Qualitative Analysis of Sustainability Certification Systems Based on ISO 21929-1

Gustavo Henrique Bruno Polli, Ana Margarida Vaz Duarte Oliveira e Sá, Barbara Pavani Biju
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引用次数: 2

Abstract

Sustainability certification systems are parameters used to measure the extent to which the building meets the necessary sustainable requirements. Currently, there are several types of sustainability certificates, in addition to regulatory standards. Therefore, this work sought to analyze the most influential sustainability certificate systems in the market, using the qualitative analysis of content created by Bardin and based on ISO 21929-1, with fourteen aspects, as a parameter for comparison, the focus of the study was adapted to this method to have a better understanding of the behavior of these systems. Some conditions were imposed to narrow down the number of certification systems, four systems were selected to be analyzed. After the qualitative analysis, it was possible to identify that DGNB (Deutsche Gesellschaft für Nachhaltiges Bauen) is the only one that addressed all the fourteen aspects brought by ISO 21929-1, HQE (Haute Qualité Environnementale) and LEED (Leadership in Energy and Environmental Design) addressed fewer aspects, HQE highly addresses them. However, LEED has a more detailed and clear approach to the aspect related to the Internal conditions and air quality. Lastly, BREEAM addresses thirteen of the fourteen aspects of ISO 21929-1, and most of its content addressed is from the environmental area.
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基于ISO 21929-1的可持续性认证体系定性分析
可持续性认证系统是用来衡量建筑物满足必要的可持续性要求的程度的参数。目前,除了监管标准之外,还有几种类型的可持续性证书。因此,这项工作试图分析市场上最具影响力的可持续发展证书体系,使用Bardin创建的内容的定性分析,并基于ISO 21929-1,有14个方面,作为比较参数,研究的重点是适应这种方法,以更好地了解这些系统的行为。为了缩小认证体系的数量,提出了一些条件,并选择了四个认证体系进行分析。在定性分析之后,可以确定DGNB (Deutsche Gesellschaft f r Nachhaltiges Bauen)是唯一一个解决ISO 21929-1带来的所有14个方面的机构,HQE(高级质量环境)和LEED(能源与环境设计领导力)解决的方面较少,HQE高度解决它们。然而,LEED在内部条件和空气质量方面有更详细和清晰的方法。最后,BREEAM解决了ISO 21929-1 14个方面中的13个方面,其大部分内容都来自环境领域。
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来源期刊
U.Porto Journal of Engineering
U.Porto Journal of Engineering Engineering-Engineering (all)
CiteScore
0.70
自引率
0.00%
发文量
58
审稿时长
20 weeks
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