Bibliographic citations
Amanqui, D., Ruiz, L. (2021). Diseño del sistema de agua potable de las localidades de Nueva Esperanza - El Caribe y Dos Unidos distrito de San Pablo, provincia de Bellavista, región San Martín [Fondo Editorial UNSM]. http://hdl.handle.net/11458/5801
Amanqui, D., Ruiz, L. Diseño del sistema de agua potable de las localidades de Nueva Esperanza - El Caribe y Dos Unidos distrito de San Pablo, provincia de Bellavista, región San Martín []. PE: Fondo Editorial UNSM; 2021. http://hdl.handle.net/11458/5801
@misc{renati/1054203,
title = "Diseño del sistema de agua potable de las localidades de Nueva Esperanza - El Caribe y Dos Unidos distrito de San Pablo, provincia de Bellavista, región San Martín",
author = "Ruiz Gomez, Luis Bryan",
publisher = "Fondo Editorial UNSM",
year = "2021"
}
The present thesis project called "Design of the Drinking Water System of the localities of Nueva Esperanza El Caribe and Dos Unidos, District of San Pablo, Bellavista, San Martin", was developed in the Civil Engineering Department of the National University of San Martin. In the Department of Civil Engineering of the National University of San Martin, the thesis "Design of the Potable Water System of the Localities of Nueva Esperanza El Caribe and Dos Unidos, District of San Pablo, Bellavista, San Martin" has been developed. The population of Nueva Esperanza El Caribe and Dos Unidos is expected to increase, and the age of the supply system (through groundwater) means that there will probably be supply interruptions in the near future, which could have serious consequences for people's health if nothing is done to solve the problem. To meet the overall demand for water in the communities of Nueva Esperanza El Caribe and Dos Unidos, it is planned to improve and expand the existing drinking water supply infrastructure through an alternative analysis. The following proposal corresponds to a project for the construction of a drinking water system to provide water to the areas indicated for a total of 157 households. Therefore, we have developed 20-year plans for our hydrological, environmental, economic and hydraulic infrastructure. Right now 202 people live in the area, and that number is expected to increase to 755 by the end of the system's useful life. Since the study found no detrimental effects to the flora or fauna of the ecosystem, it concluded that an Environmental Impact Statement would not be necessary. Finally, a budget was prepared for each system to draw conclusions on the technical and economic feasibility of water supply systems for human consumption in rural areas of the Peruvian jungle. Air transport of materials to the construction site was found to have the greatest impact on costs.
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