COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES

COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES

The research arises from the problems faced by cities due to heavy rainfall, and the obsolete drainage infrastructure systems, that lead to the collapse of rainwater evacuation systems. Contributing to the resolution of the problematic, with a proposal based on the collection, reused, and evacuation...

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Principais autores: Demartini, Juan Ignacio; FADU UNL; Santa Fe, Piga, Lisandro; FADU UNL; Santa Fe, Bertoni, Griselda Alicia; FADU UNL; Santa Fe
Formato: Online
Idioma:spa
Publicado em: Instituto de Investigaciones Tecnológicas para el Diseño Ambiental del Hábitat Humano 2019
Acesso em linha:https://revistas.unne.edu.ar/index.php/arq/article/view/4160
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spelling oai:ojs.revistas.unne.edu.ar:article-41602020-06-23T12:10:42Z COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES RECOLECCION Y REUTILIZACION DE LAS AGUAS DE LLUVIA EN EDIFICIOS COMO BENEFICIO PARA LAS CIUDADES Demartini, Juan Ignacio; FADU UNL; Santa Fe Piga, Lisandro; FADU UNL; Santa Fe Bertoni, Griselda Alicia; FADU UNL; Santa Fe RETARDER PLUVIAL ECOLOGY ANCHORING RETARDADOR PLUVIAL ECOLOGIA ANEGAMIENTO The research arises from the problems faced by cities due to heavy rainfall, and the obsolete drainage infrastructure systems, that lead to the collapse of rainwater evacuation systems. Contributing to the resolution of the problematic, with a proposal based on the collection, reused, and evacuation, through the retarders or other systems inside the property. In this way, the excess of flow that might be find in the runoff will decrease singnificantly, reducing the negative impacts on the city and granting sustainable benefits to this natural resource. We understand that non-conventional retarders are easy to combine with conventional ones, allowing to enhance their results not only at the level of urban storm drainage (possibility of absorbing 100%), but also contributing to ecological consideration (Ex: reduction in heat emission from natural roofs, with return to environments water by evapotranspiration process) and also those of a sustainable type (Ex: water recycling with collection and storage of a reserve tank). The validation is carried out from the intervention of an existing building, this allows to test the feasibility of different systems of rain regulators that is being analyzed. La investigación surge de la problemática que afrontan las ciudades debido a las intensas precipitaciones, y obsoletos sistemas de infraestructura de desagües llevan a colapsar los sistemas de evacuación de aguas de lluvia. Aportar a la resolución del problema, por medio de la recolección, reutilización y/o evacuación a través de los retardadores u otros sistemas al interior del predio. De esta forma, disminuirá el caudal excedente en los medios de escurrimiento, reduciendo los impactos negativos en la ciudad y otorgando beneficios de tipo sustentable a este recurso natural. Entendemos que los retardadores no convencionales son fáciles de combinar con los convencionales, permitiendo potenciar sus resultados no solo a nivel de evacuación pluvial urbana (posibilidad de absorberretener el 100%), sino también aportando a la consideración ecológica (Ej: reducción en la emisión de calor de las cubiertas naturadas, con devolución al ambiente del agua por el proceso de evapotranspiración) y también las de tipo sustentable (Ej: reciclado de agua con la captación y almacenado de un tanque de reserva). La validación se realiza a partir de la intervención en un edificio existente, esto permite ensayar la factibilidad de aplicación de los distintos sistemas de reguladores pluviales analizados. Instituto de Investigaciones Tecnológicas para el Diseño Ambiental del Hábitat Humano 2019-07-01 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revistas.unne.edu.ar/index.php/arq/article/view/4160 10.30972/arq.0134160 Arquitecno; Núm. 13 (2019); 35-46 2683-9881 0328-0896 spa https://revistas.unne.edu.ar/index.php/arq/article/view/4160/3796 Copyright (c) 2020 Arquitecno https://creativecommons.org/licenses/by-nc/4.0
institution Universidad Nacional del Nordeste
collection OJS
language spa
format Online
author Demartini, Juan Ignacio; FADU UNL; Santa Fe
Piga, Lisandro; FADU UNL; Santa Fe
Bertoni, Griselda Alicia; FADU UNL; Santa Fe
spellingShingle Demartini, Juan Ignacio; FADU UNL; Santa Fe
Piga, Lisandro; FADU UNL; Santa Fe
Bertoni, Griselda Alicia; FADU UNL; Santa Fe
COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES
author_facet Demartini, Juan Ignacio; FADU UNL; Santa Fe
Piga, Lisandro; FADU UNL; Santa Fe
Bertoni, Griselda Alicia; FADU UNL; Santa Fe
author_sort Demartini, Juan Ignacio; FADU UNL; Santa Fe
title COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES
title_short COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES
title_full COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES
title_fullStr COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES
title_full_unstemmed COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES
title_sort collection and reuse of rainw ater in buildings as a benefit for cities
description The research arises from the problems faced by cities due to heavy rainfall, and the obsolete drainage infrastructure systems, that lead to the collapse of rainwater evacuation systems. Contributing to the resolution of the problematic, with a proposal based on the collection, reused, and evacuation, through the retarders or other systems inside the property. In this way, the excess of flow that might be find in the runoff will decrease singnificantly, reducing the negative impacts on the city and granting sustainable benefits to this natural resource. We understand that non-conventional retarders are easy to combine with conventional ones, allowing to enhance their results not only at the level of urban storm drainage (possibility of absorbing 100%), but also contributing to ecological consideration (Ex: reduction in heat emission from natural roofs, with return to environments water by evapotranspiration process) and also those of a sustainable type (Ex: water recycling with collection and storage of a reserve tank). The validation is carried out from the intervention of an existing building, this allows to test the feasibility of different systems of rain regulators that is being analyzed.
publisher Instituto de Investigaciones Tecnológicas para el Diseño Ambiental del Hábitat Humano
publishDate 2019
url https://revistas.unne.edu.ar/index.php/arq/article/view/4160
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