Dr. Tan Zhouliang is a researcher at the Chengdu Institute of Biology, Chinese Academy of Sciences. Currently, he is mainly engaged in research and application of water pollution control and environmental biotechnology. He has presided over 22 projects including the Ministry of Science and Technology International Cooperation Project, the National Natural Science Foundation of China,etc., and participated 5 projects including the 863 Project, the Ministry of Science and Technology Support Project and the National Natural Science Foundation, etc. He has published more than 60 papers and been granted 17 patents. Successfully developed a series of biological agents such as refractory organic microbial agents, ammonia oxidizing bacteria, denitrifying bacteria, microbial activation promoters, etc., and developed common technologies such as multi-scale bio-enhancement technology, short-cut nitrification and denitrification rapid start-up and stable operation technology. He has rich experience in scientific research and engineering practice. Research results have been successfully applied more than 30 projects such as mine wastewater treatment, laboratory wastewater, solar cell production wastewater, fluorine-containing wastewater, domestic sewage upgrading, cleaning agent and polyethylene, rural field sewage, livestock wastewater and so on in different areas. The research results were selected in the "Sichuan Province Water Pollution Prevention Technical Guidance Catalogue", won the first prize of the Sichuan Science and Technology Progress Award in 2007 (ranked sixth), the first prize of the 2016 Sichuan Environmental Protection Technology Progress Award (ranked first), 2017 The second prize of the Chengdu Eco-Environmental Innovation and Entrepreneurship Competition (ranked first) and the second prize of the 2017 Sichuan Science and Technology Progress Award (ranked first).

　　Water pollution control and environmental biotechnology

　　(1) Study on microbial response mechanism under environmental stress

　　(2) Research and application of biological treatment technology for refractory pollutants and ammonia nitrogen

　　(3) Research and application of pollution control process diagnosis and optimization technology

　　(4) Development and application of complete sets of wastewater treatment equipment and online testing equipment

　　(1) 2016.1~now, member of the Youth Innovation Promotion Association of the Chinese Academy of Sciences

　　(2) 2017.3~now, executive director of Sichuan Science and Technology Youth Federation

　　(3) 2017.2~now, member of the technical review expert library of the Sichuan Provincial Environmental Protection Department

　　(4) 2017.11~now, member of the Sichuan Changhe System Review Experts

　　(5) 2017.12~now, member of think tank of ecological protection and environmental governance research in Sichuan Province

　　(1) In 2017, the research and development of wastewater multi-scale regulation bioaugmentation treatment technology and its application, Sichuan Science and Technology Progress Award second prize (ranked first)

　　(2) In 2017, the multi-scale regulation of wastewater bioaugmentation treatment technology, the second prize of Chengdu Eco-Environmental Innovation and Entrepreneurship Competition (ranked first)

　　(3) In 2016, the application of multi-scale control technology in photovoltaic wastewater treatment, Sichuan Province Environmental Protection Technology Progress Award, first prize (ranked first)

　　(4) In 2012, the application of multi-scale regulation bioaugmentation technology in the treatment of diethylene glycol monobutyl ether wastewater, China Institute of Microbiology “Jian Haoran Environmental Engineering Award” (ranked first)

　　(5) In 2007, the development of environmental microbial agents and its application in the biological treatment of refining and printing and dyeing wastewater, Sichuan Science and Technology Progress Award, first prize (ranked sixth)

　　Bo Xu, Xin-Fen Gao, and Li-Bing Zhang, 2013. Lespedeza jiangxiensis, sp. nov. (subgen. Lespedeza; Fabaceae) from China based on molecular, palynological, and morphological evidence. Systematic Botany 38(1): 118-126.

　　Bo Xu, Ning Wu, Xin-Fen Gao, and Li-Bing Zhang, 2012. Analysis of DNA sequences of six plastid and nuclear genes suggests incongruence, introgression, and incomplete lineage sorting in the evolution of Lespedeza (Fabaceae). Molecular Phylogenetics and Evolution 62: 346–358.

　　Bo Xu, Xin-Fen Gao, Ning Wu, and Li-Bing Zhang, 2011. Pollen diversity and systematic implications in Lespedeza (Fabaceae). Systematic Botany 36 (2): pp. 352–361.

　　(1) Presiding over the key research and development plan project of Sichuan Province, and the demonstration application of integrated treatment equipment for pig waste water compliance, 2019-2020.

　　(2) Hosting the regional key project of the Science and Technology Service Network of the Chinese Academy of Sciences, “Integration and Demonstration of Bio-Enhanced Pollution Control Technology in Large-scale Pig Farms in the Southern Water Network Area”, 2019-2020.

　　(3) Hosting the research project of scientific research equipment of the Chinese Academy of Sciences, “Development of in-situ integrated detection and diagnosis system for sewage biophysics”, 2019-2020.

　　(4) Hosted the Science and Technology Service Network Project of the Chinese Academy of Sciences “Experimental Demonstration of the Construction Technology System for the Ecological Clean Small Watershed in the Three Gorges Reservoir Area” Topic 3 “Rural Pollution Control and Waste Recycling Technology R&D and Demonstration” and “Three-dimensional Ecological Agriculture Experimental Demonstration” , 2016-2017.

　　(5) Hosted the Science and Technology Service Network Project of the Chinese Academy of Sciences, “Study on High-efficiency Ecological Agriculture and Animal Husbandry Technology R&D and Demonstration in Sichuan Province” 2 “Integration of Aquaculture Wastewater, Domestic Sewage Resource Utilization and Harmless Technology”, 2015-2017.

　　(6) Hosted the “Young Microbial Stress Response Mechanism and Applied Technology Research” of the “Young Researcher” Project of the Chengdu Institute of Biology, Chinese Academy of Sciences, 2014-2017.

　　(7) Presided over the “Western Light” key project of the Chinese Academy of Sciences “Application Research on Operation Optimization Technology of Rural Sewage Treatment Facilities in Rural Fields”, 2014-2017.

　　(8) Hosted the project “Diagnosis and Regulation of Polyethylene Glycol Cleaner Mixed Wastewater Treatment System”, 2014-2016.

　　(9) Presided over the International Cooperation Project of the Ministry of Science and Technology, “Research on the Total Resource Technology Cooperation of Alcohol-Based Biofuels for Kitchen Wastes”, “Research on Nitrogen Utilization Technology in Fermentation Broth”, 2013-2015.

　　(10) Presided over the Sichuan Provincial Science and Technology Support Program “Application Research on Multi-scale Control Technology for Stable Operation of Wastewater Biological Nitrogen Removal”, 2012-2014.

　　(11) Hosted “Study on the Low Temperature Pressure Response Mechanism and Optimization Control of Nitrifying Bacteria in Sewage Treatment”, National Natural Science Foundation of China, 2013-2015.

　　(12) Hosted the enterprise commissioned project “Study on BDG wastewater bio-enhancement treatment technology of Shangluo BYD Industrial Co., Ltd.”, 2011-2012.

　　(13) Presided over the important direction of the Knowledge Innovation Project of the Chinese Academy of Sciences, “Research and Engineering Demonstration of Microbial Multi-scale Control Technology for Wastewater Treatment Functions”, 2009-2011.

　　(14) Participated in the 863 major project “High-level environmental pollution incident liquid pollutant rapid treatment and disposal technology”, 2008-2012.

　　(15) Participated in the National Natural Science Foundation of China project “Research on the repair mechanism of damaged microorganisms under impact load in wastewater biological treatment system”, 2007-2010.

　　(16) Participated in the support project of the Ministry of Science and Technology “Clean tanning process and green industry link integration technology and engineering demonstration”, 2006-2010.

　　(17) Participated in the “Water Special Project” of the 863 Program “Optimized Control of Microbial Populations in High-efficiency Fine-Grain Breeding and Biological Treatment Systems”, 2002-2005.