Bibliographic citations
Naupari, D., (2015). Mejora de las condiciones termo-ambientales y diseño de ampliación del sistema de ventilación de las zonas 3 y 5 Doe Run Perú - Mina Cobriza [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/9736
Naupari, D., Mejora de las condiciones termo-ambientales y diseño de ampliación del sistema de ventilación de las zonas 3 y 5 Doe Run Perú - Mina Cobriza [Tesis]. : Universidad Nacional de Ingeniería; 2015. http://hdl.handle.net/20.500.14076/9736
@misc{renati/261370,
title = "Mejora de las condiciones termo-ambientales y diseño de ampliación del sistema de ventilación de las zonas 3 y 5 Doe Run Perú - Mina Cobriza",
author = "Naupari Escobar, Daniel Ibrahim",
publisher = "Universidad Nacional de Ingeniería",
year = "2015"
}
Thermal environmental conditions in zones 3 and 5 in the Cobriza mine is characterized by unfavorable from the point of view of safety and productivity of operations so it is necessary to find the best way to deliver cool air to the final users in the work fronts with appropriate psychrometric variables to achieve a comfortable environment for the development of high-productivity jobs, with due attention to the implementation of these with the relevant safety and comply with the requirements established in the current regulations. That is why the general objective of this work is to modify the ventilation circuit employed in order to provide thermal environmental conditions suitable for which the necessary information and data will be collected, they will analyze and identify the necessary actions to improve conditions finally the effects obtained will be analyzed and complementary actions to further improve the thermal environmental conditions all based on the assumption that improving is necessary to increase the volume of air flowing through the circuit will evaluate, modify routes of entry and exit of fresh air and stale respectively and avoid premature and excessive air contact with sources of heat before it has reached the fronts. Finally we show that the proposed options had a significant effect on improving thermal environmental conditions but nevertheless are necessary to apply additional measures of medium and long term to achieve normal thermal environmental conditions of continuous operation as required by regulations.
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