Steel: friend or foe in the face of the climate emergency?

Walter Swann, F. Hanus, Olivier Vasart, A. Knight
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Abstract

Steel is the most recycled material in the world and a key contributor to the circular economy, but todays primary steelmaking methods result in high embodied carbon. In the face of the climate emergency, designers have been tasked with driving down the upfront emissions of the built environment. Naturally the embodied carbon characteristics of all materials have been put under the microscope and those with high impacts are being demonised, primary steel is one of those. So how does a designer balance the immediate needs of the climate emergency with the future needs of society? When confronted with a material like steel with practically perfect circularity characteristics but high embodied impacts how do designers balance the needs of today with those of tomorrow? What if steel could be made with zero carbon emissions? Coupled with its high potential for re-use and its high recycling rates is steel a friend and ally in the face of the climate emergency rather than a foe?
钢铁:面对气候紧急情况,是敌是友?
钢铁是世界上回收最多的材料,也是循环经济的重要贡献者,但今天的主要炼钢方法导致高含碳量。面对气候紧急情况,设计师们的任务是降低建筑环境的前期排放。自然,所有材料的碳特性都被置于显微镜下,那些具有高影响的材料被妖魔化,原钢就是其中之一。那么,设计师如何在气候紧急情况的当前需求与社会未来需求之间取得平衡呢?当面对像钢这样的材料,它具有几乎完美的圆度特性,但具有高度的具体化影响时,设计师如何平衡今天与未来的需求?如果制造零碳排放的钢铁会怎样?再加上它的高再利用潜力和高回收率,在面对气候紧急情况时,钢铁是朋友和盟友而不是敌人吗?
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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