Bibliographic citations
Villanueva, W., Guevara, I. (2018). Evaluación y propuesta del sistema de ventilación en el sub nivel 058 en minera Troy SAC - Cajamarca 2018 [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/13953
Villanueva, W., Guevara, I. Evaluación y propuesta del sistema de ventilación en el sub nivel 058 en minera Troy SAC - Cajamarca 2018 [Tesis]. PE: Universidad Privada del Norte; 2018. https://hdl.handle.net/11537/13953
@misc{sunedu/3005988,
title = "Evaluación y propuesta del sistema de ventilación en el sub nivel 058 en minera Troy SAC - Cajamarca 2018",
author = "Guevara Rojas, Iván",
publisher = "Universidad Privada del Norte",
year = "2018"
}
ABSTRACT The present research work entitled: "Evaluation and proposal of the ventilation system in the sub level 058 in Minera Troy S.A.C. - Cajamarca 2018 ", its general objective is to evaluate and propose the ventilation system in sub level 058 in Minera TROY S.A.C. - Cajamarca 2018, and its specific objectives are to evaluate the current situation of the ventilation system in the sub level 058 of Minera TROY S.A.C., propose the ventilation system for sub level 058 of the Troy Mine Unit S.A.C. and apply the Ventsim software for the design and simulation of the ventilation system of the sub level 058 of the Troy SAC Mining Unit, as hypothesis, the level of ventilation in the sub level 058 of the Troy Mining Unit is deficient, since some gases are below the requirements of the current regulations. The way to increase it is by proposing a design and installing a 10 000cfm fan. The design of the ventilation system is intended to achieve a comfortable working environment and minimize recirculation of stale air from sub level 058 in Minera Troy S.A.C., with study methodology which belongs to the descriptive type. Finally, mechanical ventilation has a significant influence on the development work, which is why with the ventilation design proposed for the sub level 058 a fan with a capacity of 10000 cfm will be installed in order to cover the air needs. Keywords: Ventilation, evaluation and design, worker efficiency, air requirement.
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