2.R&D and industrialization of lithium cobalt oxide as cathode material for high-density and high-voltage platform lithium ion battery. First prize of scientific and technological progress in Hunan province in 2005.
3. Fieldbus intelligent fuzzy control system and its application in nonferrous metal industrial furnace. The second prize of scientific and technological progress in Hunan Province in 2004.
4. Intelligent control system for aluminum electrolysis process and its popularization and application. In 2003, China Nonferrous Metals Industry won the first prize for scientific and technological progress.
5. Development and application of TiB2 cathode coating technology for160ka prebaked aluminum reduction cell. 2003 Second Prize of Scientific and Technological Progress of China Nonferrous Metals Industry.
6. Fully distributed intelligent control system for aluminum electrolysis based on field bus. The second prize of China nonferrous metal industry scientific and technological progress 200 1.
7. Development and application of intelligent fuzzy control technology for160ka prebaked aluminum reduction cell. Second Prize of Scientific and Technological Progress of China Nonferrous Metals Industry Corporation 1998.
8. Titanium and Boron Cathode Materials and Coating Technology for Aluminum Electrolysis 5 Third Prize of Scientific and Technological Progress of State Education Commission 1998
9. Study the popularization and application of microelectronics and comprehensive energy-saving technology in the transformation of kiln in nonferrous metal industry. Third Prize of Scientific and Technological Progress of China Nonferrous Metals Industry Corporation 1997.
10. Development and application of fuzzy expert controller for aluminum electrolysis. Second Prize of Excellent Academic Papers in Hunan Province 2002 1. Basic metallurgical research on preparing high quality primary aluminum with low energy consumption. Deputy Head of National 973 Project 2005-2009 365.
2.300 kA comprehensive energy-saving technology development for aluminum reduction cell production: technical director of national major industrial technology equipment development and major industrial technology development projects from 2005 to 2007 100.
Multi-physical field coupling simulation of 3.600 kA prebaked aluminum reduction cell and thermal stress optimization design of cathode lining 2005-2006 40 Head of China Aluminum Company.
4. Study on the formation and evolution of stress in aluminum reduction cell lining and its relationship with cell loss: Project leader of National Natural Science Foundation of China from 2004 to 2006.
5.2005-2007450 The person in charge of the industrialization project of embedded control software system for complex industrial process integration "Industrialization of key technologies in information industry such as software" of the National Development and Reform Commission.
6. Development and industrialization of supercapacitors 2005-2007 300 person in charge of Hunan Zhongde Yexiang Technology Co., Ltd.
7. Multi-variety alumina development and industrialization 2004-2006 200 person in charge of Hunan Zhongde Dexiang Technology Co., Ltd.
8. Preparation technology of wetting gradient functional titanium boride composite coating cathode material for molten salt aluminum electrolysis National 863 Project 2003-2005 80 Leader
9. Preparation technology of cermet gradient function composite electrode, led by National 863 Sub-project 2002-2004 100.
10. person in charge of the national technological innovation project of intelligent integrated control technology for complex nonferrous smelting process based on field bus 2002-2004 50.
1 1. Fully distributed intelligent fuzzy control system for aluminum electrolysis. Project leader of 2002 national key new product plan of Ministry of Science and Technology.
12. Computer comprehensive simulation study on physical and chemical properties and electrochemical process of inert electrode materials in aluminum electrolysis. Head of the trans-century talent training program of the Ministry of Education [2002] No.48 2002-2003 20
13. Research on comprehensive simulation optimization method of aluminum electrolysis equipment, process and control technology: Head of the 7th Fok Yingdong Young Teachers Fund of the Ministry of Education (200 1-2003 1.7 million USD).
14. Fieldbus intelligent fuzzy control system and its application in nonferrous metal industrial furnace. Head of SME Technology Innovation Fund of Ministry of Science and Technology 2000-2002 100.
15. Study on inert electrode system in aluminum electrolysis. Deputy Head of National 973 Project 1999-2004 300.
Popularization and application of 16 intelligent fuzzy control technology. 160kA series production of prebaked aluminum reduction cells; Technical director of national technological innovation project 1998-2000 50.
17. technical director of national technical transformation project of baking box 1998-2000 50
18. Research on the popularization and application of microelectronics and comprehensive energy-saving technology in kiln renovation in nonferrous metals industry: the person in charge of five subprojects of the annual software project of the State Economic and Trade Commission 1996- 1997.
19. Development and application of intelligent fuzzy control technology for prebaked aluminum reduction cells. Technical director of national key technology development project 1994-996 80.
20. Key member of the National Key New Technology Promotion Demonstration Project of Titanium Boride Cathode Material and Coating Technology for Aluminum Electrolysis 1994- 1996 20.
2 1. Comprehensive energy-saving technology of aluminum electrolysis. Key member of the national "Eighth Five-Year Plan" scientific and technological key project1991-199515.
22. Key member of the national key scientific and technological project of the "Eighth Five-Year Plan" for industrial test of intelligent aluminum reduction cells+0991-199510.