Hubei Institute of Metallurgical Geology / Mineral Materials and Applied Engineering Technology Research Center of Hubei Province / Yichang Key Laboratory of Comprehensive Utilization of Mineral Resources
Dahai YOU
Hubei Institute of Metallurgical Geology / Mineral Materials and Applied Engineering Technology Research Center of Hubei Province / Yichang Key Laboratory of Comprehensive Utilization of Mineral Resources
Jin ZHANG
Hubei Institute of Metallurgical Geology / Mineral Materials and Applied Engineering Technology Research Center of Hubei Province / Yichang Key Laboratory of Comprehensive Utilization of Mineral Resources
Chaohong ZHANG
Hubei Institute of Metallurgical Geology / Mineral Materials and Applied Engineering Technology Research Center of Hubei Province / Yichang Key Laboratory of Comprehensive Utilization of Mineral Resources
Xinghua PENG
Hubei Institute of Metallurgical Geology / Mineral Materials and Applied Engineering Technology Research Center of Hubei Province / Yichang Key Laboratory of Comprehensive Utilization of Mineral Resources
Li ZHANG
Hubei Institute of Metallurgical Geology / Mineral Materials and Applied Engineering Technology Research Center of Hubei Province / Yichang Key Laboratory of Comprehensive Utilization of Mineral Resources
Xiuquan HU
Hubei Institute of Metallurgical Geology / Mineral Materials and Applied Engineering Technology Research Center of Hubei Province / Yichang Key Laboratory of Comprehensive Utilization of Mineral Resources
With the increasing global demand for rare earth elements and the depletion of traditional mineral resources, recycling rare earth elements from industrial solid waste has become an important direction of sustainable resource utilization. Phosphogypsum is a kind of industrial by-product with huge output and trace rare earth elements, its effective treatment and resource utilization are of great significance for environmental protection and economic development. Based on the occurrence state of rare earth elements in phosphogypsum, the research progress of leaching of rare earth elements in phosphogypsum was reviewed in this paper. The leaching mechanism and influencing factors of different leaching agents were summarized and analyzed.