Análisis de indicadores clave reemplazando volquetes volvo FM 480 para la optimización de transporte, contrata Basahe, Summa Gold - 2024
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Date
2025-04
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Universidad Nacional de Trujillo
Abstract
La investigación propuesta se centra en el análisis de indicadores clave de rendimiento (KPI) para determinar la viabilidad del reemplazo de los volquetes Volvo FM 480 en el sistema de transporte de minerales y restos de rocas de la unidad minera Isabelita, operada por la Contrata Basahe. Las operaciones de transporte muestran el 26.53% del costo total de la mina, y se ha identificado un incremento del 41.37% en estos costos debido a la disminución de la disponibilidad mecánica y el rendimiento de los volquetes actuales. Mediante la comparación de los volquetes Volvo FM 480 con los Volvo FH 540, se evidenció que el segundo modelo presenta ventajas significativas en términos de mejor capacidad de carga, mejor rendimiento de combustible y menor tiempo de acarreo, lo cual permitiría optimizar el transporte y reducir los costos operativos. Así mismo el análisis de costo-beneficio mostró que el reemplazo de los volquetes Volvo FM 480 por los Volvo FH 540 es económicamente viable. Este cambio mejoraría la eficiencia operativa al elevar la disponibilidad y utilización mecánica de la flota, lo que resultaría en un aumento de la productividad y un corte de los tiempos muertos. El estudio concluye que el reemplazo es una solución efectiva para la optimización del sistema de transporte, lo que contribuiría a una mayor rentabilidad de las operaciones mineras.
This study focuses on the analysis of key performance indicators (KPI) to determine the feasibility of replacing the Volvo FM 480 dump trucks in the ore and waste transport system of the Isabelita mining unit, operated by the Basahe Contractor. Transport operations represent 26.53% of the total cost of the mine, and an increase of 41.37% in these costs has been identified due to the decrease in mechanical availability and performance of the current dump trucks. By comparing the Volvo FM 480 dump trucks with the Volvo FH 540, it was evident that the second model has significant advantages in terms of greater load capacity, better fuel efficiency and shorter hauling time, which would allow optimizing transport and reducing operating costs. Likewise, the cost-benefit analysis showed that replacing the Volvo FM 480 dump trucks with the Volvo FH 540 is economically viable. This change would improve operational efficiency by increasing the availability and mechanical utilization of the fleet, resulting in increased productivity and reduced downtime. The study concludes that the replacement is an effective solution for optimizing the transport system, which would contribute to greater profitability of mining operations.
This study focuses on the analysis of key performance indicators (KPI) to determine the feasibility of replacing the Volvo FM 480 dump trucks in the ore and waste transport system of the Isabelita mining unit, operated by the Basahe Contractor. Transport operations represent 26.53% of the total cost of the mine, and an increase of 41.37% in these costs has been identified due to the decrease in mechanical availability and performance of the current dump trucks. By comparing the Volvo FM 480 dump trucks with the Volvo FH 540, it was evident that the second model has significant advantages in terms of greater load capacity, better fuel efficiency and shorter hauling time, which would allow optimizing transport and reducing operating costs. Likewise, the cost-benefit analysis showed that replacing the Volvo FM 480 dump trucks with the Volvo FH 540 is economically viable. This change would improve operational efficiency by increasing the availability and mechanical utilization of the fleet, resulting in increased productivity and reduced downtime. The study concludes that the replacement is an effective solution for optimizing the transport system, which would contribute to greater profitability of mining operations.
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TECHNOLOGY::Civil engineering and architecture::Geoengineering and mining engineering::Mining engineering