钢铁行业低碳冶金技术路径研究

Research on Low-carbon Metallurgical Technology Path in the Steel Industry

钢铁行业是全球最大的能源消耗行业之一,其对全球碳排放贡献巨大,研究和发展低碳冶金技术是减少钢铁行业碳排放的重要途径,因此,重点研究探讨了钢铁行业低碳冶金技术路径。通过研究钢铁行业低碳冶金技术发展现状,提出优化铁素资源、废气净化及废渣回收以及封存利用CO_(2)等低碳冶金技术的具体应用路径。低碳冶金技术是减少钢铁行业碳排放的有效途径,也是钢铁行业可持续发展的重要保障,希望此研究和分析能够为钢铁行业低碳冶金技术的发展提供一定参考和借鉴。

The steel industry is one of the largest energy consuming industries in the world,making a significant contribution to global carbon emissions.Research and development of low-carbon metallurgical technology is an important way to reduce carbon emissions in the steel industry.Therefore,the focus of this study is on exploring the low-carbon metallurgical technology path in the steel industry.By studying the current situation of low-carbon metallurgical technology development in the iron and steel industry,the specific application paths of low-carbon metallurgical technologies such as optimizing iron resources,waste gas purification,waste residue recovery,and CO_(2) sequestration and utilization are proposed.Low carbon metallurgical technology is an effective way to reduce carbon emissions in the steel industry and an important guarantee for the sustainable development of the steel industry.It is hoped that this research and analysis can provide some reference and reference for the development of low-carbon metallurgical technology in the steel industry.