Diseño de la red de agua potable para el Santuario de Shoenstatt en la Ciudad de Guayaquil, Provincia del Guayas
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Fecha
2019-09
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Universidad de Guayaquil- Facultad Ciencias Matemáticas y Físicas- Carrera de Ingeniería Civil
Resumen
La red de distribución de agua potable del Santuario de Shoenstatt-Guayaquil, presenta inconvenientes de suministro debido al gran número de asistentes que lo visitan. Durante los programas que se realizan, congregan personas que demandan una buena provisión de agua potable, lo que el actual sistema de agua potable no abastece.
Este proyecto consiste en el análisis de la red de distribución de agua potable, para proponer una solución de manera satisfactoria a la problemática con la que cuenta.
Para esto se realizó simulaciones para determinar los detalles de la problemática, tomando en cuenta el número máximo de personas que concurren, el área total, topografía; se consideró un total de 10000 personas.
A través de las simulaciones se pudo observar, cuáles son las falencias que tiene la red actual; como, los diámetros de tuberías, sus presiones y velocidades. Una vez que se detectaron las ineficiencias se propuso una solución técnica realizando las nuevas simulaciones con sus respectivas correcciones para la mejora del sistema de agua potable del Santuario, añadiendo un plan de válvulas y un sistema contra incendio.
El presente proyecto no genera impactos negativos por lo cual no afectara a su flora y fauna del sector.
The drinking water distribution network of the Shoenstatt-Guayaquil Shrine has supply problems due to the large number of visitors who visit it. During the programs that are carried out, people who demand a good supply of drinking water congregate, which the current drinking water system does not supply. This project consists of the analysis of the distribution network of drinking water, to propose a satisfactory solution to the problem it has. For this, simulations were carried out to determine the details of the problem, taking into account the maximum number of people attending, the total area, topography; A total of 10,000 people were considered. Through the simulations it was possible to observe, what are the shortcomings of the current network; as, the pipe diameters, their pressures and speeds. Once the inefficiencies were detected, a technical solution was proposed by carrying out the new simulations with their respective corrections for the improvement of the Sanctuary's drinking water system, adding a valve plan and a fire system. This project does not generate negative impacts so it will not affect its flora and fauna of the sector.
The drinking water distribution network of the Shoenstatt-Guayaquil Shrine has supply problems due to the large number of visitors who visit it. During the programs that are carried out, people who demand a good supply of drinking water congregate, which the current drinking water system does not supply. This project consists of the analysis of the distribution network of drinking water, to propose a satisfactory solution to the problem it has. For this, simulations were carried out to determine the details of the problem, taking into account the maximum number of people attending, the total area, topography; A total of 10,000 people were considered. Through the simulations it was possible to observe, what are the shortcomings of the current network; as, the pipe diameters, their pressures and speeds. Once the inefficiencies were detected, a technical solution was proposed by carrying out the new simulations with their respective corrections for the improvement of the Sanctuary's drinking water system, adding a valve plan and a fire system. This project does not generate negative impacts so it will not affect its flora and fauna of the sector.
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Palabras clave
Agua Potable, Red de Distribución, Simulaciones, Presiones, Velocidades