[0 1] technical integration and demonstration of ecological restoration and pollution control of major rare earth tungsten mines in the basin (national science and technology support program project,No.: 2012bac1b07,2012.05438+0-20/kloc-)
[02] Basic research on high-precision separation of copper, lead and zinc complex sulfide ores (National Youth Science Fund project,No.: 50745438+08, 2008.0438+0-2010.6438+02).
[03] Surface oxidation mechanism and flotation electrochemical kinetics of fine copper-nickel sulfide ore (National Natural Science Foundation project number: 51374116,2014-2017.6438+02).
[04] Study on the new technology of electrically controlled preferential flotation of Cu-Pb-Zn polymetallic sulfide ore (special project of Technology Development and Research Institute of Ministry of Science and Technology, project number: NCSTE-2007-JKZX-069, 2008.05438+0-205438+00.12).
[05] Research on new mineral processing technology and equipment for fine-grained iron-tin ore (special project of technology development and research in scientific research institutes of Ministry of Science and Technology, project number: 2009eg15065, 2009.1-20/kloc-0.12).
[06] Clean extraction technology and engineering application of weathering crust leaching (ion adsorption) rare earth ore (New Century Excellent Talents Support Program of Ministry of Education,No.: NCET-10183,2011-2065438+)
[07] Study on new mineral processing technology of skarn fine-grained iron-tin ore (key scientific and technological project of Ministry of Education, project number: 21013,2010.1-2012./kloc.
[08] Study on flotation kinetics of Cu-Pb-Zn-Fe polymetallic sulfide ore regulated by potential (project number: (2007GQC0643, 2008.05438+0-2010.438+02).
[09] Study on the new technology of electrically controlled preferential flotation of Cu-Pb-Zn polymetallic sulfide ore (project number of Jiangxi Provincial Education Department Science and Technology Plan: GJJ08267, 20085438+0-20/KLOC-0.12).
[10] Comprehensive utilization of raw material resources of Lengshuiqing nickel mine in Panzhihua (key technological innovation project plan of Sichuan Province in 2009, project number: 2009XM 124, 2009438+0-205438+00.6438+02).
[1 1] Study on the new clean beneficiation process and mechanism of refractory lead-zinc ore containing sphalerite (project number: 0450068, 2004. 1~2006. 12, supported by Jiangxi Natural Science Foundation)
[12] Efficient comprehensive utilization of gold tailings and low-grade gold resources (key science and technology project of Anhui Province, project number: 060 13 138B, 2006.6438+0 ~ 2007.6438+02).
[13] Study on the New Technology of Clean Extraction of Gold and Silver from Jinshan Gold Mine in Dexing City (Science and Technology Plan Project of Jiangxi Provincial Education Department, ProjectNo.: Ganjiao ji zi [2005] 152, from March 2005 to March 2007).
[14] Training Plan for Young Scientists in Jiangxi Province (Inooka Star)/50,000 yuan /2008.438+0-20 10.438+02.
[15] New technology of preferential flotation of Cu-Pb-Zn polymetallic sulfide ore by potential regulation/Jiangxi industrial key planning /2006+38+00-2007+02.
16] Study on the new process of comprehensive recovery of sulfur, gold and iron from low-grade gold-bearing sulfide ore/Key Industrial Project of Jiangxi Province/2006.56438+00-2007.50089.000000000106
[17] Study on Comprehensive Utilization Technology of Lead-zinc Ore Dressing Wastewater/Sichuan Science and Technology Support Plan (2008GZ0240)
[18] Study on Comprehensive Recovery of Lugu Iron Mine Resources/Lugu Iron Mine in Sichuan Province/2007.11-2008.338+02.
[19] Screening and performance evaluation of adsorbents for removing low-concentration ammonia nitrogen from industrial wastewater (Jiangxi province training object plan project,No.: 2010dd01200,2011-2065438+)
[20] Experimental Study on Mineral Processing Technology of Gayi Poor Polymetallic Ore of White Shanchuan Mining Co., Ltd. in Sichuan/Shanchuan Mining Co., Ltd. in White 2009.06-20 10. 12.
[2 1] Study on New Mineral Processing Technology of Sichuan Danba Platinum-Nickel Mine/Sichuan Wu Li Copper Co., Ltd./2010/-2010.12
[22] Experimental study on extracting lithium, potassium, boron and bromine from the brine resources of Longmucuo Salt Lake in Ritu County, Ali District, Xizang Autonomous Region/Tibet Ali Shengtuo Mining Co., Ltd./2010.03-2010.12.
[23] Fujian Ninghua Xingluokeng Tungsten Mine Co., Ltd.-Optimization of 0.7+0.2 mm fraction beneficiation process and research on ladle shaking table beneficiation alternative process/Ninghua Xingluokeng Tungsten Mine Co., Ltd./2010.07-201.12.
[24] Study on the new technology of efficient and clean beneficiation of refractory limonite in Xingangkeng (Jiangxi Science and Technology Support Plan,No.: 2010bag00200, 2010/-2012.12).
[25] Study on new efficient and clean beneficiation technology of copper, lead and zinc polymetallic sulfide ore in Qibaoshan lead-zinc mine, Jiangxi Province (Jiangxi Science and Technology Support Plan,No.: 20111BBE50015,201-28)
[26] Research on new technology and new equipment for high-efficiency beneficiation of fine tungsten slime (Industry-University-Research Cooperation Project of Science and Technology Plan of Jiangxi Education Department,No.: GJ11005,201-2012.438+02).
[27] Standard for Energy Consumption Limit of Rare Earth Metal Smelting Process in Jiangxi Province (Jiangxi Provincial Commission of Industry and Information Technology, 201.04-2012.12).
[28] Standard for Energy Consumption Limit of Rare Earth Smelting and Separation Process in Jiangxi Province (Jiangxi Provincial Commission of Industry and Information Technology, 201.04-2012.12).
[29] Ecological restoration and pollution control technology of ionic rare earth ore and tungsten ore and its engineering application ("Ganpo Cai Ying 555 Project" leading talent training plan, 2012.01-2014.6438+02).