Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina

Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina

The aim of this paper is to analyse the puzzolanic pomeca and to experimentally develop and insulating panel for improving the hygrothermal conditioning of social housing in the arid regions of San Juan, taking into consideration the minimum quality standards. The methodology considers the developme...

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Autor principal: Buigues Nollens, Arturo
Formato: Online
Idioma:spa
Publicado em: Universidad del Bío-Bío, Chile 2013
Acesso em linha:https://revistas.ubiobio.cl/index.php/RHS/article/view/429
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spelling oai:ojs.revistas.ubiobio.cl:article-4292018-03-27T16:11:42Z Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina Aprovechamiento de la pomeca puzolánica en envolventes: desarrollo experimental de un panel termoaislante para viviendas en zonas áridas en Argentina Buigues Nollens, Arturo estudio experimental envolvente termoaislante pomeca puzolánica viviendas sociales zonas áridas Experimental analysis thermoisolating enclosing Puzzolanic Pomeca social housing arid areas The aim of this paper is to analyse the puzzolanic pomeca and to experimentally develop and insulating panel for improving the hygrothermal conditioning of social housing in the arid regions of San Juan, taking into consideration the minimum quality standards. The methodology considers the development of studies of characterization, thermal design and techno-constructive analysis, using vertical opaque natural materials for the envelope, which includes this one of volcanic origin. Internal temperatures below 23 °C have been obtained, while the outer face of the panel with insulation and no paint reaches 54 °C, with 830W/m2 of solar radiation. This demonstrates that it is possible to use Pomeca as filling in adequate thicknesses and as insulation panels, in order to reduce thermal losses at low costs. It integrates an alternative technological system using simple production and construction techniques and contributes to reduce energy expenses, satisfying different needs of the low income social groups and protecting the environment. Este trabajo tiene como objetivo el estudio de la pomeca puzolánica y el desarrollo experimental de un panel termoaislante para zonas áridas, destinado al acondicionamiento higrotérmico de viviendas de interés social de San Juan, teniendo en cuenta estándares mínimos de calidad. La metodología considera el desarrollo de estudios de caracterización, diseño térmico y análisis tecnoconstructivo utilizando cerramientos opacos verticales que incluyen como componente a este material natural de origen volcánico. Se han obtenido temperaturas interiores de 23 °C, mientras que la cara exterior de la placa vista con aislante sin pintar alcanza los 54 °C, con 830W/m2 de radiación solar. Se demuestra que es posible utilizar a la pomeca, incluida como relleno en adecuados espesores, y como placas aislantes, para poder disminuir pérdidas térmicas con bajos costos. Integrando un sistema tecnológico alternativo, que utiliza técnicas de producción y construcción sencillas, contribuye a mitigar gastos energéticos, satisfacer diferentes necesidades de grupos sociales con bajos recursos y proteger el ambiente. Universidad del Bío-Bío, Chile 2013-06-24 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion Artículo revisado por pares application/pdf https://revistas.ubiobio.cl/index.php/RHS/article/view/429 Hábitat Sustentable; V.3, N.1 (2013): Junio; 62-71 Sustainable Habitat; V.3, N.1 (2013): Junio; 62-71 0719-0700 spa https://revistas.ubiobio.cl/index.php/RHS/article/view/429/391 Derechos de autor 2015 Revista Hábitat Sustentable
institution Universidad del Bío-Bío
collection OJS
language spa
format Online
author Buigues Nollens, Arturo
spellingShingle Buigues Nollens, Arturo
Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina
author_facet Buigues Nollens, Arturo
author_sort Buigues Nollens, Arturo
title Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina
title_short Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina
title_full Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina
title_fullStr Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina
title_full_unstemmed Utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of Argentina
title_sort utilization of puzzolanic pomeca in envelopes: experimental development of an insulating panel for housing in the arid regions of argentina
description The aim of this paper is to analyse the puzzolanic pomeca and to experimentally develop and insulating panel for improving the hygrothermal conditioning of social housing in the arid regions of San Juan, taking into consideration the minimum quality standards. The methodology considers the development of studies of characterization, thermal design and techno-constructive analysis, using vertical opaque natural materials for the envelope, which includes this one of volcanic origin. Internal temperatures below 23 °C have been obtained, while the outer face of the panel with insulation and no paint reaches 54 °C, with 830W/m2 of solar radiation. This demonstrates that it is possible to use Pomeca as filling in adequate thicknesses and as insulation panels, in order to reduce thermal losses at low costs. It integrates an alternative technological system using simple production and construction techniques and contributes to reduce energy expenses, satisfying different needs of the low income social groups and protecting the environment.
publisher Universidad del Bío-Bío, Chile
publishDate 2013
url https://revistas.ubiobio.cl/index.php/RHS/article/view/429
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