A perspective on the decarbonization of the metals industry

IF 5 Q2 ENERGY & FUELS
Alessandro Della Rocca
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Abstract

The decarbonization of the metals industry is a major challenge for the energy transition. Metals are indeed essential elements in the expansion of renewable energy installations worldwide, but they also represent a relevant source of carbon emissions. Therefore, metals producers need to carefully shift their technologies towards less carbon intensive routes. After ranking all the metals in terms of world production volume and total estimated carbon emissions, the three most relevant ones have been selected: steel, aluminum and chromium. Concentrating the rest of the analysis on them, several production processes are available for implementing the decarbonization step, but none of them is currently capable of overcoming the challenge alone and being compatible with the 1.5 °C trajectory. In this perspective, the main production routes are reviewed and proper combinations of proven or emerging technologies are streamlined with the aim to provide an industrially feasible approach to curb the carbon emissions from the metals industry.

Abstract Image

金属工业脱碳展望
金属工业的脱碳是能源转型面临的重大挑战。金属确实是全球可再生能源设施扩张的基本要素,但它们也代表了碳排放的相关来源。因此,金属生产商需要谨慎地将他们的技术转向低碳密集的路线。在根据世界产量和估计碳排放总量对所有金属进行排名后,选择了三种最相关的金属:钢、铝和铬。将剩下的分析集中在它们身上,有几种生产工艺可用于实施脱碳步骤,但目前没有一种能够单独克服挑战并与1.5°C轨迹兼容。从这个角度来看,审查了主要的生产路线,并简化了已证明或新兴技术的适当组合,目的是提供一种工业上可行的方法来遏制金属工业的碳排放。
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