Roadmap for implementing circular construction practices in India – an overview

K. Swetha, T. Hemalatha, D. V. Ajay Prasad, Mymoon Moghul
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Abstract

Globally, the construction industry is considered as one of the biggest consumers of natural resources and is a generator of large quantities of demolition wastes. Hence, the full-scale adoption of circular economy (CE) in the construction industry not only conserves the natural resources but also reduces the environmental pollution by reusing the demolition wastes. Despite the recognized potential of the concept of circular economy, the application of CE in the construction industry is still in its infancy and is limited, especially, in developing countries like India. Though the circularity elements are applied in construction sector in India to a certain extent, there is still a long way to go for the large-scale adoption of CE practices. Improvements in supply chain system, incorporating reused and recycled materials and minimizing the use of virgin materials in construction, implementing modular constructions, using digital tools are some of the solutions that can be adopted towards achieving circular economy in construction. In this context, present study discusses the practices currently adopted in construction sector in India towards achieving circular economy. Further, the methodologies adopted in other countries and limitations in implementing these technologies in India, towards circular construction, are discussed. Learning from the principles/concepts of other countries that are successfully adopting CE solutions, this study provides roadmap for implementing construction practices in India to make this sector less resource intensive.
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在印度实施循环建筑实践的路线图-概述
在全球范围内,建筑业被认为是自然资源的最大消费者之一,也是大量拆除废物的产生者。因此,在建筑行业全面采用循环经济,不仅可以节约自然资源,还可以通过回收拆迁废物来减少对环境的污染。尽管人们认识到循环经济概念的潜力,但在建筑行业中,特别是在印度等发展中国家,节能的应用仍处于起步阶段,而且是有限的。虽然循环元素在印度的建筑领域得到了一定程度的应用,但要大规模采用节能实践还有很长的路要走。改善供应链系统,结合再利用和回收材料,最大限度地减少建筑中原始材料的使用,实施模块化结构,使用数字工具是实现建筑循环经济的一些解决方案。在此背景下,本研究讨论了印度建筑部门目前为实现循环经济而采取的做法。此外,讨论了其他国家采用的方法以及在印度实施这些技术的局限性,以实现循环建筑。借鉴其他成功采用节能解决方案的国家的原则/概念,本研究为印度实施建筑实践提供了路线图,以降低该行业的资源密集型。
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CiteScore
4.00
自引率
16.70%
发文量
32
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