用C&D材料制造非标准元件的数字化工艺

M. Rigillo, S. Ermolli, Giulia Galluccio, Sara Pi̇cci̇ri̇llo, Sergio Tordo, Flavio Galdi, Michela Musto
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引用次数: 0

摘要

本文阐述了跨部门研究项目“可持续发展项目:建筑中的资格和数字化”的一些结果,分析了一些关键步骤,旨在测试与监管和技术框架相兼容的建筑和拆除(C&D)回收材料在可持续和创新供应链中的新应用。欧盟统计局的报告《2022年建筑和拆除废物回收率》显示,意大利已经在2018年开始回收约98%的来自被认为无害的建筑和发展活动的废物,主要用于建设堤坝和道路基础。因此,从循环经济的良性实践在建筑部门更广泛传播的角度来看,研究确定了在使用文件到工厂技术时,将这些资源再利用的应用范围扩展到实现多样化和非标准制造和组件的可能方法。从这个意义上说,描述了一个过程“算法”,它被设计成在不同的上下文中为类似的目的进行缩放和复制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Digital Process for Non-Standard Elements Fabrication from C&D Materials
The paper illustrates some of the results of the interdepartmental research Prosit “PROgettare in SostenibilITà: qualification and digitization in construction”, analyzing some of the key steps aimed at testing, compatibly with the regulatory and technological framework, new possible applications of recycled materials from construction and demolition (C&D) in sustainable and innovative supply chains. The Eurostat report “Recovery rate of construction and demolition waste” of 2022 shows how Italy, already in 2018, starts to recover about 98% of the waste from C&D activities considered non-hazardous, mainly for the construction of embankments and road foundations. The research, therefore, identifies in the use of file-to-factory technologies a possible way to extend the scope of application of the reuse of these resources to the realization of diversified and non-standard manufactures and components, in the perspective of a greater spread of virtuous practices of circular economy in the construction sector. In this sense, a process “algorithm” is described, designed to be scaled and replicated in different contexts for similar purposes.
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CiteScore
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