Tratamiento de agua lluvia con fines de consumo humano

Avilés, Diana Margarita Hernández; Chaparro, Tatiana R.

doi:10.18359/rcin.4409

Cited by 7 publications

(4 citation statements)

References 19 publications

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“…The SCAPT also implies water savings and economic benefits. It is characterized by 4 stages: catchment, collection/conduction, first rain separation and storage [16].…”

Section: Stages Of the Rainwater Harvesting System In Roofsmentioning

confidence: 99%

Analysis and evaluation of proposals for rainwater harvesting systems for non-consumptive use in the city of Cuenca, Ecuador

Durán,

Córdova-González,

Zamudio

2024

MATEC Web Conf.

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Due to the current population increase, the demand for the use of natural resources is also increasing exponentially, one of them is drinking water, this resource is one of the vital elements for human beings and has become the most exploited and specifically underutilized in residential buildings. Currently, this vital element has been used in cleaning activities, irrigation of plants and other non-consumptive activities. The World Health Organization recommends that water consumption should be 100 liters/inhabitant/day to consider a sustainable society; however, in the city of Cuenca- Ecuador, consumption doubles the recommended limit. Studies show that this consumption can be reduced with the application of bioclimatic strategies, one of which is rainwater harvesting. Therefore, this research focuses on the analysis and proposal for rainwater harvesting to solve the underuse of potable water in residential buildings for non-consumptive use (laundry, garden irrigation, house cleaning and toilet flushing). Thus, for rainwater harvesting for domestic purposes, the roof surface is used, and this model is known as SCAPT. The research methodology is of an experimental type in that collection strategies and systems are proposed, analyzed, and evaluated. With these rainwater harvesting systems, more than 55 litres/inhab/day can be incorporated into the dwelling, thus contributing to the reduction and control of drinking water in residential buildings.

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“…The SCAPT also implies water savings and economic benefits. It is characterized by 4 stages: catchment, collection/conduction, first rain separation and storage [16].…”

Section: Stages Of the Rainwater Harvesting System In Roofsmentioning

confidence: 99%

Analysis and evaluation of proposals for rainwater harvesting systems for non-consumptive use in the city of Cuenca, Ecuador

Durán,

Córdova-González,

Zamudio

2024

MATEC Web Conf.

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“…En el informe publicado por la Organización de las Naciones Unidas para la Educación, la Ciencia (UNESCO) en nombre de ONU-Agua, solamente dos tercios de la población mundial tienen acceso a estos servicios , es decir, un tercio de la población mundial no tiene acceso a servicios de agua potable administrados de manera segura [3]. La propagación de enfermedades debido a las fuentes de agua contaminadas, generalmente ocasiona problemas de salud en la población, y ello se resume en la necesidad de aplicar tratamientos eficaces para su depuración y consumo humano [4].…”

Section: Fundamento Teórico a Agua De Riounclassified

Database management of the control of a thermoelectric power generator through a river water treatment process

Sánchez-Márquez,

Torres-Díaz,

Alvarez-Lopez

et al. 2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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In this article we address the issue of database management of the control of a thermoelectric power generator by river water treatment process. The management process has been carried out using the Microsoft ACCESS database platform. In this research work, database management is similar to a SCADA system, which is generally used for the management, supervision, auditing and control of a network of industrial processes. In that sense, our database management system has helped us to audit and control process variables such as: voltage, current, level of stored water, level of treated water for consumption, steam pressure, temperature level, levels of electrical consumption, as well as the results of the management of the work of the technical and administrative staff, among others.In this paper we show another alternative for the management, supervision, audit and control of an electric power generator and at the same time of treatment of river water for domestic use, given the scarce energy resources and limited supplies of treated water.

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“…Investigaciones recientes, realizadas por (Hernández-Avilés & Chaparro, 2020), resaltan la importancia de abordar estos desafíos desde perspectivas multidisciplinarias para mejorar el acceso al agua potable en comunidades urbanas y periféricas. La creciente contaminación de los recursos hídricos a nivel global nos obliga a explorar nuevas formas de aprovechar el agua, dentro de estas alternativas esta la utilización del agua de lluvia.…”

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Calidad de agua lluvia almacenada de los techos de las viviendas para el consumo humano [Quality of stored rainwater from roofs of dwellings for human consumption]

Calvopiña-Beltrán,

Guerra-Punina,

Grefa-Alvarado

2024

RMPI

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El objetivo de este estudio es determinar la calidad de agua lluvia almacenada de los techos de las viviendas de la Asociación de Mujeres Autónomas de Pastaza (AMAP) para el consumo humano. Se tomaron tres muestras de diferentes viviendas que presentan diferentes tipos de techos (zinc de 2 años, zinc de 10 años y teja de 5 años), los resultados que se obtuvieron se compararon con los parámetros establecidos en la normativa vigente para el consumo humano. Los análisis efectuados demostraron que la composición fisicoquímica y microbiológica del agua lluvia requiere de un tratamiento de potabilización, para estabilizar los valores que sobrepasan los rangos permisibles, entre ellos tenemos el pH de las muestras presentó valores bajos con un promedio de 5.37 lo que determinó que el agua es ácida, como también los altos niveles de coliformes fecales con un promedio de 1.8 nmp/100ml.

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Tratamiento de agua lluvia con fines de consumo humano

Cited by 7 publications

References 19 publications

Analysis and evaluation of proposals for rainwater harvesting systems for non-consumptive use in the city of Cuenca, Ecuador

Analysis and evaluation of proposals for rainwater harvesting systems for non-consumptive use in the city of Cuenca, Ecuador

Database management of the control of a thermoelectric power generator through a river water treatment process

Calidad de agua lluvia almacenada de los techos de las viviendas para el consumo humano [Quality of stored rainwater from roofs of dwellings for human consumption]

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