建筑与拆除行业的循环性:多准则决策分析的加权方法比较

N. Dytianquin, N. Kalogeras, J. V. van Oorschot, Nurhan Abujidi
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引用次数: 0

摘要

在研究欧盟建筑和拆除行业(CDI)的循环性时,对选定的欧盟国家的五个项目进行了比较,以评估循环性的应用如何在环境、社会和经济可持续性方面取得平衡。所选项目使用基于网络搜索的二手数据,涉及循环阶梯的不同阶段,使用不同的设计原则,并专注于建筑生命周期的不同阶段,使它们成为在CDI中应用循环的有趣比较。为了实现强大的可持续性,必须在涵盖环境、社会和经济方面的可持续性三位一体之间取得平衡,这在许多循环和可持续性项目中往往被忽视,过分强调一个方面而忽视另一个方面。三个维度的选定指标包括环境标准的环境影响和生命周期评价、社会标准和经济可行性的社会影响评价以及经济标准的项目评估和评价报告中的指标。在加权标准中,有几种方法,包括主观的、客观的和综合的技术。客观与主观权重的稳健性是相当有争议的。本研究的目的是测试不同的加权技术,使用主观和客观的方法,以确定项目排名是否存在差异,在可持续性平衡方面。所使用的加权技术可能会影响项目的排名和关于CDI循环经济最佳做法的结论。由于标准的权重会影响项目成果,因此通常建议在权重方面保持客观性。然而,在本研究中,计算比较表明主观方法与使用数学和统计严谨性的客观方法没有显著差异。因此,主观加权方法仍然方便地获得可信和一致的结果。尽管如此,这不应该减损客观化加权方法的努力,这些方法为评分和排名结果提供了更多的可信度和理由。
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Circularity in the construction and demolition industry: Comparing weighting methods for multi-criteria decision analysis
In studying circularity in the construction and demolition industry (CDI) in the EU, five projects in selected EU countries were compared to assess how the application of circularity achieved balance in the environment, social and economic dimensions of sustainability. The selected projects using secondary data based on a web search of these projects involved different stages of the circularity ladder, used diverse design principles, and focused on different stages of the construction life cycle, making them interesting comparators for applying circularity in CDI. For strong sustainability to exist, there should be a balance between the sustainability triptych covering environment, social and economic dimensions which is often overlooked in many circular and sustainability projects with an overemphasis on one dimension and disregard for another. Selected indicators for the three dimensions included those found in environmental impact and life cycle assessments for environmental criteria, social impact assessments for social criteria and economic feasibility, and project appraisal and evaluation reports for economic criteria. In weighting criteria, several methods exist comprising subjective, objective, and integrated techniques. The robustness of objective vs. subjective weights is rather debatable. The objective of the research is to test different weighting techniques using subjective and objective methods to determine if differences in project rankings exist in terms of sustainability balance. The ranking of projects and conclusions about best practices in the CDI circular economy could be influenced by the weighting techniques used. As the weighting of criteria could influence project outcomes, objectivity in weighting is often advised. However, in this study, computational comparisons indicated that subjective methods do not significantly differ from objective ones that use mathematical and statistical rigor. As such, subjective weighting methods still conveniently capture credible and consistent results. Nonetheless, this should not detract from efforts to objectify weighting methods that lend more credence and justification to scoring and ranking results.
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