates the measurement of cost and time performance, which can be increased if desired. This is since the implementation of an intelligence solution through the tool makes it easier to measure the indicators at different levels, of which we want to achieve greater performance and generate greater profitability. Likewise, they must offer expected results equal to or better than planned. In this sense, the design of this research corresponds to the descriptive transversal type, since it aims to investigate the incidence of the dashboards obtained from data processing using the POWER BI business intelligence tool; applying detailed control to the operating processes carried out by the specialized company Miro Vidal and Compañía Sac, in the Animon mine, of the Chungar-Volcan mining unit. Finally, data was obtained on the operating cycle of the mine such as: number of fronts fired in the watch, the efficiency of the watch chiefs and operators, the load factor, the production tonnage, equipment performance, compliance of the program, monthly appraisals, etc .; the use of BI to generate reports on what happens in the mine and on the assigned resources. It is concluded that dynamic dashboards significantly influence decision-making, due to the fact that you have timely information, due to the reduction in time of 93.44% in the generation of reports, the BI solution allows to have a control of our resources and allows us to take actions to minimize the amount of delay in hours by reducing the dead hours for the scooptram by 29%, for the unloader by 15%, for the jumbo by 26% and finally for the bolter of 23 %, in the cost analysis also presents a favorable balance; on the other hand, it allows the efficient management of available resources in the operations of an underground mine. It is recommended to carry out future investigations related to the impact of the presence of BI together with some technological tool, such as POWER BI ONLINE; especially, in the mining area. Finally, it is concluded that the solution implemented through BI is a tool for decision-making in mining.
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TECHNOLOGY::Civil engineering and architecture::Geoengineering and mining engineering::Mining engineering