Institute of Resources Chemical Industry and Environment
(一) Introduction
Under the guidance of sustainable development strategy and national policy of environmental protection, the Institute of Resources Chemical Industry and Environment is a research team which mainly engaged in chemical technology research and industrial application. The research fields cover environmental chemical industry, green chemical technology, clean energy and industrial catalytic technology.
For the purpose of resource utilization and environmental protection of organic waste resources and mineral resources, we devotes ourselves to developing new processes and technologies of clean, high value comprehensive utilization and energy cascade recycling in the utilization process of waste resources. And scale-up its technological process combined with computer simulation. The 3D virtual simulation technology is used to reproduce the industrial production process of waste resources regeneration. We also realize the efficient transformation of organic waste resources and the high value, high efficiency and green reuse of organic waste resources.
The leader of the discipline direction-Professor Xiong Daoling, he is also a second-class professor, dean and secretary of the School of Chemical Engineering in Jiangxi University of Science and Technology. He also was awarded as an expert of Jiangxi Province "100-1000-10000 Talent Program", “middle-aged and young discipline leaders in Jiangxi Province”, the expert of Ministry of Education degree thesis evaluation, National Science and Technology Award evaluation and National Natural Science Foundation evaluation. He also is an expert of Jiangxi Province major project evaluation and the executive director of China Energy Society.
The institute now has 10 researchers, including 4 professors, 2 associate professors and 4 lecturers. The research institute has abundant scientific research funds, and students are warmly welcome to join the institute.
(E-mail: jxust999@163.com)
(二) Research Directions
(1) The technology of regeneration, transformation and utilization of organic waste resources.
(2) Recycling technology of non-ferrous metal resources and mineral resources.
(3) Catalyst design, development and application technology.
(三) Members of the Institute
The team members include Professor Xiong Daoling, Professor Li Jinhui, Professor he Zhiguo, Professor Luo Xuyan, Secretary Chen Huoping, Associate Professor Zhang Caixia, Deputy Director Xu Hongyin, Lecturer Liu Dianmei, Lecturer Zou Laixi and Lecturer Ouyang Shaobo.
(1) Scientific Research Achievements
1. In 2018, the demonstration project of green intelligent preparation of light diesel oil by catalytic cracking of waste lubricating oil (achievement number: 2018135, 2018), the second prize of China Nonferrous Metals Industry Science and Technology Award. Xiong Daoling, Shu Qing, Ouyang Shaobo, Luo Xuyan, Li Jinhui, Zou Laixi, Li Zheng, Wang Luqi, Liu Jiancong, Zong Yi.
2. In 2014, the basic theory of flotation and biological extraction of refractory sulphide ore resources (achievement no: Z-14-3-07-R01, 2014), the third prize of natural science in Jiangxi Province, Xiong Daoling, Qin Wenqing, he Zhiguo, Zhong Hui.
3. In 2013, the technology of catalytic cracking of light diesel oil from waste engine oil (achievement no.: 201347: G01/10, 2013), the second prize of scientific and technological progress in Luoyang City, Henan Province, Xiong Daoling, Luo Xuyan, Li Jinhui, Li Ying, Chen Yujuan, Wang Gengliang, Yang Jinxin, Zheng Huihui, Yao Guoxin.
4. 2017, R & D and industrial application of green synthetic natural spices, second prize, China Industry-University-Research Cooperative Innovation Achievement Award, Xie Yu, Yu Changlin, Zhang Qiugen, Cao Zhenhua, Li Jinhui, Shi Shaoqin, Li Muzheng, certificate number: 20179105 (National Science Award Society Certificate No. 0191), completed by Nanchang Hangkong University, Jiangxi University of Technology, Jiangxi Silkworm Tea Research Institute, Jiangxi Earth Biotechnology Co., Ltd.
Awarded by China Industry-University-Research Institute Collaboration Association(CIUR)
5. 2017, China Nonferrous Metals Science and Technology thesis Award, second Prize, thesis title: "Metallurgy Summary of laterite Nickel Ore", publication: non-ferrous Metals Science and Engineering, winners: Li Jinhui, Li Yangyang, Zheng Shun, Xiong Daoling, Chen Hao, Zhang Yunfang.
6. In 2018, China Nonferrous Metal publication Award (academic Paper Award), second prize, thesis title: "Ultrasonic Synthesis and characterization of Carboxymethyl chitosan", publication: non-ferrous metal science and engineering, winner: Luo Xuyan.
(2) Teaching and research awards
2. Project of National Natural Science Foundation of China (50864004): design and synthesis of new organic inhibitors and research on their interaction with sulphide ores, 2009, 360000 yuan, hosted.
3. Study on behavior Control Mechanism of chlorination and segregation of valuable Metals in laterite Nickel Ore (2015M582045), supported by 2015 China postdoctoral Science Foundation, hosted by the second prize project.
4. Jiangxi Provincial Science and Technology Department Jiangxi key Research and Development Program (serial number: 20161ACG70010), Research and Development of Polymetal Resource Technology and key equipment for Electroplating sludge, 500000 yuan, 2016, hosted.
5. A project supported by the National Natural Science Foundation of China (No. 51974140), study on the influence mechanism of mineral pha1. In 2017, the construction and practice of the National Chemical and Metallurgical Laboratory Teaching demonstration Center (Achievement No.: 20170135), the second prize of teaching achievements in Jiangxi Province, Xiong Daoling, Xu Zhifeng, Chen Huoping, Chen Xirong, Yang Fengli.
2. In 2018, Liu Ye, Zhang Xin, Zhong Bo, Zeng Yan. "basic Research on Aluminum removal Technology of High Aluminium rare Earth material solution", third prize in the first National Metallurgical Science and Technology Competition for College students, instructors: Li Jinhui, Xu Zhifeng.
3. 2018, Gong ao, Li Ziliang, Yan Yanwen, Zhang Zhihui. "study on the new process of selective complexation-preferential hydrolysis precipitation separation of ferrochromium" the second prize of the first National University Metallurgical Science and Technology Competition, instructors: Tian Lei, Li Jinhui
(三) Research Projects
1. Project of National Natural Science Foundation of China (51364014), QSAR in basic research of flotation separation of polymetallic sulphide ores, 2014, 650000 yuan, hosted.
se reconstruction on chlorination and segregation of valuable metals in nickel laterite, 600000 hosted, 2019, hosted.
6. National Natural Science Foundation (No.31370053), based on DNA- stable isotope probe, macrogenomics research on methane oxidizing bacteria in Tengchong acid hot spring, 2013, 800000 yuan, hosted.
7. National Natural Science Foundation of China (No. 30400010), dedicated microbial diversity and complex interfacial interaction in metal sulphide ore leaching, 2004, 240000 yuan, hosted.
8. Jiangxi Copper Co., Ltd. Major horizontal project, HTG copper foil key technology and industrialization research, 2019, 680000 yuan , hosted.
9. National science and technology support project (serial number: 2007BAB22B00), electroplating production of RCC copper foil, 100000 yuan, hosted.
10, Ji'an City major science and technology special plan, Jicaijiao (2019) 55, green intelligent extraction and separation of rare earth magnetic waste and high purity rare earth extraction demonstration project, 2019-2021, 1.1 million yuan, hosted.
11. Jiangxi Zili Environmental Protection Technology Co., Ltd. Major horizontal project, Research on Tin electrolysis Additives in sulfuric Acid system, 2017, 500000 yuan, hosted.
12. Project of National Natural Science Foundation of China (52064018), Basic study on materialization metallurgy technology of spent lithiumion battery in chloride medium, 2020, 350000 yuan, hosted.
(四) Teaching and research projects
1. The eighth batch of high-quality curriculum construction projects for postgraduates in Jiangxi Province, "Environmental Engineering Chemistry" (Jiangxi Teaching and Research word (2019) No. 1), Department of Education of Jiangxi Province, 2019-2021.
2. The project of curriculum education sharing plan in colleges and universities in 2018, Analytical Chemistry (Ganjiao Gaozi (2018) No. 96), Department of Education of Jiangxi Province, 2019-2021.
3. The provincial education reform project of colleges and universities in Jiangxi Province: (JXJG-12-6-11): basic chemistry experiment in universities.
4. Research on the cultivation of applied and innovative talents of chemical engineering majors in colleges and universities, the provincial education reform project of colleges and universities in Jiangxi Province in 2008 (project number: JXJG-08-6-22).
5. Research on the application of problem-oriented case teaching method in fine organic synthetic chemistry and technology teaching, the provincial teaching reform project of colleges and universities in Jiangxi Province in 2015 (project number: JXJG-15-7-10).
6. The research on the reform of the four-level practical teaching system of chemical engineering major based on the training of outstanding engineers, and the subject of school-level teaching reform in Jiangxi University of Science and Technology.
7. National innovative training program for college students, molecular modification, synthesis and extraction mechanism of 4-alkylphenyl carboxyl ketone oxime copper extractant (project number: GZG-12-08-03).
8. One of the provincial high-quality resource sharing courses in 2015: "Fine Organic Synthesis Chemistry and Technology" (SZG-15-03-02).
9. Provincial high-quality online open courses in colleges and universities in Jiangxi Province in 2016, fine organic synthetic chemistry and technology.
（五）Academic papers
1. Qiang Zeng, Yongji Huang, Leiming Huang, et al. High adsorption capacity and super selectivity for Pb(Ⅱ) by a novel adsorbent: Nano humboldtine/almandine composite prepared from natural almandine [J]. Chemosphere, 2020, 253: 126650 (IF:5.108)
2. Qiang Zeng, Yongji Huang, Leiming Huang, et al. A novel composite of SiO2 decorated with nano ferrous oxalate (SDNF) for efficient and highly selective removal of Pb2+ from aqueous solutions [J]. Journal of Hazardous Materials, 2020, 391: 122193 (IF:7.65)
3.Mengke Li, Yongji Huang, YanpingYang, et al. Heavy metal ions removed from imitating acid mine drainages with a thermoacidophilic archaea: Acidianus manzaensis YN25 [J]. Ecotoxicology and Environmental Safety, 2020, 190: 110084 (IF: 4.527)
4. Qiang Zeng, Yongji Huang, Leiming Huang, et al. Efficient removal of hexavalent chromium in a wide pH range by composite of SiO2 supported nano ferrous oxalate [J]. Chemical Engineering Journal, 2020, 383 : 123209 (IF:8.355)
5.ShuzhenLi, HuiZhongYue, hua Hu, et al. Microbial community shifts during the process of marmatite bioleaching [J]. Hydrometallurgy, 2014, 149: 127-131 (IF: 3.465)
6. Jinhui Li, Daoling Xiong, Hao Chen, et al. Physicochemical factors affecting leaching of laterite ore in hydrochloric acid[J]. Hydrometallurgy, 2012, (129-130): 14-16. (IF: 3.465)
7. Jinhui Li, Yangyang Li, Yan Gao, et al. Chlorination roasting of laterite using salt chloride[J]. International Journal of Mineral Processing, 2016, 148(3): 23-31. (IF: 2.019)
8. Jinhui Li, Zhifeng Chen, Bangpo Shen, et al. The extraction of valuable metals and phase transformation and formation mechanism in roasting-water leaching process of laterite with ammonium sulfate[J]. Journal of Cleaner Production, 2017, 140 (1): 1148-1155. (IF: 6.395)
9. Xiong Daoling, et al. The synthesis of glycerine-xanthate and its depressing mechanisms in the separation of marmatite from arsenopyrite[J]．Journal of Central South University of Technology，2006，13（06）：678-682 (IF: 0.973)
10. Jinhui Li, Deshun Li, Zhifeng Xu, et al.Selective leaching of valuable metals from laterite nickel ore with ammonium chloride-hydrochloric acid solution[J]. Journal of Cleaner Production, 2018, 179: 24-30. (IF: 6.395)
11. Zhiguo He, Shuzhen Li, Lisha Wang, et al. Characterization of Five Chromium-Removing Bacteria Isolated from Chromium-Contaminated Soil. Water, Air, & Soil Pollution. 2014, 225: 1904. (IF: 1.774)
12.Zhiguo He, Yanping Yang, Shan Zhou, et al. Effect of pyrite, elemental sulfur and ferrous ions on EPS production by metal sulfide bioleaching microbes [J]. Trans. Nonferrous Met. Soc. China. 2014, 24(4):1171-1178. (IF: 2.338)
13. Shaobo Ouyang, Shaoping Xu, Ning Song, et al. Coconut shell-based carbon adsorbents for ventilation air methane enrichment. Fuel, 2013, 113: 420-425. (IF: 5.128)
14. Laixi Zou, Chufu Li, Xiaorong He, et al. The Application of Event-tree Based Approach in Long term crude oil scheduling, Science in China (Chemistry), 2010, 53(6): 1445-1452. (IF: 6.085)
11. Xiong Daoling, etc. The mechanism of sodium glycerol xanthate inhibiting arsenopyrite was analyzed by group electronegativity theory [J].
Journal of Central South University (Natural Science Edition), 2010, 41 (06): 2156-2161.
12. Xiong Daoling, etc. Preparation and characterization of solid acid catalyst SO42-/C-TiO2-CeO2. Fine Chemicals, 2017, 34 (01): 80-86.
13. Zhang Yunfang, Li Jinhui, Gao Yan, et al. Ammonium sulfate roasting process of laterite nickel ore [J]. Chinese Journal of Nonferrous Metals, 2017,27 (1): 155-161.
14. Luo Xuyan, et al. Preparation of Ag+-doped Bi2WO6 by Sol-Gel method and its photocatalytic performance under visible Light, Chemical Industry Progress, 2016
(六) Academic Papers
1. Xiong Daoling, Qiu Ping, Luo Xuyan, et al. Construction of national chemical and metallurgical experimental teaching demonstration center in local colleges and universities [J]. Experimental Technology and Management, 2016 jade 33 (10): 223-226.
2. Xiong Daoling, Qiu Ping, Luo Xuyan, et al. Reform of engineering chemistry teaching system [J]. China Metallurgical Education, 2017, (6): 18-20.
3. Zhang Caixia, Shu Qing, Xiong Daoling, et al. The practice of problem-based case Teaching method in the Teaching of Fine Organic Synthesis Chemistry and Technology [J]. Journal of Fujian Radio and TV University, 2017124 (4): 66-70.
4. Zhang Caixia, Yu Changlin, Liu Yun Pai. discussion on the Curriculum arrangement of Chemical Engineering Specialty under the background of New industrialization [J]. Guangdong Chemical Industry, 2011 Ji 38 (11): 145-146.
5. Zhang Caixia, Sun Guoping. Carry out undergraduate tutorial system and cultivate applied innovative talents [J]. Journal of Jiangxi University of Technology, 201031 (6): 64-65pr 68.
6. Li Min, Chen Huoping, Chen Xirong, et al. The application of anchored teaching in the course design of principles of chemical engineering [J]. Journal of Jiangxi University of Technology. 201637 (4): 74-78.
7. Guo Nianxiang, Nie Huaping, Chen Huoping. Research on textbook Construction of Metallurgical and Chemical equipment course [J]. Education and teaching forum. 2013, (47): 98-100.
8. Xiao Longwen, Li Min, Chen Huoping. A concise derivation method for the height of packing layer of absorption tower [J]. Higher education in chemical engineering. 2012, (6): 67-69.
9. Li Min, Chen Huoping, Chen Xirong, et al. Application of web-based teaching platform in the teaching of principles of chemical engineering [J]. Journal of Jiangxi University of Technology. 2012, (4): 88-91.
(七) Patents
1. Xiong Daoling et al., Authorization: a New process for Catalytic cracking of Light Diesel Oil from waste engine Oil, China, 2009. Patent number: ZL200910115184.5.
2. Xiong Daoling et al., authorized: a new type of equipment for extracting light diesel oil from waste lubricating oils, China, 2009. Patent number: ZL200920141806.7.
3. Xiong Daoling et al., license: a new type of equipment for purifying refined fluorene, China, 2012. Patent number: ZL201220559691.5.
4. Xiong Daoling et al., authorized: a new type of equipment for carbon black desulphurization by pyrolysis of waste tires, China, 2013. Patent number: ZL201320581960.2.
5. Xiong Daoling et al., authorized: a new process for purification and purification of crude fluorene, China, 2013. Patent number: patent number: ZL201310267765.7.
6. Xiong Daoling et al., authorized: a new type of equipment for removing bead wire from waste tire, China, 2013. Patent number: ZL201420418898.X.
7. Xiong Daoling et al., authorized: one-step preparation of biodiesel equipment from waste oil, China, 2013. Patent number: ZL201420350775.7.
8. Li Jinhui, Li Yangyang, Zheng Shun. Authorization: method of extracting nickel and cobalt from lateritic nickel ore by chloride roasting, 2014. Patent number: ZL201410151645.5.
9. Gao Yan, Li Jinhui, Luo Chunxiang, Xu Xiaoju, Li Pengju, Hu Weijie. Authorization: a method of recovering lithium cobalt from waste positive plates of lithium cobalt batteries, 2013. Patent number: ZL201310095245.2. Li Jinhui, Chen Zhifeng, Wang Gongsecond. Authorization: a method of removing aluminum from rare earth solution by complexation precipitation, China, 2016. Patent number: ZL201610047973.X.
10. Li Jinhui, Xu Zhifeng, Chen Zhifeng. Authorization: method for selective leaching of valuable metals from nickel laterite with chloride salts, China, 2016. Patent number: ZL 201610130725.1.
11. Xu Zhifeng, Li Jinhui, Luo Tiangui, Ji Zhihua, Chen Zhifeng. Authorization: Ferro-chromium separation method of preferential complexation-selective iron precipitation in chloride acid system, China, 2016. Patent number: ZL201610606750.2.
12. Xu Zhifeng, Li Jinhui, Luo Tiangui, Ji Zhihua, Chen Zhifeng. Authorization: selective complexation of sulfuric acid system-preferential hydrolytic separation of ferrochromium, China, 2016. Patent number: ZL201610606801.1.
13. Li Jinhui, Xu Zhifeng, Luo Tiangui, Liao Jialong, Chen Zhifeng. Authorization: a method for separating ferrochromium from electroplating sludge leaching solution by complexation precipitation, China, 2017. Authorization: ZL201710461900.X.
14. Gao Yan, Li Jinhui, Xu Xiaoju, Luo Chunxiang, Chen Shiqiang, Li Pengju, Xu Honghui, Yun Xiaojing, Geng Cuicui, Li Jiong. Authorization: a way to recover valuable metals from e-waste, China, 2015. Patent number: ZL201510597851.3.
15. He Zhiguo, Zhou Shan, Hu Yuehua, Gu Jianhua. Authorization: a method for immobilization of rod-shaped bacteria for ore leaching for AFM analysis under strong acid conditions, China, 2009. Patent number: 200910310579.0.
16. Ouyang Shaobo, Xiong Daoling, Chen Huoping, Zou Laixi, Li Min, Zhang Caixia, Deng Tao. Software copyright: simulation test system for measuring the performance of multi-cauldron series mixing, China, 2019. Registration number 2019SR1335820.
17. Xiong Daoling, Chen Huoping, Ouyang Shaobo, Zou Laixi, Li Min, Zhang Caixia, Deng Tao. Software copyright: waste tire pyrolysis process 3D virtual simulation software, China, 2019. Registration number 2020SR0127595
(八) Works
1. Xiong Daoling, Li Jinhui, Li Ying. Reuse technology of waste chromium resources [M]. Metallurgical Industry Press, 2012.
2. Xiong Daoling, Li Ying, Li Jinhui. Technology of extracting valuable metals from electroplating sludge [M]. Metallurgical Industry Press, 2013.
3. Xiong Daoling, Chen Yujuan, Wang Gengliang. Application technology of separation and purification of washing oil [M]. Metallurgical Industry Press, 2013.
4. Shu Qing, Yu Changlin, Xiong Daoling. Biodiesel science and technology [M]. Metallurgical Industry Press, 2012.
5. Li Jinhui, Xu Zhifeng, Wang Ruixiang. Basic research on chlorination metallurgy of nickel laterite [M]. Metallurgical Industry Press, 2019.
6. Li Liqing, Zou Laixi, Xiao Youjun. Application of computer in Modern Chemical Industry [M], Metallurgical Industry Press, 2018.
三. Members Profile
Second-class professor / doctor, graduate tutor, member of the Party Committee and Ministry of the Department of Materials Metallurgical Chemistry, Secretary of the General Party Branch and Dean of the College of Chemistry and Chemical Engineering
Professor Xiong Daoling
Jiangxi Province "Millions Talent Project" selected experts, Jiangxi Province middle-aged and young discipline leaders, the Ministry of Education degree thesis evaluation experts, National Science and Technology Award evaluation experts, National Natural Science Foundation evaluation experts, Jiangxi Province major project evaluation experts, executive director of China Energy Society. He is mainly engaged in research work such as the efficient utilization of resources and the preparation of fuel oil from waste oil, the deep processing of coal chemical industry, the development and application of organic chemicals, and has achieved a series of innovative research results. He presided over 2 national natural science funds, 3 science and technology projects of Jiangxi Education Department, 3 science and technology projects of Jiangxi Science and Technology Department, 3 major projects of Ji'an City and 3 science and technology projects of Ganzhou City, and 8 provincial teaching quality projects and teaching reform projects. He also published more than 100 academic papers, included more than 20 papers by SCI and EI, applied for 21 invention patents (11 authorized), 2 software copyrights, and published 4 academic monographs. He awarded over the completion of 1 third prize for natural science in Jiangxi Province (ranked first), 1 second prize for science and technology of China Nonferrous Metals Industry Association (ranked first), 1 second prize for teaching achievements in Jiangxi Province (ranked first), and 1 second prize for scientific and technological progress in Luoyang City, Henan Province (ranked first). The expenditure for scientific research reached to 1.1 million yuan.
Professor Li Jinhui / Ph.D., PhD candidate supervisor, Associate Dean of College of Chemistry and Chemical Engineering
He mainly engaged in research work in the fields of metallurgy, efficient extraction and comprehensive utilization of resources, presided over 2 national projects (including 1 project on the surface of the National Natural Science Foundation of China), 6 major, key and general projects at the provincial and ministerial level, presided over 3 enterprise cooperation projects, and received funds of more than 1.6 million. More than 17 papers have been published in domestic and foreign academic journals such as "International Journal of Mineral Processing", "Hydrometallurgy", "Journal of Cleaner Production" and "China Journal of Nonferrous Metals", in which 12 papers have been indexed by SCI/EI, 11 patents have been applied, 5 patents have been authorized for invention, 1 transfer of achievements has been granted, and one local standard of Jiangxi Province has been compiled. He hosted 1 provincial education reform project, guided students to approve 2 national innovative and entrepreneurial projects, won 3 prizes in all kinds of competitions, and published 3 monographs. He also won the China Nonferrous Metals Science and Technology thesis Award (second prize) in 2017, the ChinaIndustry-University-Research Cooperative Innovation Achievement Award (second prize) and the 2018 Science and Technology second Prize of China Nonferrous Metals Association.
Professor He Zhiguo
Professor /Ph.D., "Outstanding Talents in the New Century" of the Ministry of Education, Distinguished Professor of Furong Scholar, Distinguished Professor of Shenghua Scholars, PhD tutor, Distinguished Professor of Jiangxi University of Science and Technology, Professor of Central South University
He served as deputy director of Hunan Organic Pollution Site Remediation Engineering Technology Research Center, deputy director of Hunan Provincial Engineering Laboratory for Microbial Ecological Restoration of persistent Organic pollution sites, and vice chairman of Hunan Environmental Pollution Control Standardization Technical Committee. He received a bachelor's degree from the School of Resource processing and Biological Engineering of Central South University in July 2000 and was sent to graduate school (master's degree). In June 2005, he received a doctorate degree from the School of Resource processing and Biological Engineering of Central South University, and in September 2006, he was employed as an associate professor. In September 2014, he was hired as a PhD tutor, in October 2014, as a professor, and in June 2015, he was appointed as a distinguished professor of Shenghua scholar in Central South University. He worked as a postdoctoral fellow in University of Calgary, Canada from 2008.3 to 2010.12.
In 2011, he was selected as a young talent funding program of Southern University's "Shenghua Education Program". In 2012, he was selected into the "New Century Excellent Talent Support Program" of the Ministry of Education. In 2019, he was hired as a distinguished professor of the "Furong Scholars Award Program".
He mainly engaged in the research and development of harmless solid waste, high-value utilization of resources, theory and technology of joint extraction of secondary resources, environmental remediation materials, environmental microtechnology, extreme environmental microorganisms and microbial macrogenomics, etc. As the project host, he has been responsible for 3 projects of the National Natural Science Foundation, 1 sub-project of the national key R & D project, 1 special project of the public welfare industry of the Ministry of Land and Resources, 2 special projects for the investigation and evaluation of geology and mineral resources of the China Geological Survey, and more than 20 horizontal cooperation projects of enterprises. As a key member, he has successively participated in the research work of many projects supported by the National key basic Research and Development Program (973 Program), the National 12th five-year Plan, the doctoral Foundation of the Ministry of Education, Genome Canada of Canada, the Joint Genome Research Institute of the U.S. Department of Energy, and so on. He has published more than 40 SCI papers in international authoritative academic journals, such as "ISME Journal", "Chemical Engineering Journal", "Environmental Science & Technology", "Chemosphere", "Colloids and Surfaces B: Biointerfaces", "Bioresource Technology", "Journal of Hazardous Material" and "FEMS Microbiology Ecology".
applied for more than 40 patents and participated in the formulation and promulgation of 2 local standards in Hunan Province. He also won 1 second prize for natural science of the Ministry of Education (ranked first) and 1 third prize for natural science of Jiangxi Province (ranked third).
Professor Luo Xuyan
Third-level professor / master's degree, Master tutor
"Excellent Teacher" and "Top Ten Teachers" in course Teaching of Jiangxi University of Science and Technology
She has been teaching in Jiangxi University of Technology since graduating from applied chemistry major of South China University of Technology. She successively won the title of "Top Ten" teacher of Jiangxi University of Science and Technology, "Top Ten most popular teacher of Jiangxi University of Technology", first prize of teaching skills competition of Jiangxi University of Science and Technology, second prize of Jiangxi excellent Teaching Achievement Award, second prize of China Nonferrous Metal Industry Science and Technology Award, and second prize of scientific progress in Luoyang City, Henan Province. The main course "Advanced Organic Chemistry" was approved by the National Master of Engineering online and postgraduate courses in Jiangxi Province. She presided over or participated in more than 20 National Natural Science Foundation, Technology o Department f Jiangxi, provincial education reform projects and horizontal science and technology projects, and published more than 50 papers.
Chen Huoping, Party Committee Secretary and Associate Professor
Party Committee Secretary of Faculty of Materials Metallurgical and Chemistry, Master tutor
He is mainly engaged in management work, coordinating the teaching, scientific research and laboratory management of the college, focusing on the cultivation of student quality education, and actively encouraging students to participate in various competitions every year. Excellent results have been achieved in the national chemical design competition for college students over the years. Achievements, set a breakthrough in Jiangxi Province in the 2019 Chemical Design Competition, and won the first prize of the national competition.
Associate Professor Zhang Caixia
Associate Professor / Ph.D., Master tutor, Deputy Secretary of Chemical Engineering Party Branch, "Excellent Teacher" and "Top Ten Teachers" of course Teaching of Jiangxi University of Science and Technology.
She mainly engaged in the research work of efficient utilization of resources and the development and application of organic agents, and a series of research results have been achieved.
She won the honorary titles of "Top Ten" Teachers in course Teaching of Jiangxi University of Science and Technology, "Outstanding teacher", "Outstanding Communist Party member", "Advanced female worker" and so on. She presided over 1 provincial education reform key project, 2 provincial education reform projects, 1 provincial high-quality resource sharing course construction project, 1 provincial high-quality online open course construction project, and 1 project of Jiangxi Provincial Department of Education. She published more than 50 papers, applied for 3 patents, 2 software copyright, and participated in the publication of 2 academic monographs.
Deputy Director Xu Hongyin.
Deputy Director of external Liaison and Cooperation. Associate Professor / Ph.D., Master tutor.
He is mainly engaged in material surface treatment, new material development and application, comprehensive utilization of resources, etc., presided over or participated in 8 projects above the provincial and ministerial level, published more than 10 papers, including 4 papers included in EI and SCI, and 1 invention patent item.
Lecturer ZouLaixi
Lecturer / Ph.D. of Tsinghua University, Master tutor, Propaganda Committee of Chemical Party Branch
In 2010, after graduating from Tsinghua University with a Ph.D., he worked in the Computer Information Center of the PetroChina Planning Institute for 2 years in project consulting, and then worked in the British Process Integration Co., Ltd. (Beijing) for 5 years in research and development. Since 2017, he has been working in Jiangxi University of Science and Technology, and his main research directions are the comprehensive utilization and development of oils, the preparation of photocatalytic materials, and first-principles calculations. He presided over and participated in 2 provincial projects, participated in several provincial education reform projects, and participated in 1 major science and technology project in Ji'an City. He published more than 10 papers, applied for 2 patents, 2 software copyright, and participated in the publication of 1 academic monograph. He won one second prize of science and technology of China Nonferrous Metals Industry Association.
Lecturer Ouyang Shaobo
Lecturer / Ph.D., Master tutor, Secretary of the Party branch of master students.
In 2014, after graduated from Dalian University of Technology, he engaged in research and development in ECO Zhuo Xin Energy-saving Technology (Shanghai) Company Limited affiliated to Hong Kong ＆ China Gas Co.Ltd. and was responsible for completing the pilot project of coal pyrolysis to oil. He has rich production experience in the thermal conversion and utilization of biomass, coal and municipal solid waste. Since 2017, he has been working in Jiangxi University of Science and Technology, and his main research fields are the resource utilization of organic waste, the preparation of carbon materials for gas separation and enrichment. He presided over and participated in 2 provincial projects, participate in 2 provincial quality engineering projects, and participate in 1 major science and technology project in Ji'an City. He won 5 prizes in all kinds of competitions. He also published more than 20 papers, applied for 2 patents, authorized 1, and 2 software copyrights. He won one second prize of science and technology of China Nonferrous Metals Industry Association and awarded as Young and middle-aged experts in the journal Coal quality Technology.
Lecturer Liu Dianmei
She won the second prize in the Youth Teaching Competition of Jiangxi University of Science and Technology. She has mainly engaged in teaching work for more than ten years of teaching experience. The main courses include "Inorganic Chemistry", and "Organic Chemistry".
