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本文重点介绍“氯化物熔盐体系电解还原固态氧化物冶金过程的高效化”和“氯化物熔盐体系电裂解硫化物及熔融碳酸盐与熔融氧化物体系电分解氧化物无温室气体排放冶金”的研究进展,结合武汉大学的部分代表性工作阐述了相关技术的原理,以期揭示熔盐电解技术在节能减排和资源高效利用上的优势及其发展前景,为发展短流程、低碳高效的电化学冶金工业提供理论和技术支持.
This article focuses on “Efficient Reduction of Solid Oxide Metallurgical Processes for Electrolytic Reduction of Chloride Molten Salts” and “Chloride Molten Salt Systems Electrolysis Sulfides and Molten Carbonates and Molten Oxide Systems Electrochemical Decomposition Oxides Non-Greenhouse Gas emission metallurgy ”research progress, combined with part of the representative work of Wuhan University elaborated the principle of related technologies in order to reveal the advantages of molten salt electrolysis technology in energy-saving emission reduction and efficient use of resources and its development prospects for the development of short-run , Low-carbon efficient electrochemical metallurgical industry to provide theoretical and technical support.