Education and Appointments: Tan Zhouliang, Professor and Doctoral Supervisor. He is currently engaged in the research and application of environmental biotechnology, having led and completed more than 30 national key projects and research grants. He has received six provincial and ministerial science and technology awards, including the First Prize of the Sichuan Provincial Science and Technology Progress Award. He has published more than 100 papers and filed/obtained 31 patents. He has successfully developed over 20 bacterial and microalgal strain resources, as well as more than a dozen bioproducts, real-time sensors for microbial activity monitoring, and integrated environmental protection devices. These achievements have led to the establishment of complete technology packages for low-carbon intelligent wastewater treatment and microalgae-based wastewater purification and carbon sequestration, which have been applied in more than 40 engineering projects, including those of China National Petroleum Corporation (CNPC) and BYD, delivering significant outcomes in pollution reduction, carbon abatement, and resource recovery in wastewater treatment. Research Interest Environmental biotechnology (1) Exploration, intelligent assembly, and application of environmental functional microbial (consortia) resources (2) Research and application of wastewater treatment and carbon sequestration technologies based on microalgae (3) Development and application of biosensors and intelligent operation technologies for wastewater treatment process Public Services (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 Honors (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) Seleted Publication (1) Lin Wang, Zhaoli Wang, Fan Wang, Yue Guan, Dan Meng, Xin Li, Houzhen Zhou, Xudong Li, Yangwu Chen*, Zhouliang Tan*. Response of performance, antibiotic resistance genes and bacterial community exposure to compound antibiotics stress: Full nitrification to shortcut nitrification and denitrification. Chemical Engineering Journal. 2023.451: 138750. 1 (2) Xin Li, Jian Liu, Jiansong Tian, Zhicheng Pan, Yangwu Chen, Fei Ming, Rui Wang, Lin Wang, Houzhen Zhou, Junjie Li, Zhouliang Tan, 2023. Co-cultivation of microalgae-activated sludge for municipal wastewater treatment: Exploring the performance, microbial co-occurrence patterns, microbiota dynamics and function during the startup stage. Bioresource Technology, 374, 128733. (3) Chen, S., Li, X., Ma, X., Qing, R., Chen, Y., Zhou, H., ... & Tan, Z. 2023. Lighting the way to sustainable development: Physiological response and light control strategy in microalgae-based wastewater treatment under illumination. Science of the Total Environment, 166298. (4) Wang, F., Chen, Y., Wang, L., Meng, D., Zhu, R., Li, Y., ... & Deng, Q. 2022). Fates of antibiotic resistance genes during upgrading process of a municipal wastewater treatment plant in southwest China. Chemical Engineering Journal, 437, 135187. Supported Projects 1. National Natural Science Foundation of China (General Program), Community assembly of the microalgae-microbes consortium under the combinatorial consistency framework: Hypothesis testing and predictive analysis, 2026–2029. 2. Shandong Dehe Biotechnology Group Co., Ltd., Development of online sensing and optimized regulation technologies for microbial activity in Bacillus fermentation processes, 2025–2026. 3. CAS Basic and Interdisciplinary Frontier Scientific Research Pilot Project, Research and development of efficient nutrient recycling and environmental-control technologies, 2025–2028. 4. Chengdu “Jiebang-Guashuai” Open-Challenge Science & Technology Project, Research and application demonstration of key carbon-neutral technologies for sewage resource utilization under the “Park City” initiative, 2023–2025. 5. Chengdu Green Low-Carbon Advanced Technology & Process R&D Project, Development of an online microbial-activity monitoring device and its application in the intelligent operation of wastewater-treatment systems, 2024. 6. Sichuan Provincial Technology Transfer and Commercialization Demonstration Project, Application and industrialization of compact interception wastewater-treatment technologies and equipment based on magnetic enhancement and magnetic-separation, 2023–2024. 7. 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. 8. 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. |
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