Strategic Scientific Research and Major Achievements-Central South University

Sustainability Research

Strategic Scientific Research and Major Achievements

December 01, 2025

Development and Application of Key Technologies for Intelligent Detection in Ore-Transport Systems of Concentrators

SDG9.5SDG 9.5“Non-ferrous Metallurgy Automation” Engineering Research Center, Ministry of EducationStrategic Scientific Research/Major AchievementsNonferrous concentrators have long relied on manual inspection to identify surface defects on load-bearing steel wire ropes, a practice characterised by low efficiency, limited reliability, lengthy inspection cycles, and elevated safety risks. At t...
December 01, 2025

High-Efficiency Metallurgical Conversion, Precision Process Control, and Intelligent Automation for Nonferrous Systems

SDG9.4“Industrial Intelligence and System” Key Laboratory of the Ministry of EducationMajor AchievementsAs the world’s largest producer and consumer of nonferrous metals, China faces growing challenges in advancing high-quality development in the sector. Declining ore grades, increasingly complex resource compositions and the large-scale expansion of production equipment have created new dem...
December 01, 2025

High-Efficiency Pure Green-Hydrogen Reduction Technology

SDG 9.4SDG 9.5SDG 12.2SDG 12.5SDG 13.2Low Carbon and Hydrogen Metallurgy Research Center, CSU (Vale-CSU Joint Laboratory for Low-Carbon and Hydrogen Metallurgy)Strategic Scientific Research/Major AchievementsAchieving deep decarbonisation in the steel sector requires a shift from conventional carbon metallurgy to hydrogen metallurgy powered by renewable electricity and green hydrogen. CSU’s hi...
December 01, 2025

Design, Development, and Application of High-Performance Flotation Reagents for Critical Mineral Resources

SDG 9.4SDG 9.5SDG 12.2SDG 12.5SDG 13.2State Key Laboratory of Mineral ProcessingMajor AchievementsResponding to long-standing challenges posed by low-grade, fine-grained, and refractory strategic minerals such as ilmenite, where associated minerals, inefficient traditional reagents, and process blockage often hinder separation efficiency, the research team advanced a systematic interfacial-chem...
November 29, 2025

Advanced Multidimensional Precision-Control Technologies for High-Efficiency Flotation of Metal Oxide Ores

SDG 9.4SDG 9.5SDG 12.2SDG 12.5SDG 13.2State Key Laboratory of Mineral ProcessingMajor AchievementsDriven by China’s strategic need for advanced mineral-resource development, CSU scientists addressed one of the most enduring global challenges in mineral processing: the efficient flotation separation of complex metal oxide ores. Their work produced two foundational advances, a surface-layer hydr...
November 28, 2025

Theory and Methods of Rock Fracture under Coupled Static and Dynamic Loading

SDG 9.4SDG 9.5SDG 12.2SDG 12.5SDG 13.2Engineering Research Center of Ministry of Education for Carbon Emission Reduction in Metal Resource Exploitation and UtilizationMajor AchievementsTo advance China’s national “Deep Earth” and “Deep Sea” strategies, CSU scientists have redefined current approaches to hard-rock mining in complex geological environments. Their research established a new t...

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