Obstacles and barriers for measuring building’s circularity
Obstacles and barriers for measuring building’s circularity
复制标题
测量建筑物圆度的障碍和障碍
DOI：
10.1088/1755-1315/225/1/012058
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发表时间：
2019
期刊：
影响因子：
--
通讯作者：
R. Mateus
中科院分区：
文献类型：
--
作者：
Kamel Mohamed Rahla;L. Bragança;R. Mateus
在不同层次的建筑环境中应用循环经济原则被认为是未来减少其环境影响并获得巨大经济效益的重要途径，通常用“将资源消耗与经济发展脱钩”来解释。在建筑环境的中观层面，循环建筑作为一种更全面的方式出现，以拥抱循环经济思想。这种新颖的做法需要灵活和适应性强的策略来进行改变和调整，同时避免材料损失并保持产品的最高价值。因此，通过标准化指标评估建筑的循环度是在所有相关参与者之间实现共同语言和监测生态设计进展的基础。然而，将这样一种方法组合在一起的复杂性远非仅仅是一项任务。迄今为止，一些研究更侧重于评估短期产品的循环性，而忽略了评估长期产品作为建筑物及其在所谓的“可逆设计”中解构和重新组装的能力。为了建立一个完美的评估工具，以总结循环经济在建筑层面应用的不同方面，展开一套强有力的指标来衡量建筑的循环性，将是一项挑战。本文旨在强调在开发量化建筑循环的度量时可能遇到的潜在障碍。
Applying circular economy principles in the built environment at different levels is considered as a future vital approach to reducing its environmental impacts along with huge economic benefits, which is generally explained by “decoupling resource consumption from economic development”. At the meso-level of the built environment, circular buildings have arisen as a more holistic approach to embrace circular economy thinking. This novel practice requires flexible and adaptable strategies to enable alteration and adjustment while avoiding material loss and keeping the value of products at the highest levels. Evaluating buildings circularity by means of standardized indicators is therefore primordial to implement a common language between all involved actors and monitoring the progress towards an eco-design. Still, the complexity of putting together such a methodology is far from being a mere task. To date, several studies have been more focused on assessing circularity for short-lived products while disregarding assessing long-lived products as buildings and their ability to be deconstructed and reassembled in a so-called “reversible design”. Unfolding a set of robust indicators to measure building circularity promises to be challenging in order to set up a flawless assessment tool which can summarise different aspects of the application circular economy at a building level. This paper intends to put an emphasis on the potential obstacles that can be encountered while developing metrics to quantify building circularity.
影响因子：
13.2
作者：
Akanbi, Lukman A.;Oyedele, Lukumon O.;Bello, Sururah A.
通讯作者：
Bello, Sururah A.
影响因子：
11.1
作者：
Pomponi, Francesco;Moncaster, Alice
通讯作者：
Moncaster, Alice