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Veliz, G., (2019). Evaluación de la ampliación del depósito de desmonte Botadero 100 de la mina Cerro Lindo año 2019 [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/21265
Veliz, G., Evaluación de la ampliación del depósito de desmonte Botadero 100 de la mina Cerro Lindo año 2019 [Tesis]. PE: Universidad Privada del Norte; 2019. https://hdl.handle.net/11537/21265
@misc{renati/401157,
title = "Evaluación de la ampliación del depósito de desmonte Botadero 100 de la mina Cerro Lindo año 2019",
author = "Veliz Poma, Gregorio Fidel",
publisher = "Universidad Privada del Norte",
year = "2019"
}
Title: Evaluación de la ampliación del depósito de desmonte Botadero 100 de la mina Cerro Lindo año 2019
Authors(s): Veliz Poma, Gregorio Fidel
Advisor(s): Vega Rivera, Gerson
Keywords: Estabilidad; Excavación; Topografía; Minería; Tratamiento (desmineralización)
OCDE field: https://purl.org/pe-repo/ocde/ford#2.01.01
Issue Date: 6-Apr-2019
Institution: Universidad Privada del Norte
Abstract: El presente trabajo de investigación tiene como objetivo el diseño y análisis de estabilidad del botadero 100 como parte de la ampliación.
La conformación del depósito de desmonte en la etapa de ampliación se realizará por banquetas que consistente en apilamiento y compactación que tendrá una altura de 25 metros con un talud de vertido de 1H: 1.60V metros que asegura la estabilidad física del depósito.
Los taludes son de mayor importancia en este trabajo, dado que su configuración vertical y horizontal son factores, que nos ayudaron a determinar el diseño y análisis final para la estabilidad del botadero en investigación.
El análisis de estabilidad se efectuó utilizando modelos de equilibrio límite y el método de Spencer con la ayuda del programa Slide V.6 de la familia de Rocsciencie.
Milpo es una empresa dedicada a la actividad minera, que a la fecha se encuentra operando la unidad de producción Cerro Lindo, obteniendo concentrados de zinc, plomo y cobre.
Cerro Lindo inició sus operaciones en junio del 2007 con una producción de 5000 tpd. Actualmente la producción de la planta concentradora es de 21,100 tpd.
A finales del año 2013 y comienzos del 2014, SVS realiza el diseño del depósito de desmontes botadero 100 a través de “Estudio de ingeniería básica y de detalle del Botadero 100”
En función a un plan anual de producción de desmontes, Milpo requiere de una desmontera que pueda cubrir un almacenamiento adicional mínimo 500,000 metros cúbicos de desmonte.
The objective of this research work is to design and analyze the stability of the dump 100 as part of the expansion. The formation of the debris deposit in the expansion stage will be made by sidewalks consisting of stacking and compaction that will have a height of 25 meters with a slope of 1H discharge: 1.60V meters that ensures the physical stability of the deposit. The slopes are of greater importance in this work, given that their vertical and horizontal configuration are factors that helped us determine the design and final analysis for the stability of the dump under investigation. The stability analysis was carried out using limit equilibrium models and the Spencer method with the help of the Slide V.6 program of the Rocsciencie family. Milpo is a company dedicated to the mining activity, which to date is operating the Cerro Lindo production unit, obtaining zinc, lead and copper concentrates. Cerro Lindo started operations in June 2007 with a production of 5000 tpd. Currently the production of the concentrator plant is 21,100 tpd. At the end of 2013 and beginning of 2014, SVS carries out the design of the waste dump 100 through "Basic and Detail Engineering Study of the 100 Dump" According to an annual plan for the production of clearings, Milpo requires a dismantler that can cover an additional minimum storage of 500,000 cubic meters of waste.
The objective of this research work is to design and analyze the stability of the dump 100 as part of the expansion. The formation of the debris deposit in the expansion stage will be made by sidewalks consisting of stacking and compaction that will have a height of 25 meters with a slope of 1H discharge: 1.60V meters that ensures the physical stability of the deposit. The slopes are of greater importance in this work, given that their vertical and horizontal configuration are factors that helped us determine the design and final analysis for the stability of the dump under investigation. The stability analysis was carried out using limit equilibrium models and the Spencer method with the help of the Slide V.6 program of the Rocsciencie family. Milpo is a company dedicated to the mining activity, which to date is operating the Cerro Lindo production unit, obtaining zinc, lead and copper concentrates. Cerro Lindo started operations in June 2007 with a production of 5000 tpd. Currently the production of the concentrator plant is 21,100 tpd. At the end of 2013 and beginning of 2014, SVS carries out the design of the waste dump 100 through "Basic and Detail Engineering Study of the 100 Dump" According to an annual plan for the production of clearings, Milpo requires a dismantler that can cover an additional minimum storage of 500,000 cubic meters of waste.
Link to repository: https://hdl.handle.net/11537/21265
Discipline: Ingeniería Civil
Grade or title grantor: Universidad Privada del Norte. Facultad de Ingeniería
Grade or title: Ingeniero Civil
Juror: Guardia, Cesar; Barrenechea, Taylor; Rivera, Cesar
Register date: 19-May-2019
This item is licensed under a Creative Commons License