Distribution, characteristics, metallogenic processes and prospecting potential of terrestrial brine-type lithium deposits in the world and lithium demand situationOA
In response to the rise of the energy storage industries such as new energy vehicles and the wide application of lithium in various fields worldwide,the global demand for lithium resources has been in explosive growth.In order to further comprehensively understand the global supply and demand pattern,development and utilization status,genesis of ore deposits and other characteristics of lithium resources,based on the achievements of many researchers at home and abroad,this paper systematically summarized the lithium supply and demand situation,resource endowment,deposit classification and distribution,typical geological characteristics,metallogenic factors and metallogenic regularity of terrestrial brine-type lithium deposits which are the main types of development and utilization all over the world.The review shows that brine-type lithium resource and(or)reserves in the plateau salt lakes are huge and play an important role.In addition,the mineralization potential of the underground brine-type lithium deposit is broad worldwide.The potential resources of underground brines are enormous,and the geothermal spring water type is also worthy of attention.Brine lithium deposits are mainly controlled by the subduction and collision of regional plate tectonics,arid climate and provenance conditions.Strengthening of the scientific research on underground brines in the future is expected to provide another significant support for the global demand for lithium resources.
Dian-he Liu;Cheng-lin Liu;Chun-lian Wang;Xiao-can Yu
MNR Key Laboratory of Metallogeny and Mineral Assessment,Institute of Mineral Resources,Chinese Academy of Geological Sciences,Beijing 100037,China Peking University,School of Earth and Space Sciences,Beijing 100871,ChinaSchool of Earth Resources,China University of Geosciences(Wuhan),Wuhan 430074,ChinaMNR Key Laboratory of Metallogeny and Mineral Assessment,Institute of Mineral Resources,Chinese Academy of Geological Sciences,Beijing 100037,ChinaInstitute of Geology,Chinese Academy of Geological Sciences,Beijing 100037,China
地质学
Brine in plateau salt lakeUnderground brineGeothermal spring brineTerrestrial brine classificationLithium migration mechanismBrine genesisMineral exploration engineeringLithium enrich mechanism
《China Geology》 2025 (1)
P.1-25,25
This study was jointly supported by Central Welfare Basic Scientific Research Business Expenses(KK2005,YYWF201607)the project of the industrial leading talant of Wuhan municipality of Hubei Province,the Editor of China Geology,Rui-qin Li,and many thanks for a nice review by anonymous reviewers.
评论