From Grave to Cradle: Reincarnation of Building Materials

B. Dorsthorst, A. Fraaij, T. Kowalczyk, G. Sluimer
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引用次数: 7

Abstract

One of the main problems of sustainable building is that the existing systems don't lead to clean and direct reusable secondary building materials after demolition. In constructions in the Netherlands many different building materials are being used. When a building has reached its end of life, it will be demolished and it becomes demolition waste. Because a lot of different building materials will be mixed together during the demolition process, much effort must be taken before the demolition and construction waste can be reused. To solve this problem, two steps need to be taken. Firstly, a building should be designed for recycling. Secondly, all buildings should be dismantled into elements or reduced to clean secondary materials. The approach here is twofold. Firstly, research into the demolition/dismantling-process is conducted in order to find the bottlenecks in closing of the material cycle (at either element or material level). Secondly, as a spin-off of solving these problems, recommendations are made for future building-systems: design for recycling. This paper describes how certain demolition and dismantling techniques can be used in achieving the goals of sustainable design and construction.
从坟墓到摇篮:建筑材料的再生
可持续建筑的一个主要问题是,现有的系统不能在拆除后产生清洁和直接的可重复使用的二次建筑材料。在荷兰的建筑中,使用了许多不同的建筑材料。当建筑物达到其使用寿命时,它将被拆除,成为拆除废物。因为在拆除过程中会有很多不同的建筑材料混合在一起,所以在拆除和建筑垃圾再利用之前必须付出很大的努力。要解决这个问题,需要采取两个步骤。首先,建筑应该设计为可回收利用的。其次,所有的建筑都应该被拆解成构件或简化为清洁的二次材料。这里的方法是双重的。首先,对拆卸/拆解过程进行研究,以找到材料循环关闭的瓶颈(在元件或材料层面)。其次,作为解决这些问题的副产品,对未来的建筑系统提出了建议:为回收设计。本文描述了如何使用某些拆除和拆除技术来实现可持续设计和施工的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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