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Bardales, J., Nuñez, V. (2023). Aprovechamiento de agua de lluvia para uso poblacional, centro poblado San Regis, Nauta, 2023 [Tesis, Universidad Científica del Perú]. http://hdl.handle.net/20.500.14503/2739
Bardales, J., Nuñez, V. Aprovechamiento de agua de lluvia para uso poblacional, centro poblado San Regis, Nauta, 2023 [Tesis]. PE: Universidad Científica del Perú; 2023. http://hdl.handle.net/20.500.14503/2739
@misc{renati/197601,
title = "Aprovechamiento de agua de lluvia para uso poblacional, centro poblado San Regis, Nauta, 2023",
author = "Nuñez Navarro, Vilma Karmi",
publisher = "Universidad Científica del Perú",
year = "2023"
}
Title: Aprovechamiento de agua de lluvia para uso poblacional, centro poblado San Regis, Nauta, 2023
Advisor(s): Paredes Riveros, Marco Antonio
Keywords: Agua de lluvia; Demanda de agua; Oferta de agua; Captación de lluvia; Cosecha de lluvia; Rainwater; Water demand; Water supply; Rain catchment; Rain harvest
OCDE field: https://purl.org/pe-repo/ocde/ford#2.07.00
Issue Date: 9-Oct-2023
Institution: Universidad Científica del Perú
Abstract: El presente estudio analizó la alternativa de utilización del agua de lluvia para el
consumo humano en el centro poblado la comunidad de San Regís, distrito de
Nauta, provincia y departamento de Loreto, ubicada sobre el río Marañón, cercano
a la línea ecuatorial, se determinó la oferta del sistema a través de la precipitación
mensual. La demanda familiar se estimó en función del último censo poblacional
del INEI con 211 familias. San Regis posee un régimen de precipitación unimodal
con valores mínimas de 150 mm, con un alto potencial hídrico durante todo el año,
El área efectiva de la quebrada es 32.56 Has, que proporciona potencial de agua
atmosférica de más de 107 000 m3. La demanda poblacional de San Regis es de
3924.6 m3/mes como mínimo, lo que representa solo el 3% de lo que nos provee el
sistema tierra atmosfera, lo que resulta sostenible. El diseño del sistema de
captación de agua de lluvia contempla un techo metálico, cunetas, tuberías, sistema
de cloración, bomba de ariete y un sistema de almacenamiento para su posterior
distribución dentro de la vivienda. El costo unitario por familia es de S/. 13856.00
soles, muy por debajo del mercado privado.
The study analyzed the alternative of using rainwater for human consumption in San Regis community, Nauta district, province and department of Loreto, located on the Marañón river, near to the equator line. The demand was determined of system through monthly precipitation. Family demand was estimated based on the latest INEI population census with 211 families. San Regis has a unimodal rainfall regime with minimum values of 150 mm, with a high water potential throughout the year. The effective area of the stream is 32.56 Has, which provides atmospheric water potential of more than 107,000 m3. The population demand of San Regis is at least 3924.6 m3/month, which represents only 3% of what the earth-atmosphere system provides us, which is sustainable. The design of the rainwater harvesting system includes a metal roof, gutters, pipes, a chlorination system, a ram pump and a storage system for its subsequent distribution within the home. The unit cost per family is S/. 13856.00 soles, well below the private market.
The study analyzed the alternative of using rainwater for human consumption in San Regis community, Nauta district, province and department of Loreto, located on the Marañón river, near to the equator line. The demand was determined of system through monthly precipitation. Family demand was estimated based on the latest INEI population census with 211 families. San Regis has a unimodal rainfall regime with minimum values of 150 mm, with a high water potential throughout the year. The effective area of the stream is 32.56 Has, which provides atmospheric water potential of more than 107,000 m3. The population demand of San Regis is at least 3924.6 m3/month, which represents only 3% of what the earth-atmosphere system provides us, which is sustainable. The design of the rainwater harvesting system includes a metal roof, gutters, pipes, a chlorination system, a ram pump and a storage system for its subsequent distribution within the home. The unit cost per family is S/. 13856.00 soles, well below the private market.
Link to repository: http://hdl.handle.net/20.500.14503/2739
Discipline: Ingeniería Ambiental
Grade or title grantor: Universidad Científica del Perú. Facultad de Ciencias e Ingeniería
Grade or title: Ingeniero Ambiental
Juror: Cerdeña Del Águila, Carmen Patricia; León Vargas, Frank Romel; Urro Rodríguez, Giorgio Sergio
Register date: 14-Feb-2024
This item is licensed under a Creative Commons License