Glass a Scarce Commodity

Gertjan Peters, Erwin Ten Brincke, Josefien Van der Laan Dijkhuis
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Abstract

The adoption of glass reuse in construction faces challenges due to higher costs and more perceived risks compared to new glass. This conflicts with the goal of a circular economy. To challenge this status quo, this article explores a hypothetical scenario where glass becomes a scarce commodity. What if the float glass production process ceases to exist due to energy resource depletion, raw material scarcity, or carbon budget constraints? In such a context, glass reuse will be crucial. This article discusses the design, logistics and quality related challenges of reusing float glass, including structural integrity and energy performance considerations. Additionally, this article investigates the potential for glass reuse by analysing ongoing and future research, supply-demand dynamics, innovative building design, the concept of the future glass factory, and the re-evaluation and promotion of regulatory frameworks. To promote glass reuse, the article emphasizes customization over standardization. Considering the diverse dynamics of projects, from high-rise buildings to terraced houses, and varying regional construction requirements, solutions must be specific and adaptable, rather than standardized.
玻璃是稀缺商品
与新玻璃相比,建筑玻璃的再利用成本更高、风险更大,因此在建筑中采用玻璃再利用面临挑战。这与循环经济的目标相冲突。为了挑战这一现状,本文探讨了玻璃成为稀缺商品的假设情景。如果浮法玻璃生产工艺因能源枯竭、原材料稀缺或碳预算限制而不复存在呢?在这种情况下,玻璃的再利用将至关重要。本文讨论了浮法玻璃再利用在设计、物流和质量方面面临的挑战,包括结构完整性和能源性能方面的考虑。此外,本文还通过分析当前和未来的研究、供需动态、创新建筑设计、未来玻璃工厂的概念以及监管框架的重新评估和推广,探讨了玻璃再利用的潜力。为促进玻璃再利用,文章强调定制化而非标准化。考虑到从高层建筑到排屋等各种项目的不同动态,以及不同地区的建筑要求,解决方案必须具有针对性和适应性,而不是标准化。
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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