Aplicación de los programas WaterCAD y SewerCAD en el diseño de las redes de agua potable y alcantarillado para mejorar la calidad de vida del Centro Poblado de Vista Alegre, distrito de Satipo, provincia de Satipo, departamento de Junín
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Fecha
2023
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Universidad Nacional San Luis Gonzaga
Resumen
En el Centro Poblado Vista Alegre, distrito de Satipo, provincia de Satipo, departamento de Junín,
presenta constantes problemas, ya que, no satisface de forma adecuada la demanda actual de los
servicios de agua potable y alcantarillado porque cuenta con un inadecuado sistema, por lo que
se requiere de su mejora y ampliación.
Siendo necesario evaluar esta condición para realizar una propuesta técnica, se propuso
desarrollar una investigación cuantitativa del tipo aplicada con la hipótesis: La aplicación de los
programas WaterCAD y SewerCAD facilitan el diseño de las redes de agua potable y
alcantarillado para mejorar la calidad de vida del C.P. de Vista Alegre. Se planteó como objetivo
Determinar en qué medida influye los programas WaterCAD y SewerCAD en el diseño de las
redes de agua potable y alcantarillado del C.P. de Vista Alegre.
La Pdiseño=229 habitantes. El Qmh=0.65 lt/seg, Qmd=0.34 lt/seg, Una captación de un manantial de
ladera, un reservorio de 10m3, una línea de conducción PVC clase C-10, red de distribución de
agua potable Ø 1 1/2” y 1”, cámaras rompe presión y conexiones domiciliarias, red de
alcantarillado PVC UF S-25 DN 100 mm, 7 buzones de concreto armado y conexiones
domiciliarias. Una PTAR de 1.95mx3.90m y 1.50m de altura y una unidad básica de saneamiento
(USB) de 600 litros con zanja de infiltración.
Se concluye que La aplicación de los programas WaterCAD y SewerCAD facilitan el diseño de
las redes de agua potable y alcantarillado para mejorar la calidad de vida del C.P. de Vista Alegre.
In the Vista Alegre Town Center, district of Satipo, province of Satipo, department of Junín, it presents constant problems, since it does not adequately satisfy the current demand for drinking water and sewage services because it has an inadequate system, for what is required for its improvement and expansion. Being necessary to evaluate this condition to make a technical proposal, it was proposed to develop a quantitative research of the applied type with the hypothesis: The application of the WaterCAD and SewerCAD programs facilitate the design of drinking water and sewage networks to improve the quality of life of the C.P. of Vista Alegre. The objective was to determine to what extent the WaterCAD and SewerCAD programs influence the design of the drinking water and sewage networks of the C.P. of Vista Alegre. The Pdesign=229 inhabitants. The Qmh=0.65 lt/sec, Qmd=0.34 lt/sec, A catchment from a hillside spring, a 10m3 reservoir, a PVC class C-10 conduction line, a Ø 1 1/2” drinking water distribution network and 1”, pressure break chambers and home connections, PVC UF S-25 DN 100 mm sewer network, 7 reinforced concrete mailboxes and home connections. A WWTP of 1.95mx3.90m and 1.50m in height and a basic sanitation unit (USB) of 600 liters with infiltration trench. It is concluded that the application of the WaterCAD and SewerCAD programs facilitate the design of the drinking water and sewage networks to improve the quality of life of the C.P. of Vista Alegre.
In the Vista Alegre Town Center, district of Satipo, province of Satipo, department of Junín, it presents constant problems, since it does not adequately satisfy the current demand for drinking water and sewage services because it has an inadequate system, for what is required for its improvement and expansion. Being necessary to evaluate this condition to make a technical proposal, it was proposed to develop a quantitative research of the applied type with the hypothesis: The application of the WaterCAD and SewerCAD programs facilitate the design of drinking water and sewage networks to improve the quality of life of the C.P. of Vista Alegre. The objective was to determine to what extent the WaterCAD and SewerCAD programs influence the design of the drinking water and sewage networks of the C.P. of Vista Alegre. The Pdesign=229 inhabitants. The Qmh=0.65 lt/sec, Qmd=0.34 lt/sec, A catchment from a hillside spring, a 10m3 reservoir, a PVC class C-10 conduction line, a Ø 1 1/2” drinking water distribution network and 1”, pressure break chambers and home connections, PVC UF S-25 DN 100 mm sewer network, 7 reinforced concrete mailboxes and home connections. A WWTP of 1.95mx3.90m and 1.50m in height and a basic sanitation unit (USB) of 600 liters with infiltration trench. It is concluded that the application of the WaterCAD and SewerCAD programs facilitate the design of the drinking water and sewage networks to improve the quality of life of the C.P. of Vista Alegre.
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Palabras clave
WaterCAD, SewerCAD, Agua potable, Alcantarillado, Drinking water