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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Main Authors: Juan Ignacio Demartini, Lisandro Piga, Griselda Alicia Bertoni
Format: Article
Language:Spanish
Published: Universidad Nacional del Nordeste 2019-07-01
Series:Arquitecno
Subjects:
Online Access:https://revistas.unne.edu.ar/index.php/arq/article/view/4160
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spelling doaj-08ea3e22fa6b482ca30498e52749d0cf2020-11-25T03:41:04ZspaUniversidad Nacional del NordesteArquitecno0328-08962683-98812019-07-01013354610.30972/arq.01341603754COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIESJuan Ignacio Demartini0Lisandro Piga1Griselda Alicia Bertoni2FADU UNL; Santa FeFADU UNL; Santa FeFADU UNL; Santa FeThe 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.https://revistas.unne.edu.ar/index.php/arq/article/view/4160retardadorpluvialecologiaanegamiento
collection DOAJ
language Spanish
format Article
sources DOAJ
author Juan Ignacio Demartini
Lisandro Piga
Griselda Alicia Bertoni
spellingShingle Juan Ignacio Demartini
Lisandro Piga
Griselda Alicia Bertoni
COLLECTION AND REUSE OF RAINW ATER IN BUILDINGS AS A BENEFIT FOR CITIES
Arquitecno
retardador
pluvial
ecologia
anegamiento
author_facet Juan Ignacio Demartini
Lisandro Piga
Griselda Alicia Bertoni
author_sort Juan Ignacio Demartini
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
publisher Universidad Nacional del Nordeste
series Arquitecno
issn 0328-0896
2683-9881
publishDate 2019-07-01
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.
topic retardador
pluvial
ecologia
anegamiento
url https://revistas.unne.edu.ar/index.php/arq/article/view/4160
work_keys_str_mv AT juanignaciodemartini collectionandreuseofrainwaterinbuildingsasabenefitforcities
AT lisandropiga collectionandreuseofrainwaterinbuildingsasabenefitforcities
AT griseldaaliciabertoni collectionandreuseofrainwaterinbuildingsasabenefitforcities
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