People
Qingling Liu PhD， Professor（CV）
E-mail: liuql@tju.edu.cn
Research interests: environmental engineering, environmental catalysis, environmental functional materials, air pollution control
Education and work experience:
2013.12-present, school of environmental science and engineering, tianjin university, professor tutor
2011.02-2013.11 research assistant, department of chemical engineering, university of Delaware
2008.11-2010.12, postdoctoral, department of environmental and material chemistry, Stockholm university, Sweden
2003.09-2008.10, school of chemical engineering, dalian university of technology, major: chemical process, doctor
Teaching Courses:Air pollution control engineering (undergraduate); Air pollution control technology and application case (postgraduate)
Research Fields and Interests:(1)Environmental catalysis, gas adsorption and separation, design and application of environmental functional materials; (2)Removal technologies of SCR and VOCs; (3)Catalytic conversion technologies and key materials of NOx from diesel engine and ship exhaust; (4)VOCs concentration, adsorption and low temperature treatment technologies of tail gas from chemical and pharmaceutical industries; (5)Design and application of inorganic and organic porous materials and gas membrane materials. In the past five years, he has published more than 20 papers in international journals such as Chemical Engineering Journal, Green Chemistry, Ultrasonic Sonochemistry, Applied Catalysis A: General, Applied Surface Science, Journal of Chemical Technology and Biotechnology, Chemosphere, ChemCatChem et al.
E-mail: liuql@tju.edu.cn
Research interests: environmental engineering, environmental catalysis, environmental functional materials, air pollution control
Education and work experience:
2013.12-present, school of environmental science and engineering, tianjin university, professor tutor
2011.02-2013.11 research assistant, department of chemical engineering, university of Delaware
2008.11-2010.12, postdoctoral, department of environmental and material chemistry, Stockholm university, Sweden
2003.09-2008.10, school of chemical engineering, dalian university of technology, major: chemical process, doctor
Teaching Courses:Air pollution control engineering (undergraduate); Air pollution control technology and application case (postgraduate)
Research Fields and Interests:(1)Environmental catalysis, gas adsorption and separation, design and application of environmental functional materials; (2)Removal technologies of SCR and VOCs; (3)Catalytic conversion technologies and key materials of NOx from diesel engine and ship exhaust; (4)VOCs concentration, adsorption and low temperature treatment technologies of tail gas from chemical and pharmaceutical industries; (5)Design and application of inorganic and organic porous materials and gas membrane materials. In the past five years, he has published more than 20 papers in international journals such as Chemical Engineering Journal, Green Chemistry, Ultrasonic Sonochemistry, Applied Catalysis A: General, Applied Surface Science, Journal of Chemical Technology and Biotechnology, Chemosphere, ChemCatChem et al.
Xuebin Lv Professor, doctoral supervisor (National Youth Talent)
E-mail: xbltju@tju.edu.cn
Education and work experience:
2019 to present, distinguished professor, School of science, Tibet University
2019 present Professor, School of environmental science and engineering, Tianjin University
2016-2019 College of science, Tibet University, the eighth batch of cadres assisting Tibet
2012-2019 associate professor, School of environmental science and engineering, Tianjin University
2009-2012 lecturer, School of environmental science and engineering, Tianjin University
2007-2008 Department of environmental engineering, Danish Technical University, jointly training doctoral students
2005-2009 doctor, major in chemical technology, School of chemical engineering, Tianjin University
2002-2005 master of chemical technology, School of chemical engineering, Tianjin University
1998-2002 Bachelor of chemical engineering and technology, Department of chemical engineering, Hebei Institute of Technology
Main research directions:
Mainly engaged in the resource utilization of organic solid waste. It has made in-depth research in the fields of comprehensive disposal and high-value utilization of multi-source solid waste, efficient depolymerization and value-added of non grain biomass based raw materials, and molecular catalytic synthesis and transformation of biomass platform. Relevant research results have been published in high-level international journals such as Angewandte Chemistry International Edition, applied catalysis B: environmental, renewable & Sustainable Energy Reviews, green chemistry, ACS Sustainable Chemistry & Engineering, chemsuschem, etc. Presided over more than 10 national, provincial and ministerial projects, applied for 16 patents and authorized 9, and published more than 50 papers in related fields as the first or corresponding author.
Main courses:
Principles of Environmental Engineering (undergraduate), environmental protection and sustainable development (undergraduate), municipal solid waste disposal and recycling (Graduate).
E-mail: xbltju@tju.edu.cn
Education and work experience:
2019 to present, distinguished professor, School of science, Tibet University
2019 present Professor, School of environmental science and engineering, Tianjin University
2016-2019 College of science, Tibet University, the eighth batch of cadres assisting Tibet
2012-2019 associate professor, School of environmental science and engineering, Tianjin University
2009-2012 lecturer, School of environmental science and engineering, Tianjin University
2007-2008 Department of environmental engineering, Danish Technical University, jointly training doctoral students
2005-2009 doctor, major in chemical technology, School of chemical engineering, Tianjin University
2002-2005 master of chemical technology, School of chemical engineering, Tianjin University
1998-2002 Bachelor of chemical engineering and technology, Department of chemical engineering, Hebei Institute of Technology
Main research directions:
Mainly engaged in the resource utilization of organic solid waste. It has made in-depth research in the fields of comprehensive disposal and high-value utilization of multi-source solid waste, efficient depolymerization and value-added of non grain biomass based raw materials, and molecular catalytic synthesis and transformation of biomass platform. Relevant research results have been published in high-level international journals such as Angewandte Chemistry International Edition, applied catalysis B: environmental, renewable & Sustainable Energy Reviews, green chemistry, ACS Sustainable Chemistry & Engineering, chemsuschem, etc. Presided over more than 10 national, provincial and ministerial projects, applied for 16 patents and authorized 9, and published more than 50 papers in related fields as the first or corresponding author.
Main courses:
Principles of Environmental Engineering (undergraduate), environmental protection and sustainable development (undergraduate), municipal solid waste disposal and recycling (Graduate).
Na Ji （CV）Professor, doctoral supervisor (resume), young talents in Tianjin, top ten outstanding young teachers and workers of Tianjin University, deputy director of the Department of environmental engineering of Tianjin University, and deputy director of the National Key Laboratory of bio based oil and gas in petrochemical industry.
E-mail: jina@tju.edu.cn
Education and work experience:
From July 2021 to now, professor and doctoral supervisor, School of environmental science and engineering, Tianjin University
From December 2013 to June 2021, associate professor and doctoral supervisor, School of environmental science and engineering, Tianjin University
2012.09-2013.11: research assistant, Department of chemical engineering, University of Delaware
2011.01-2012.08, postdoctoral fellow, Institute of coal chemistry, Max Planck Society, Germany
2005.09-2010.12, doctor, Dalian Institute of Chemical Physics, Chinese Academy of Sciences
Main research areas:
(1) Catalytic conversion and utilization technology of biomass renewable resources; (2) Catalytic synthesis technology of biofuels and aviation kerosene; (3) Development of new catalyst materials and their application in biomass conversion; (4) Low temperature catalytic conversion and utilization technology of organic solid wastes such as plastics. Focusing on the above research topics, more than 70 SCI research papers have been published in international high-level academic journals in recent years, including 10 cover papers and 28 h-index index. Including: angelw Chem. Int. ed., ACS catalysis, applied catalysis B: environmental, chemsuschem, green chemistry, Journal of catalysis, Journal of energy chemistry, renewable & Sustainable Energy Reviews, ACS Sustainable Chemistry & Engineering and other internationally renowned journals, with a total citation rate of more than 2000 times. At present, he has presided over more than 20 scientific research projects, including 5 national scientific research projects and 6 provincial and ministerial fund projects; More than 60 patents have been applied for and 15 patents have been authorized, including 3 PCT international patents. The research results have attracted extensive attention from academia and industry.
E-mail: jina@tju.edu.cn
Education and work experience:
From July 2021 to now, professor and doctoral supervisor, School of environmental science and engineering, Tianjin University
From December 2013 to June 2021, associate professor and doctoral supervisor, School of environmental science and engineering, Tianjin University
2012.09-2013.11: research assistant, Department of chemical engineering, University of Delaware
2011.01-2012.08, postdoctoral fellow, Institute of coal chemistry, Max Planck Society, Germany
2005.09-2010.12, doctor, Dalian Institute of Chemical Physics, Chinese Academy of Sciences
Main research areas:
(1) Catalytic conversion and utilization technology of biomass renewable resources; (2) Catalytic synthesis technology of biofuels and aviation kerosene; (3) Development of new catalyst materials and their application in biomass conversion; (4) Low temperature catalytic conversion and utilization technology of organic solid wastes such as plastics. Focusing on the above research topics, more than 70 SCI research papers have been published in international high-level academic journals in recent years, including 10 cover papers and 28 h-index index. Including: angelw Chem. Int. ed., ACS catalysis, applied catalysis B: environmental, chemsuschem, green chemistry, Journal of catalysis, Journal of energy chemistry, renewable & Sustainable Energy Reviews, ACS Sustainable Chemistry & Engineering and other internationally renowned journals, with a total citation rate of more than 2000 times. At present, he has presided over more than 20 scientific research projects, including 5 national scientific research projects and 6 provincial and ministerial fund projects; More than 60 patents have been applied for and 15 patents have been authorized, including 3 PCT international patents. The research results have attracted extensive attention from academia and industry.
Degang Ma PhD， Professor（CV）
Tel: 022-8740-1789
E-mail: dgma@tju.edu.cn
Ph.d. in environmental engineering, department of environmental engineering, tianjin university, 2007
Master. Tianjin University, Heating Ventilation and Air-conditioning Engineering
Bacholer. Tianjin University, Heating Ventilation and Air-conditioning Engineering
Main research: 1 Development of synergistic technologies for environmental remediation and resource recovery (soil remediation, heavy‑metal recycling, etc.)
2 High‑efficiency separation technologies (material dewatering, high‑temperature dust removal, etc.)
Lecures: Air Pollution Control(Undergraduate); Environmental Impact Assessment(Undergraduate)
Tel: 022-8740-1789
E-mail: dgma@tju.edu.cn
Ph.d. in environmental engineering, department of environmental engineering, tianjin university, 2007
Master. Tianjin University, Heating Ventilation and Air-conditioning Engineering
Bacholer. Tianjin University, Heating Ventilation and Air-conditioning Engineering
Main research: 1 Development of synergistic technologies for environmental remediation and resource recovery (soil remediation, heavy‑metal recycling, etc.)
2 High‑efficiency separation technologies (material dewatering, high‑temperature dust removal, etc.)
Lecures: Air Pollution Control(Undergraduate); Environmental Impact Assessment(Undergraduate)
Chunfeng Song PhD， Research Professor
Tel: 022-8740-1255
E-mail: chunfeng.song@tju.edu.cn
Biography： Graduated from the University of Tsukuba in July 2013. From August 2013 to November 2014, he worked in Tokyo University (special researcher). In September 2014, he was a short-term visiting scholar at the National University of Singapore. In December 2014, he joined the school of environment, Tianjin University. He has won the titles of Tianjin overseas top level talents, Tianjin youth talents, Tianjin innovative talents, Tianjin University staff pioneer post, Tianjin University outstanding young teachers, etc. Mainly engaged in carbon emission reduction and carbon neutralization and other related fields. In the past five years, he has presided more than 20 scientific research projects such as international cooperation project of national key R & D program (chief scientist), National Natural Science Foundation of China (general, youth), Tianjin Natural Science Foundation, etc. He has published more than 60 SCI papers (2 highly cited papers, 1 hot topic paper and 4 cover papers), authorized 8 patents, and was invited to make 4 invited reports. The research results were reported by CCTV-10, people's daily, science and technology daily, Tianjin daily and other media.
Research interests: greenhouse gas emission reduction, environmental biotechnology, clean energy.
Lectures: Air pollution control, environmental engineering principle, air pollution control (English taught), practice and new technologies of air pollution control engineering(English taught), environmental protection and sustainable development.
Tel: 022-8740-1255
E-mail: chunfeng.song@tju.edu.cn
Biography： Graduated from the University of Tsukuba in July 2013. From August 2013 to November 2014, he worked in Tokyo University (special researcher). In September 2014, he was a short-term visiting scholar at the National University of Singapore. In December 2014, he joined the school of environment, Tianjin University. He has won the titles of Tianjin overseas top level talents, Tianjin youth talents, Tianjin innovative talents, Tianjin University staff pioneer post, Tianjin University outstanding young teachers, etc. Mainly engaged in carbon emission reduction and carbon neutralization and other related fields. In the past five years, he has presided more than 20 scientific research projects such as international cooperation project of national key R & D program (chief scientist), National Natural Science Foundation of China (general, youth), Tianjin Natural Science Foundation, etc. He has published more than 60 SCI papers (2 highly cited papers, 1 hot topic paper and 4 cover papers), authorized 8 patents, and was invited to make 4 invited reports. The research results were reported by CCTV-10, people's daily, science and technology daily, Tianjin daily and other media.
Research interests: greenhouse gas emission reduction, environmental biotechnology, clean energy.
Lectures: Air pollution control, environmental engineering principle, air pollution control (English taught), practice and new technologies of air pollution control engineering(English taught), environmental protection and sustainable development.
Liu caixia, PhD，associate professor
E-mail: liucx@tju.edu.cn
Personal profile:
Associate Professor, master supervisor and CPC member, School of environmental science and engineering, Tianjin University
In January 2014, he graduated from the school of environment, Tsinghua University with a doctorate in engineering
Since September 2014, she has worked in the school of environment of Tianjin University
Main research interests: engaged in environmental chemistry, catalytic materials, air pollution control and prevention
Main courses: (1) air pollution control (2) air pollution chemistry and Physics
E-mail: liucx@tju.edu.cn
Personal profile:
Associate Professor, master supervisor and CPC member, School of environmental science and engineering, Tianjin University
In January 2014, he graduated from the school of environment, Tsinghua University with a doctorate in engineering
Since September 2014, she has worked in the school of environment of Tianjin University
Main research interests: engaged in environmental chemistry, catalytic materials, air pollution control and prevention
Main courses: (1) air pollution control (2) air pollution chemistry and Physics
Han rui, （CV）PhD，assistant professor
E-mail: hanr@tju.edu.cn
Personal profile:
2009.9 ~ 2013.7 Harbin industrial university undergraduate course
2013.9~2019.7 Harbin Institute of Technology postgraduate and doctoral studies
2019.7~2022.1 tianjin university pre-hired teachers class A
2022.1~ now TIANJIN unisversity Associate professor
Yingcai Associate Professor/Doctoral Supervisor. His research focuses on global climate change and China's major national dual-carbon strategy, dedicated to fundamental research and technological development in CO2 capture and conversion, as well as air pollution control. He was listed among the World's Top 2% Scientists in 2024 and 2025, and was selected for the Tianjin Youth Science and Technology Talent Program (Tier 2). Over the past five years, he has published 43 first-author or corresponding-author papers in top-tier international journals in the fields of environment and energy, including 1 ESI Hot Paper, 6 ESI Highly Cited Papers, and 8 cover papers, with an H-index of 39 and over 5,200 total citations. He holds 7 authorized invention patents and has delivered more than 20 academic conference presentations. He contributed to five chapters across the monographs Air Pollution Control Engineering, Introduction to Environmental Science and Engineering, and Solid Waste-Based Materials for Environmental Remediation. He has served as Principal Investigator for sub-topics of the National Science and Technology Major Project and the National Key Research and Development Program, as well as for the General Program, Youth Program, Major Project Sub-topic, and Key Project Sub-topic of the National Natural Science Foundation of China, and for three industry-academia-research collaborative projects.
E-mail: hanr@tju.edu.cn
Personal profile:
2009.9 ~ 2013.7 Harbin industrial university undergraduate course
2013.9~2019.7 Harbin Institute of Technology postgraduate and doctoral studies
2019.7~2022.1 tianjin university pre-hired teachers class A
2022.1~ now TIANJIN unisversity Associate professor
Yingcai Associate Professor/Doctoral Supervisor. His research focuses on global climate change and China's major national dual-carbon strategy, dedicated to fundamental research and technological development in CO2 capture and conversion, as well as air pollution control. He was listed among the World's Top 2% Scientists in 2024 and 2025, and was selected for the Tianjin Youth Science and Technology Talent Program (Tier 2). Over the past five years, he has published 43 first-author or corresponding-author papers in top-tier international journals in the fields of environment and energy, including 1 ESI Hot Paper, 6 ESI Highly Cited Papers, and 8 cover papers, with an H-index of 39 and over 5,200 total citations. He holds 7 authorized invention patents and has delivered more than 20 academic conference presentations. He contributed to five chapters across the monographs Air Pollution Control Engineering, Introduction to Environmental Science and Engineering, and Solid Waste-Based Materials for Environmental Remediation. He has served as Principal Investigator for sub-topics of the National Science and Technology Major Project and the National Key Research and Development Program, as well as for the General Program, Youth Program, Major Project Sub-topic, and Key Project Sub-topic of the National Natural Science Foundation of China, and for three industry-academia-research collaborative projects.
Zhao Qian, Associate Professor, Master's Supervisor
E-mail: zhao_q@tju.edu.cn
Personal Profile: Zhao Qian received her Master's degree from Kunming University of Science and Technology (supervisor: Professor Tian Senlin) and her Ph.D. from Tianjin University (supervisor: Professor Liu Qingling). Subsequently, she conducted postdoctoral research at the Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences (supervisors: Academician He Hong and Professor Ma Jinzhu), and joined Tianjin University in 2025. Her research areas are oriented toward the national dual-carbon strategic goals, dedicated to waste gas pollution control, CO2 resource utilization, etc. As first or corresponding author, she has published over 20 papers in journals such as ACS Catal., Environ. Sci. Technol., Appl. Catal. B: Environ., including 3 ESI highly cited papers and 5 cover papers, with more than 10 invention patents. She has undertaken projects including the National Natural Science Foundation of China (Youth Program, General Program), the National Science and Technology Major Project for Beijing-Tianjin-Hebei Environmental Comprehensive Governance (sub-project leader), the Open Fund of the Fujian Provincial Key Laboratory of Atmospheric Ozone Pollution Prevention and Control, the Special Support of the China Postdoctoral Science Foundation (Mid-Station), and the Special Research Assistant Program of the Chinese Academy of Sciences. She serves as a reviewer for journals such as Environ. Sci. Technol. (CAS Q1 TOP, SCI), Chem. Eng. J. (CAS Q1 TOP, SCI), and J. Hazard. Mater. (CAS Q1 TOP, SCI), and is a guest editor for the journal Atmosphere. She was awarded honors including Outstanding Postdoctoral Fellow of the Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, and the "Shuangqing Plan" of the Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences.
Main Research Directions: Gaseous pollutant control, catalytic conversion of carbon dioxide to high value-added chemicals.
E-mail: zhao_q@tju.edu.cn
Personal Profile: Zhao Qian received her Master's degree from Kunming University of Science and Technology (supervisor: Professor Tian Senlin) and her Ph.D. from Tianjin University (supervisor: Professor Liu Qingling). Subsequently, she conducted postdoctoral research at the Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences (supervisors: Academician He Hong and Professor Ma Jinzhu), and joined Tianjin University in 2025. Her research areas are oriented toward the national dual-carbon strategic goals, dedicated to waste gas pollution control, CO2 resource utilization, etc. As first or corresponding author, she has published over 20 papers in journals such as ACS Catal., Environ. Sci. Technol., Appl. Catal. B: Environ., including 3 ESI highly cited papers and 5 cover papers, with more than 10 invention patents. She has undertaken projects including the National Natural Science Foundation of China (Youth Program, General Program), the National Science and Technology Major Project for Beijing-Tianjin-Hebei Environmental Comprehensive Governance (sub-project leader), the Open Fund of the Fujian Provincial Key Laboratory of Atmospheric Ozone Pollution Prevention and Control, the Special Support of the China Postdoctoral Science Foundation (Mid-Station), and the Special Research Assistant Program of the Chinese Academy of Sciences. She serves as a reviewer for journals such as Environ. Sci. Technol. (CAS Q1 TOP, SCI), Chem. Eng. J. (CAS Q1 TOP, SCI), and J. Hazard. Mater. (CAS Q1 TOP, SCI), and is a guest editor for the journal Atmosphere. She was awarded honors including Outstanding Postdoctoral Fellow of the Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, and the "Shuangqing Plan" of the Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences.
Main Research Directions: Gaseous pollutant control, catalytic conversion of carbon dioxide to high value-added chemicals.
Zhang Shengbo
, Associate Professor, Doctoral Supervisor
E-mail: shengbozhang@tju.edu.cn
个人简介：Yingcai Associate Professor/Distinguished Research Fellow at Tianjin University, Beiyang Yingcai Scholar, expert of the China Chemical Research Institute, member of the Biomass Energy Professional Committee of the Tianjin Renewable Energy Society. He received his Ph.D. from the School of Chemical Engineering and Technology at Tianjin University in 2020 (supervisors: Professor Han Jinyu, Professor Liu Xiao, Professor Wang Hua), and conducted postdoctoral research in the Department of Chemical Engineering at Tsinghua University from 2020 to 2023 (cooperative supervisor: Professor Niu Zhiqiang). His research areas are oriented toward the national dual-carbon strategic goals, dedicated to the efficient recycling and resource utilization of waste plastics, the construction of integrated artificial photosynthesis devices, and the development and utilization of hydrogen energy. As first or corresponding author, he has published over 60 papers in journals such as Nat. Sustain., Nat. Commun., Adv. Mater., J. Am. Chem. Soc., Environ. Sci. Technol., ACS Catal., ACS Nano, Adv. Funct. Mater., AIChE J., Chem. Sci., etc., including 8 ESI highly cited papers and more than 20 invention patents. He has presided over more than 10 fund projects, including the National Natural Science Foundation of China (General Program), the Beiyang Yingcai Scholar Program, the Special Support of the China Postdoctoral Science Foundation (Mid-Station), and the General Program of the China Postdoctoral Science Foundation. He serves as a young editorial board member of journals including eScience, Nano-Micro Letters, Chinese Chemical Letters, Transactions of Tianjin University, Advanced Fiber Materials, and Journal of Materials Science & Technology.
, Associate Professor, Doctoral Supervisor
E-mail: shengbozhang@tju.edu.cn
个人简介：Yingcai Associate Professor/Distinguished Research Fellow at Tianjin University, Beiyang Yingcai Scholar, expert of the China Chemical Research Institute, member of the Biomass Energy Professional Committee of the Tianjin Renewable Energy Society. He received his Ph.D. from the School of Chemical Engineering and Technology at Tianjin University in 2020 (supervisors: Professor Han Jinyu, Professor Liu Xiao, Professor Wang Hua), and conducted postdoctoral research in the Department of Chemical Engineering at Tsinghua University from 2020 to 2023 (cooperative supervisor: Professor Niu Zhiqiang). His research areas are oriented toward the national dual-carbon strategic goals, dedicated to the efficient recycling and resource utilization of waste plastics, the construction of integrated artificial photosynthesis devices, and the development and utilization of hydrogen energy. As first or corresponding author, he has published over 60 papers in journals such as Nat. Sustain., Nat. Commun., Adv. Mater., J. Am. Chem. Soc., Environ. Sci. Technol., ACS Catal., ACS Nano, Adv. Funct. Mater., AIChE J., Chem. Sci., etc., including 8 ESI highly cited papers and more than 20 invention patents. He has presided over more than 10 fund projects, including the National Natural Science Foundation of China (General Program), the Beiyang Yingcai Scholar Program, the Special Support of the China Postdoctoral Science Foundation (Mid-Station), and the General Program of the China Postdoctoral Science Foundation. He serves as a young editorial board member of journals including eScience, Nano-Micro Letters, Chinese Chemical Letters, Transactions of Tianjin University, Advanced Fiber Materials, and Journal of Materials Science & Technology.
Current Post doctorate/PhD Students
1.Diao Xinyong 2023
Research Direct：Study on catalytic conversion of biomass, catalytic conversion of waste plastics, and development of novel environmental catalytic materials.
E-mail: xinyongdiao@tju.edu.cn
Research Direct：Study on catalytic conversion of biomass, catalytic conversion of waste plastics, and development of novel environmental catalytic materials.
E-mail: xinyongdiao@tju.edu.cn
2.Yu Zhihao 2023
Research Direct：Engineering of nanoreactor and control of catalytic behavior of carbon-based small molecules
E-mail: zhihaoyupublic@tju.edu.cn
Research Direct：Engineering of nanoreactor and control of catalytic behavior of carbon-based small molecules
E-mail: zhihaoyupublic@tju.edu.cn
3.Li Pengcheng 2025
Research Direct：Research on carbon sequestration by microalgae.
E-mail: 1604160646@qq.com
Research Direct：Research on carbon sequestration by microalgae.
E-mail: 1604160646@qq.com
4.Li Jing 2025
Research Direct：Low-Temperature Thermal Catalytic Conversion of Waste Plastics
E-mail: lijing1@tju.edu.cn
Research Direct：Low-Temperature Thermal Catalytic Conversion of Waste Plastics
E-mail: lijing1@tju.edu.cn
5.Shan Cangpeng 2026
Research Direct：CO/VOCs catalytic oxidation.
E-mail: shancptju@163.com
Research Direct：CO/VOCs catalytic oxidation.
E-mail: shancptju@163.com
6.Zhao Miaomiao 2022
Research Direct：Resource-Oriented Remediation of Heavy Metal Contamination
E-mail: zhmm966@tju.edu.cn
Research Direct：Resource-Oriented Remediation of Heavy Metal Contamination
E-mail: zhmm966@tju.edu.cn
7.Yang Jining 2022
Research Direct：Low temperature activation of C-H bond and selective catalytic oxidation of methane
E-mail: yangjining@tju.edu.cn
Research Direct：Low temperature activation of C-H bond and selective catalytic oxidation of methane
E-mail: yangjining@tju.edu.cn
8.Liu Runyu 2022
Research Direct：Light-catalyzed oxidation of biomass-derived compounds.
E-mail: liurunyu141997@163.com
Research Direct：Light-catalyzed oxidation of biomass-derived compounds.
E-mail: liurunyu141997@163.com
9.Yan Kai 2022
Research Direct：Microscopic control of reactor microenvironment and catalytic biomass value addition.
E-mail: 17806022097@163.com
Research Direct：Microscopic control of reactor microenvironment and catalytic biomass value addition.
E-mail: 17806022097@163.com
10.Shahdev Sajnani 2022
Research Direct：Development of biomass-derived functional resin adsorbents for the selective extraction of high-value metals from concentrated seawater and brine resources.
E-mail: shahdevsajnani@tju.edu.cn
Research Direct：Development of biomass-derived functional resin adsorbents for the selective extraction of high-value metals from concentrated seawater and brine resources.
E-mail: shahdevsajnani@tju.edu.cn
11.Shi Yawen 2023
Research Direct：Low-Temperature Thermo-Catalytic Upcycling of Waste PET.
E-mail: shiyawen@tju.edu.cn
Research Direct：Low-Temperature Thermo-Catalytic Upcycling of Waste PET.
E-mail: shiyawen@tju.edu.cn
12.Hou Yaoqi 2023
Research Direct：Research on carbon sequestration by microalgae.
E-mail: yaoqihou@tju.edu.cn
Research Direct：Research on carbon sequestration by microalgae.
E-mail: yaoqihou@tju.edu.cn
13.Wang Yunchong 2023
Research Direct：Design and application of high-performance catalysts for short-chain alkane catalytic combustion.
E-mail: wang_yc@tju.edu.cn
Research Direct：Design and application of high-performance catalysts for short-chain alkane catalytic combustion.
E-mail: wang_yc@tju.edu.cn
14.Zhang Yan 2023
Research Direct：Selective catalytic oxidation of ammonia
E-mail: zhangyan1997@tju.edu.cn
Research Direct：Selective catalytic oxidation of ammonia
E-mail: zhangyan1997@tju.edu.cn
15.Wang Yuanyu 2023
Research Direct：Polyester plastics: catalytic depolymerization and high-value utilization.
E-mail: yuanyuwang@tju.edu.cn
Research Direct：Polyester plastics: catalytic depolymerization and high-value utilization.
E-mail: yuanyuwang@tju.edu.cn
16.Feng Wenli 2023
Research Direct：Tailings safe disposal and mining area rehabilitation technologies
E-mail: fengwenli@tju.edu.cn
Research Direct：Tailings safe disposal and mining area rehabilitation technologies
E-mail: fengwenli@tju.edu.cn
17.Sun Jiaman 2023
Research Direct：Microwave Heating Response Mechanism, Integrated Design, and Catalytic Oxidation Performance of Noble Metal-Based ZSM-5 Catalysts for Ethane
E-mail: sunjiaman0068@163.com
Research Direct：Microwave Heating Response Mechanism, Integrated Design, and Catalytic Oxidation Performance of Noble Metal-Based ZSM-5 Catalysts for Ethane
E-mail: sunjiaman0068@163.com
18.Sang Yupeng 2024
Research Direct：Assessment of decarbonization technologies in the shipping sector based on prospective life cycle analysis and coupled large-scale model studies
E-mail: sangyupeng@outlook.com
Research Direct：Assessment of decarbonization technologies in the shipping sector based on prospective life cycle analysis and coupled large-scale model studies
E-mail: sangyupeng@outlook.com
19.Zhao Tianyang 2024
Research Direct：Research on carbon dioxide separation membranes mediated by deep eutectic solvents.
E-mail: zhaotianyang@tju.edu.cn
Research Direct：Research on carbon dioxide separation membranes mediated by deep eutectic solvents.
E-mail: zhaotianyang@tju.edu.cn
20.Jia Chengbo 2024
Research Direct：Polyimide carbon molecular sieve membranes for carbon dioxide separation
E-mail: chengbojia@tju.edu.cn
Research Direct：Polyimide carbon molecular sieve membranes for carbon dioxide separation
E-mail: chengbojia@tju.edu.cn
21.Guo Mengyan 2024
Research Direct：Design of Solid Acid Catalysts and Efficient Degradation of Waste Plastics.
E-mail: 510234059@qq.com
Research Direct：Design of Solid Acid Catalysts and Efficient Degradation of Waste Plastics.
E-mail: 510234059@qq.com
22.Wei Lifei 2024
Research Direct：Integrated CO2 capture and conversion
E-mail: weilf@tju.edu.cn
Research Direct：Integrated CO2 capture and conversion
E-mail: weilf@tju.edu.cn
23.Zhang Zuyi 2024
Research Direct：Catalytic Conversion of Biomass
E-mail: 947637283@qq.com
Research Direct：Catalytic Conversion of Biomass
E-mail: 947637283@qq.com
24.Xiao Yan 2024
Research Direct：1,4-Butanediol Production from Succinic Acid by Catalytic Hydrogenation
E-mail: 15072711232@163.com
Research Direct：1,4-Butanediol Production from Succinic Acid by Catalytic Hydrogenation
E-mail: 15072711232@163.com
25.Jia Qinwei 2024
Research Direct：Study on Zeolite Catalysts Optimized by Entropy Strategy for Deep Oxidation of Propane
E-mail: jqw6393@163.com
Research Direct：Study on Zeolite Catalysts Optimized by Entropy Strategy for Deep Oxidation of Propane
E-mail: jqw6393@163.com
26.Sun Zekun 2024
Research Direct：High-value applications of biomass-derived carbon
E-mail: zekunsun@tju.edu.cn
Research Direct：High-value applications of biomass-derived carbon
E-mail: zekunsun@tju.edu.cn
27.Yu Hao 2025
Research Direct：Investigation of Zeolite-Based Solid-State Electrolytes: Design, Fabrication, and Electrochemical Performance
E-mail: yuh@tju.edu.cn
Research Direct：Investigation of Zeolite-Based Solid-State Electrolytes: Design, Fabrication, and Electrochemical Performance
E-mail: yuh@tju.edu.cn
28.Yang Zongxiang 2025
Research Direct：Catalyst Design and Mechanism Study for the Synergistic Removal of NOx and VOCs
E-mail: 1208777091@qq.com
Research Direct：Catalyst Design and Mechanism Study for the Synergistic Removal of NOx and VOCs
E-mail: 1208777091@qq.com
29.Li Qiwang 2025
Research Direct：CO2 capture and conversion
E-mail: 18365931931@163.com
Research Direct：CO2 capture and conversion
E-mail: 18365931931@163.com
30.Li Jiaxuan 2025
Research Direct：Catalytic Conversion of Plastic Waste
E-mail: ljxx@tju.edu.cn
Research Direct：Catalytic Conversion of Plastic Waste
E-mail: ljxx@tju.edu.cn
31.Wang Dantong 2025
Research Direct：Research on carbon sequestration by microalgae.
E-mail: WDT2001@126.com
Research Direct：Research on carbon sequestration by microalgae.
E-mail: WDT2001@126.com
32.Gao Shihui 2025
Research Direct：Carbon dioxide electro-catalytic conversion
E-mail: 2492788415@qq.com
Research Direct：Carbon dioxide electro-catalytic conversion
E-mail: 2492788415@qq.com
33.Yang Jintao 2025
Research Direct：Development of Novel Materials for VOC Control
E-mail: yjt_fn@163.com
Research Direct：Development of Novel Materials for VOC Control
E-mail: yjt_fn@163.com
34.Wang Xicheng 2026
Research Direct：Amine-based CO2 Absorption
E-mail: wangxc0108@163.com
Research Direct：Amine-based CO2 Absorption
E-mail: wangxc0108@163.com
35.Lin Yanfei 2026
Research Direct：CO2 capture and conversion
E-mail: yf_lin@tju.edu.cn
Research Direct：CO2 capture and conversion
E-mail: yf_lin@tju.edu.cn
36.Li Zhuhao 2026
Research Direct：Low-temperature thermocatalytic upcycling of waste plastics
E-mail: 13390020376@163.com
Research Direct：Low-temperature thermocatalytic upcycling of waste plastics
E-mail: 13390020376@163.com
37.Zhang Shipeng 2026
Research Direct：None
E-mail: 15100686921@163.com
Research Direct：None
E-mail: 15100686921@163.com
38.Zhou Shu 2026
Research Direct：None
E-mail: 24699667@qq.com
Research Direct：None
E-mail: 24699667@qq.com
39.Qiao Haiyang 2026
Research Direct：None
E-mail: 1344268193@qq.com
Research Direct：None
E-mail: 1344268193@qq.com
40.Chang Bohao 2026
Research Direct：Selective catalytic reduction of nitrogen oxides using carbon monoxide (CO-SCR)
E-mail: cbh666@tju.edu.cn
Research Direct：Selective catalytic reduction of nitrogen oxides using carbon monoxide (CO-SCR)
E-mail: cbh666@tju.edu.cn
41.Yin Fei 2026
Research Direct：High-altitude ecological environment pollution and control technologies
E-mail: yinfei0209@163.com
Research Direct：High-altitude ecological environment pollution and control technologies
E-mail: yinfei0209@163.com
42.Li Yingqing 2026
Research Direct：High-value conversion of biomass.
E-mail: 2798275712@qq.com
Research Direct：High-value conversion of biomass.
E-mail: 2798275712@qq.com
43.Wang Qianqian 2026
Research Direct：Heavy metal adsorption materials
E-mail: 486541916@qq.com
Research Direct：Heavy metal adsorption materials
E-mail: 486541916@qq.com
44.Wei Yizhen 2026
Research Direct：Research on carbon sequestration by microalgae
E-mail: weiyizhen@tju.edu.cn
Research Direct：Research on carbon sequestration by microalgae
E-mail: weiyizhen@tju.edu.cn
45.Tian Feng 2026
Research Direct：Carbon dioxide separation membrane
E-mail: 15738788979@126.com
Research Direct：Carbon dioxide separation membrane
E-mail: 15738788979@126.com
Current Master Students
1.Tong Kai 2023
Research Direct：Feasibility study on the application of metal-organic frameworks in direct air capture.
E-mail: tk15022702529@163.com
Research Direct：Feasibility study on the application of metal-organic frameworks in direct air capture.
E-mail: tk15022702529@163.com
2.Cui Bingqi 2024
Research Direct：Thermocatalytic Conversion of Biomass-Based Compounds.
E-mail: 1842649117@qq.com
Research Direct：Thermocatalytic Conversion of Biomass-Based Compounds.
E-mail: 1842649117@qq.com
3.Zhang Xing 2024
Research Direct：Photocatalytic Upgrading of Waste Plastics
E-mail: 19164529867@163.com
Research Direct：Photocatalytic Upgrading of Waste Plastics
E-mail: 19164529867@163.com
4.Niu Xinyi 2024
Research Direct：Cyclohexanol Production from Lignin Monomers by Hydrodeoxygenation
E-mail: 2771327861@qq.com
Research Direct：Cyclohexanol Production from Lignin Monomers by Hydrodeoxygenation
E-mail: 2771327861@qq.com
5.Yan Chuxiao 2024
Research Direct：Single-Atom Catalysts in the Plastic Circular Economy
E-mail: 1806130059@qq.com
Research Direct：Single-Atom Catalysts in the Plastic Circular Economy
E-mail: 1806130059@qq.com
6.Zheng Yu 2024
Research Direct：Photocatalytic Upgrading of Waste Plastics
E-mail: 1803601004@qq.com
Research Direct：Photocatalytic Upgrading of Waste Plastics
E-mail: 1803601004@qq.com
7.Guo Jialin 2024
Research Direct：Carbon dioxide separation membrane
E-mail: 2262904805@qq.com
Research Direct：Carbon dioxide separation membrane
E-mail: 2262904805@qq.com
8.Zhou Yu 2024
Research Direct：Catalytic conversion of biomass carbohydrates.
E-mail: rain0513@tju.edu.cn
Research Direct：Catalytic conversion of biomass carbohydrates.
E-mail: rain0513@tju.edu.cn
9.Zhang Chengran 2024
Research Direct：Thermocatalytic Conversion of Biomass-Based Compounds
E-mail: z15517109933@126.com
Research Direct：Thermocatalytic Conversion of Biomass-Based Compounds
E-mail: z15517109933@126.com
10.Wang Chen 2024
Research Direct：Propane oxidation
E-mail: 2020141470005@stu.edu.scu.cn
Research Direct：Propane oxidation
E-mail: 2020141470005@stu.edu.scu.cn
11.Liu Guoshuai 2024
Research Direct：CO catalytic oxidation
E-mail: 15532861306@163.com
Research Direct：CO catalytic oxidation
E-mail: 15532861306@163.com
12.Wu Han 2024
Research Direct：Joule-heated catalytic oxidation of methane
E-mail: 1256137551@qq.com
Research Direct：Joule-heated catalytic oxidation of methane
E-mail: 1256137551@qq.com
13.Ba Yuhan 2024
Research Direct：Integrated carbon dioxide capture and reverse water gas shift
E-mail: 2689102208@qq.com
Research Direct：Integrated carbon dioxide capture and reverse water gas shift
E-mail: 2689102208@qq.com
14.Wang Liying 2024
Research Direct：Heavy Metal Pollution Control and Resource Recovery
E-mail: wliying@tju.edu.cn
Research Direct：Heavy Metal Pollution Control and Resource Recovery
E-mail: wliying@tju.edu.cn
15.Xu Xuan 2024
Research Direct：Treatment and Disposal of Oily Sludge
E-mail: xuxuan2024214049@tju.edu.cn
Research Direct：Treatment and Disposal of Oily Sludge
E-mail: xuxuan2024214049@tju.edu.cn
16.Sun Yunhao 2024
Research Direct：Research on the Design and Mechanism of Copper-based Molecular Sieve Catalysts for NO Oxidation.
E-mail: 854658314@qq.com
Research Direct：Research on the Design and Mechanism of Copper-based Molecular Sieve Catalysts for NO Oxidation.
E-mail: 854658314@qq.com
17.Han Yifan 2024
Research Direct：Preparation of Bismuth-Based Catalysts and Their Research on Electrocatalytic CO2 Conversion to Formate and Other Products
E-mail: 1833134027@qq.com
Research Direct：Preparation of Bismuth-Based Catalysts and Their Research on Electrocatalytic CO2 Conversion to Formate and Other Products
E-mail: 1833134027@qq.com
18.Wang Junyang 2025
Research Direct：Catalytic Biomass Valorization
E-mail: wjy_8@tju.edu.cn
Research Direct：Catalytic Biomass Valorization
E-mail: wjy_8@tju.edu.cn
19.Gu Yiwen 2025
Research Direct：Thermocatalytic Conversion of Biomass-Based Compounds
E-mail: 2037841955@qq.com
Research Direct：Thermocatalytic Conversion of Biomass-Based Compounds
E-mail: 2037841955@qq.com
20.Xu Haobo 2025
Research Direct：Carbon dioxide separation membrane.
E-mail: xhb13054269539@163.com
Research Direct：Carbon dioxide separation membrane.
E-mail: xhb13054269539@163.com
21.Liu Yuxing 2025
Research Direct：Research on carbon sequestration by microalgae
E-mail: liuyuxing@tju.edu.cn
Research Direct：Research on carbon sequestration by microalgae
E-mail: liuyuxing@tju.edu.cn
22.Zhao Zejin 2025
Research Direct：Direct air capture and catalysis with magnesium-based/calcium-based adsorbents
E-mail: zejinzhao@tju.edu.cn
Research Direct：Direct air capture and catalysis with magnesium-based/calcium-based adsorbents
E-mail: zejinzhao@tju.edu.cn
23.Hu Yuchen 2025
Research Direct：Amine-solution-based catalytic desorption of carbon dioxide
E-mail: hyc_orange@tju.edu.cn
Research Direct：Amine-solution-based catalytic desorption of carbon dioxide
E-mail: hyc_orange@tju.edu.cn
24.Cao Ning 2025
Research Direct：Material Research and Development for CO Catalytic Oxidation
E-mail: 19530443202@163.com
Research Direct：Material Research and Development for CO Catalytic Oxidation
E-mail: 19530443202@163.com
25.Wang Hao 2025
Research Direct：
E-mail: wangh_@tju.edu.cn
Research Direct：
E-mail: wangh_@tju.edu.cn
26.Li Xihao 2025
Research Direct：VOCs Adsorption.
E-mail: 27923057@qq.com
Research Direct：VOCs Adsorption.
E-mail: 27923057@qq.com
27.Jiang Hewen 2025
Research Direct：Solid waste recycling
E-mail: 464182235@qq.com
Research Direct：Solid waste recycling
E-mail: 464182235@qq.com
28.Bai Xuetong 2025
Research Direct：none
E-mail: 1584500847@qq.com
Research Direct：none
E-mail: 1584500847@qq.com
29.Yang Shanming 2025
Research Direct：none
E-mail: yangshanming@tju.edu.cn
Research Direct：none
E-mail: yangshanming@tju.edu.cn
30.Chen Jiale 2025
Research Direct：Catalytic Upcycling of Waste Plastic and Oil Feedstocks
E-mail: chenjiale1229_@tju.edu.cn
Research Direct：Catalytic Upcycling of Waste Plastic and Oil Feedstocks
E-mail: chenjiale1229_@tju.edu.cn
31.Meng Chen 2025
Research Direct：Catalytic Biomass Valorization
E-mail: 2090947445@qq.com
Research Direct：Catalytic Biomass Valorization
E-mail: 2090947445@qq.com
32.Tang Xiaohui 2025
Research Direct：Catalytic Upcycling of Waste Plastic and Oil Feedstocks
E-mail: tangxiaohui@tju.edu.cn
Research Direct：Catalytic Upcycling of Waste Plastic and Oil Feedstocks
E-mail: tangxiaohui@tju.edu.cn
33.Li Yinlu 2025
Research Direct：Air pollution and control
E-mail: 15028052847@163.com
Research Direct：Air pollution and control
E-mail: 15028052847@163.com
34.Wang Mengrui 2025
Research Direct：Air pollution and control
E-mail: 17303412497@163.com
Research Direct：Air pollution and control
E-mail: 17303412497@163.com
35.Yu Yongqi 2025 (Joint Training)
Research Direct：CO2 Capture by Liquid-Phase Amines
E-mail: 15308716587@163.com
Research Direct：CO2 Capture by Liquid-Phase Amines
E-mail: 15308716587@163.com
36.Hu Kexin 2026
Research Direct：Carbon dioxide capture and utilization
E-mail: hkx1@tju.edu.cn
Research Direct：Carbon dioxide capture and utilization
E-mail: hkx1@tju.edu.cn
37.Han Bingxin 2026
Research Direct：Carbon dioxide capture and utilization
E-mail: 13303040835@163.com
Research Direct：Carbon dioxide capture and utilization
E-mail: 13303040835@163.com
38.Zhou Yuxuan 2026
Research Direct：Catalytic conversion of waste plastics
E-mail: Zhouyuxuan628@163.com
Research Direct：Catalytic conversion of waste plastics
E-mail: Zhouyuxuan628@163.com
39.Wang Siyu 2026
Research Direct：Catalytic conversion of waste plastics
E-mail: 15254326207@163.com
Research Direct：Catalytic conversion of waste plastics
E-mail: 15254326207@163.com
40.Ren Jiaqi 2026
Research Direct：none
E-mail: 3120046891@qq.com
Research Direct：none
E-mail: 3120046891@qq.com
41.Tian Junjia 2026
Research Direct：None
E-mail: 18797500985@163.com
Research Direct：None
E-mail: 18797500985@163.com
42.Chen Yanyu 2026
Research Direct：None
E-mail: 18658058088@163.com
Research Direct：None
E-mail: 18658058088@163.com
43.Zhang Xiaoxue 2026
Research Direct：None
E-mail: 454022926@qq.com
Research Direct：None
E-mail: 454022926@qq.com
44.Yu Yongshui 2026
Research Direct：Machine learning-based hazardous waste treatment.
E-mail: yyshui11290@163.com
Research Direct：Machine learning-based hazardous waste treatment.
E-mail: yyshui11290@163.com
45.Zhang Ming 2026
Research Direct：None
E-mail: 2968485670@qq.com
Research Direct：None
E-mail: 2968485670@qq.com
46.Zhao Jinhui 2026
Research Direct：Systemic environmental risk assessment.
E-mail: zjh15630993153@126.com
Research Direct：Systemic environmental risk assessment.
E-mail: zjh15630993153@126.com
47.Fu Luyao 2026
Research Direct：Carbon dioxide separation membrane.
E-mail: 2767330134@qq.com
Research Direct：Carbon dioxide separation membrane.
E-mail: 2767330134@qq.com
48.Huang Xiaolei 2026
Research Direct：None for now
E-mail: huangxiaolei2202@163.com
Research Direct：None for now
E-mail: huangxiaolei2202@163.com
49.Zhang Rongqi 2026
Research Direct：None for now
E-mail: zrq002729@163.com
Research Direct：None for now
E-mail: zrq002729@163.com
Doctor：
1. Li Xiaoyun (Supervisor: Liu Qingling, Lu Xuebin), doctor of 2013, "Study on the catalytic conversion of corncob to furfural in γ-valerolactone", Assistant Professor at Sun Yat-sen University
2. Zhao Qian (Supervisor: Liu Qingling), doctor of 2015, "Preparation of Co-based oxide catalysts and their catalytic performance on volatile organic compounds", Postdoctoral Fellow / Special Research Assistant at Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences
3. Han Jinfeng (Supervisor: Liu Qingling), doctor of 2016, "Design, preparation and performance evaluation of novel small-pore molecular sieve materials for denitration of diesel vehicle exhaust", Postdoctoral Fellow at Jilin University
4. Guo Mingyu (Supervisor: Liu Qingling), doctor of 2016, "Research on sulfur-resistant SCR catalyst for NOx removal from ship engine exhaust", Tianjin Research Institute for Water Transport Engineering, Ministry of Transport
5. Diao Xinyong (Supervisor: Ji Na), doctor of 2017, "Construction of transition metal chalcogenide catalysts and study on the hydrogenolysis of lignin", Postdoctoral Fellow, School of Environment, Tianjin University
6. Lv Shuangchun (Supervisor: Liu Qingling), doctor of 2017, "Study on structural regulation and hydrophobic modification of zeolites for the adsorption of volatile organic compounds", Teaching at Inner Mongolia University
7. He Lijun (Supervisor: Liu Qingling), doctor of 2018, "Study on the performance and reaction mechanism of perovskite-based catalysts for exhaust gas purification of marine diesel engines", Graduating to a better tomorrow
8. Su Yun (Supervisor: Liu Qingling), doctor of 2018, "Design and mechanism study of zeolite-based multi-component catalysts for catalytic degradation of chlorinated VOCs", Teaching at Tianjin University of Technology
9. Yu Zhihao (Supervisor: Lu Xuebin), doctor of 2018, "Performance improvement of biomass platform molecule hydrogenation driven by microenvironment regulation of metal-supported hollow carbon nanoreactors", Postdoctoral Fellow at Tianjin University
10. Lian Shaohan (Supervisor: Song Chunfeng), doctor of 2019, "Structural regulation of Pebax/ZIF-67 mixed matrix membranes and enhanced CO2 transport mechanism", Teaching at Hebei University of Science and Technology
11. Alaza (Supervisor: Ji Na), doctor of 2016, "Structure design of hydrotalcite-derived nickel sulfide catalyst and its catalytic performance for lignin hydrodeoxygenation", Returned to Ethiopia
12. Li Funan (Supervisor: Ji Na), doctor of 2018, "Structure design of supported molybdenum nitride catalyst and its catalytic performance for lignin hydrodeoxygenation", Returned to North Korea
13. Ye Lei (Supervisor: Lu Xuebin), doctor of 2019, "Value-added conversion of furfural in short-chain monohydric alcohols by zirconium-based solid acid-base catalysts", Department of Natural Resources of Anhui Province
14. Wang Yanhua (Supervisor: Liu Qingling), doctor of 2021, "Development and performance study of novel small-pore molecular sieves for NH3-SCR in diesel vehicle exhaust", Employment at Weichai Power Co., Ltd.
15. Wei Liehao (Supervisor: Liu Qingling), doctor of 2021, "Development of methanol-SCR zeolite catalysts and investigation on their performance and reaction mechanism", Employment at Tianjin Research Institute for Water Transport Engineering
16. Zheng Yanfei (Supervisor: Liu Qingling), doctor of 2021, "Preparation of zeolite-confined ruthenium-based catalysts and study on their catalytic oxidation of dichloromethane", Employment in a faculty position at a university
17. Li Yiming (Supervisor: Lu Xuebin), doctor of 2020, "Preparation of crab shell-based biomass carbon and its NiCo2S4 composite materials and study on energy storage and capacitive desalination performance", Teaching at Xizang University
18. Zhang Ming (Supervisor: Lu Xuebin), doctor of 2020, "Study on incremental oxidation of 5-hydroxymethylfurfural by indium-cadmium metal sulfide-based photocatalytic materials under mild aqueous conditions", The future is a better tomorrow
19. Li Run (Supervisor: Song Chunfeng), doctor of 2021, "Study on fabrication of mixed matrix membranes based on microporous carbons and mechanism of enhanced carbon capture", Chengdu Environmental Innovation Technology Co., Ltd.
20. Zhao Miaomiao (Supervisor: Ma Degang), doctor of 2022, "Fabrication of amine-functionalized amyloid fibril aerogels for efficient removal and resource recovery of complexed heavy metals", Employment as Postdoctoral Researcher at Xizang University
21. Zhang Zezhou (Supervisor: Song Chunfeng), doctor of 2022, "Cross-scale integrated assessment and valorization benefits of microalgae BECCS systems based on source-sink synergy", Employment at Beijing Biyuan Water Co., Ltd.
22. Shan Cangpeng (Supervisor: Liu Qingling), doctor of 2022, "Study on the anti-SO2 performance and mechanism of modified Pt/TiO2-based catalysts for CO oxidation in sintering flue gas", Employment as Postdoctoral Researcher at Tianjin University
23. Wang Hao (Supervisor: Liu Qingling), doctor of 2022, "The design and green synthesis of novel metal-organic frameworks for adsorption of low-concentration volatile organic compounds in vehicles", Employment at China Huaneng Group Xi'an Thermal Power Research Institute
24. Tong Chengzheng (Supervisor: Liu Qingling), doctor of 2022, “Cross-model knowledge fusion-based few-shot performance prediction and optimization for SCR catalysts”，The future is a better tomorrow
Master：
1. Song Jingjing (Supervisor: Ji Na), master of 2014, 1294991436@qq.com, "Study on hydrodeoxygenation of lignin to phenol products over molybdenum sulfide catalyst", Tianjin Environmental Protection Technology Development Center
2. Huang Yibo (Supervisor: Ji Na), master of 2015, 420539477@qq.com, "Study on hydrodeoxygenation of lignin over transition metal phosphide catalyst", Country Garden Group Holding Co., Ltd.
3. Zhang Qing (Supervisor: Ji Na), master of 2015, 1946834251@qq.com, "Synthesis of hydrotalcite-based phosphide catalyst and its application in lignin conversion", Linjiang Town People's Government of Shanghang County, Longyan City, Fujian Province
4. Zhang Luoyun (Supervisor: Ji Na), master of 2015, Luoyun_dlut@163.com, "Preparation of Cu, Co and Ni catalysts by MOCVD and their application in the synthesis of GVL", Ningde New Energy Technology Co., Ltd.
5. Zhao Peipei (Supervisor: Liu Qingling), master of 2016, 1134418291@qq.com, "Research on denitration catalyst with low temperature H2O resistance", Beijing SECCO Kanglun Environmental Protection Technology Co., Ltd.
6. Gul Muhammad Channa (Supervisor: Ji Na), master of 2016, Engr gmchamma89@yahoo.com, Pakistan
7. Zheng Shanbin (Supervisor: Liu Qingling), master of 2017, 694329442@qq.com, "Preparation of manganese-based catalysts and their catalytic performance for oxygen-containing volatile organic compounds", Tangshan Environmental Monitoring Center
8. Bao Jinrong (Supervisor: Ji Na), master of 2017, 1018706257@qq.com, "Hydrotalcite-based sulfide catalyzed hydrogenation of ethyl levulinate to γ-valerolactone reaction study", General Contracting Company of China Construction Eighth Engineering Bureau
9. Cheng Wencai (Supervisor: Ji Na), master of 2017, 974459171@qq.com, "Application of molybdenum-based bimetallic sulfide catalyst in guaiacol hydrodeoxygenation", China Communications Construction Co., Ltd.
10. Li Xinxin (Supervisor: Ji Na), master of 2017, 15840940167@163.com, "Rhenium-based catalyst for catalytic conversion of lignin to prepare alkane fuel", South China University of Technology (PhD)
11. Yuan Qiang (Supervisor: Ji Na), master of 2017, 403984151@qq.com, "Catalytic conversion of furfural to furan", Nanjing University (PhD)
12. Liu Yunchong (Supervisor: Ji Na), master of 2017, 15253243605@163.com, "Study on liquid phase selective hydrogenation of furfural to furfuryl alcohol", Qingdao Sanli Bennuo New Materials Co., Ltd.
13. Wang Xiaohan (Supervisor: Liu Qingling), master of 2018, TJUwangxiaohan@126.com, "Study on synthesis and catalytic performance of rare earth modified aluminum-rich Cu-SSZ-39 molecular sieve NH3-SCR catalyst", Selected transfer student in Beijing (Shangdi Sub-district Office, Haidian District)
14. Bi Yalian (Supervisor: Liu Caixia), master of 2018, 17862916581@163.com, "Small-pore Cu-ZK-5 molecular sieve for denitration of diesel vehicle exhaust - preparation, performance evaluation and reaction mechanism", Qingdao Ecological Environment Bureau
15. Li Tingting (Supervisor: Ji Na), master of 2018, ltttju@126.com, "Study on the performance of molybdenum-based bimetallic oxide catalyst in the demethoxylation of lignin", Beijing Municipal Engineering Design and Research Institute Co., Ltd.
16. Liu Zhenyu (Supervisor: Ji Na), master of 2018, 15222352692@163.com, "Preparation of ethyl levulinate by hydrogenation catalyzed by supported sulfide catalyst to γ-valerolactone research", Tianjin Municipal Design and Research Institute Co., Ltd.
17. Wang Zhenjiao (Supervisor: Ji Na), master of 2018, 974459171@qq.com, "Study on niobic acid regulating the structure of molybdenum disulfide and its performance in the hydrogenation of anisole to phenol and benzene", Beijing Yihualu Information Technology Co., Ltd.,
18. Liu Chen (Supervisor: LV Xuebin), master of 2018, 357905471@qq.com, "Preparation of lignin-based solid acid catalyst and its application in cellulose conversion to levulinic acid", Tianjin Ecological Environment Monitoring Center
19. Bai Hui (Supervisor: LV Xuebin), master of 2018, bahuitju@tju.edu.cn, "Design and performance evaluation of zirconium-based solid acid catalyst for synthesis of methyl levulinate based on alcoholysis and conversion of fructose", China Nuclear Power Engineering Co., Ltd.
20. Fan Boyu (Supervisor: Liu Qingling), master of 2019, fanbaiyu@tju.edu.cn, "Study on low temperature SCR catalyst for nitrogen oxide removal from flue gas of waste incineration power plant", The future is a better tomorrow
21. Wang Huijun (Supervisor: Liu Caixia), master of 2019, 2019214057@tju.edu.cn, "Research on cerium-based NH3-SCO catalyst applied to diesel vehicle exhaust", The future is a better tomorrow
22. Xi Jiaran (Supervisor: LV Xuebin), master of 2019, 1037111700@qq.com, "Preparation of Fe/Si/N doped biochar derived from feed water sludge and its adsorption/catalytic performance", The future is a better tomorrow
23. Wang Xiaotong (Supervisor: LV Xuebin), master of 2019, 1261713410@qq.com, "Construction of hydrotalcite-like nickel-copper catalyst and research on promoting the hydrogenation of GVL to 2-MTHF", The future is a brighter tomorrow
24. Wang Tianshu (Supervisor: LV Xuebin), master of 2019, 812672760@qq.com, "Research on near surface ozone prediction model based on deep learning", Doctor of Tianjin University
25. Han Xiaoxuan (Supervisor: Song Chunfeng), master of 2019, xiaoxuan@tju.edu.cn, "Effects of low temperature plasma mutagenesis on the coupled carbon sequestration system of chemical absorption-microalgae transformation", SMIC International Integrated Circuit Manufacturing (Tianjin) Co., Ltd.
26. Wang Chenlin (Supervisor: Song Chunfeng), master of 2019, chenlinwang@126.com, "Study on purification mechanism and enhancement of cephalosporins and sulfa antibiotics by Chlorella and Scenedesmus", China Tianchen Engineering Co., Ltd.
27. Marium (Supervisor: Ji Na), master of 2019, 974459171@qq.com, Bangladesh
28. Jiang Sinan (Supervisor: Ji Na), master of 2019, Jiang_1115@tju.edu.cn, "Regulation of vacancy structure of sulfide and study on deoxygenation reaction performance of lignin", Teaching at Weihai Vocational College
29. Yin Jianyu (Supervisor: Ji Na), master of 2019, JianyuYh@163.com, "Study on the catalytic conversion of p-cresol to toluene with high stability Nb2O5-MoS2", HiRain Technologies
30. Cheng Shuai (Supervisor: Ji Na), master of 2019, 1031848867@qq.com, "USY in situ growth of Co, Ni nanoparticles for low temperature hydrodeoxygenation of lignin model compounds to cycloalkanes", China Water Resources Beifang Investigation, Design, and Research Co. Ltd.
31. Yang Lizhe (Supervisor: Liu Qingling), master of 2019, "Preparation of molecular sieve confined Pt/PtMn catalyst and study on its catalytic oxidation of VOCs", The future is a better tomorrow
32. Wu Xueqian (Supervisor: Liu Qingling), master of 2019, "Synthesis of carbon-confined catalysts and study on their performance for catalytic oxidation of acetone", The future is a better tomorrow
33. Sun Xianfu (Supervisor: Ma Degang), master of 2019, "Research on optimal control of current in sludge electroosmotic dewatering", China Railway Design Group Co., Ltd.
34. Wang Hao (Supervisor: Liu Qingling), master of 2020, "Study on hydrophobic MOFs adsorbent for removing toluene from vehicles", PhD at Tianjin University
35. Zhang Yan (Supervisor: Liu Caixia), master of 2020, "Theoretical design of single metal doped SnO2 catalyst for NH3-SCO reaction in diesel vehicle exhaust and study of electronic effects of its loaded catalyst", PhD at Tianjin University
36. Wang Qiji (Supervisor: Ma Degang), master of 2020, "Research on the denitrification performance of new multi-metal oxides applied to waste incineration", Sanhuan Group Company
37. Qi Xiaotong (Supervisor: Liu Qingling), master of 2020, "Synthesis of Cu-SSZ-39 molecular sieve for diesel exhaust denitrification and its catalytic performance", Graduated to a better tomorrow
38. Zang Yuchao (Supervisor: Liu Caixia), master of 2020, "Green synthesis of small-pore Cu-ZK-5 molecular sieve and its application in diesel vehicle exhaust denitrification", Graduated to a better tomorrow
39. Pang Caihong (Supervisor: Han Rui), master of 2020, "Preparation of cobalt-supported molecular sieves catalysts and study on catalytic oxidation performance of dichloromethane", The future is a better tomorrow
40. Xing Shuang (Supervisor: Han Rui), master of 2020, "Preparation and application of Ni-CaO bifunctional materials in calcium looping CO2 capture coupled methane dry reforming technology", The future is a better tomorrow
41. Rong Yue (Supervisor: Ji Na), master of 2020, "Cobalt sulfate modified molybdenum disulfide bicomponent catalyst synergistically catalyzes the low-temperature and efficient hydrodeoxygenation of lignin and its model compounds to aromatics", Tangshan Design Institute
42. Wang Yuxin (Supervisor: Ma Degang), master of 2020, w574855684@163.com, "Study on the migration and transformation pattern of heavy metals in sludge under chemical and electric treatment", The future is a better tomorrow
43. Zhang Yijuan (Supervisor: Song Chunfeng), master of 2020, zzzyj0402@163.com, "Pebax-based homogeneous membrane enhanced mass transfer regulation and CO2 separation performance", The future is a better tomorrow
44. Zhao Quan (Supervisor: Zang Guolong, Song Chunfeng), master of 2020, quanzhao@tju.edu.cn, "Manipulation of microarchitecture and intensification of CO2 capture of ZIFs/Pebax based mixed matrix membranes", PhD at Tianjin University
45. Yin Qingrong (Supervisor: Song Chunfeng), master of 2020, yinqr0215@163.com, "Design and evaluation of novel absorbents in CO2 chemical absorption-microalgae conversion system", The future is a better tomorrow
46. Guo Hui (Supervisor: Song Chunfeng), master of 2020, guohui_1998@163.com, "Preparation of LDH/Pebax mixed matrix membrane and enhancement and evaluation of CO2 separation performance", The future is a better tomorrow
47. Lei Yaxuan (Supervisor: Ji Na), master of 2020, lyx13834756795@163.com, "Structural modification of molybdenum disulfide and hydrodeoxygenation of p-cresol to toluene", The future is a better tomorrow
48. Du Xinyuan (Supervisor: LV Xuebin), master of 2020, duxinyuan325@163.com, "Study on photoassisted activation of PMS for degradation of tetracycline in nitrogen-doped sludge carbon composite", State Pipeline Group Beijing Pipeline Co., Ltd.
49. Sun Linhao (Supervisor: LV Xuebin), master of 2020, sunlinhao666@126.com, "Preparation of carbon nitride based photocatalyst and its catalytic performance for producing 2,5-dimethylfuran from 5-hydroxymethylfurfural", Heilongjiang Sanbei Forestry Construction Service Station
50. Cui Jifang (Supervisor: LV Xuebin), master of 2021, blingblingcjf@163.com, "Design and preparation of metal sulfides based photocatalyst and its highly selective oxidation of 5-hydroxymethylfurfural under natural conditions", The future is a better tomorrow
51. Li Qing (Supervisor: Liu Caixia), master of 2021, 385868159@qq.com, "Preparation of Cu-ZK-5 molecular sieve denitration catalyst by seed crystal method and its antitoxicity performance study", The future is a better tomorrow
52. Wang Xinyue (Supervisor: Liu Qingling), master of 2021, 627243079@qq.com, "Preparation of lanthanum-based perovskite catalysts and their performance in catalytic removal of soot and nitrogen oxides from diesel vehicle exhaust", The future is a better tomorrow
53. Wang Kaixin (Supervisor: Liu Qingling), master of 2021, wanghappy1999@163.com, "Study on the anti-alkaline poisoning performance and mechanism of manganese-based NH3-SCR catalyst modified with heteropoly acid", The future is a better tomorrow
54. Liu Xinying (Supervisor: Liu Qingling), master of 2021, 3249960039@qq.com, "Design of low temperature denitration catalysts and study on electroassisted reaction mechanisms", The future is a better tomorrow
55. Yang Ying (Supervisor: Song Chunfeng), master of 2021, yyxhp12345@163.com, "Study on the enhancement of carbon capture performance of polyimide-based mixed matrix membrane and derivatives at low temperature", The future is a better tomorrow
56. Mao Weiwei (Supervisor: Song Chunfeng), master of 2021, mwwidd@163.com, "Study on the enhancement of microalgal growth metabolism and carbon sequestration effect by novel absorbents in CO2 chemical absorption-microalgae conversion system", The future is a better tomorrow
57. Hao Yang (Supervisor: Han Rui), master of 2021, hy_183309@163.com, "Preparation of metal halide supported carbon-based materials and exploration of their adsorption properties for NH3", Huawei Technologies Co., Ltd.
58. Wang Yang (Supervisor: Han Rui), master of 2021, wangyang1998@tju.edu.cn, "Modification and application of Cu-CaO dual functional materials in calcium looping coupled reverse water gas shift technology", Civil Servant
59. Lei Yaxuan (Supervisor: Ji Na), master of 2020, lyx13834756795@163.com, "Structural modification of molybdenum disulfide and hydrodeoxygenation of p-cresol to toluene", The future is a better tomorrow
60. Dong Fangya (Supervisor: Ji Na), master of 2021, 3420142878@qq.com, "Construction of charcoal-loaded CoMoS catalyst and its performance in lignin hydrodeoxygenation", The future is a better tomorrow
61. Zhang Min (Supervisor: Liu Caixia), master of 2021, zhangmin5950@163.com, "Study on the catalytic performance of CuCe catalyst applied to diesel engine exhaust in NH3-SCO", The future is a better tomorrow
62. Li Chen (Supervisor: Ma Degang), master of 2021, li_chen.1227@qq.com, "Optimization of electro-dewatering performance of oily sludge by voltage control and coal-powdered activated carbon (CPAC) addition", The future is a better tomorrow
63. Zhang Fan (Supervisor: Ma Degang), master of 2021, fan990204@163.com, "Adsorptive removal of cadmium from soil by activated carbon and its composites", The future is a better tomorrow
64. Jia Xiaoyu (Supervisor: Ma Degang), master of 2021, xiaoyu0401@163.com, "The remediation effect and impact of chemical washing and electrokinetic remediation technology on cadmium contaminated soil", The future is a better tomorrow
65. Dong Fangya (Supervisor: Ji Na), master of 2021, 3420142878@qq.com, "Construction of charcoal-loaded CoMoS catalyst and its performance in lignin hydrodeoxygenation", The future is a better tomorrow
66. Wang Jingfei (Supervisor: LV Xuebin), master of 2022, 941656395@qq.com, "Catalytic production of biomass-based pyrrolidone in a ruthenium-based assembled stacked structure nanoreactor", Sinopec Sales Co., Ltd. North China Branch
67. Zhang Yuxin (Supervisor: LV Xuebin), master of 2022, 1291799340@qq.com, "Study on the photocatalytic conversion of 5-hydroxymethylfurfural by ZnS-based hollow nanoreactors", Doctor of Tsinghua University
68. Jing Run (Supervisor: LV Xuebin), master of 2022, 295387940@qq.com, "Design and development of fibrous mesoporous aluminosilicate nanoreactors and their application in biomass-based furfural acetal", Social Work Department of Xiqing District Committee, Tianjin City
69. Sun Haoran (Supervisor: Song Chunfeng), master of 2022, hjgcshr@163.com, "Preparation of MOFs-based core-shell materials and their application in CO2 separation membranes", TEDA Investment Holding (Group) Co., Ltd.
70. Feng Guoqing (Supervisor: Song Chunfeng), master of 2022, 1525980355@qq.com, "Preparation and CO2 separation performance study of 6FDA-DAM copolymer-based polymer and its derived carbon molecular sieve membranes", Tianjin Cement Industry Design & Research Institute Co., Ltd.
71. Wang Ruinan (Supervisor: Song Chunfeng), master of 2022, 861249563@qq.com, "Tannic acid-doped ZIFs-based composite membranes with modulated structure and enhanced carbon capture performance", Ministry of Science and Technology of the People's Republic of China
72. Chen Danqing (Supervisor: Song Chunfeng), master of 2022, Diana1679@163.com, "Construction and enhancement of a CO2 chemical absorption-microalgae coupled system for direct air capture (DAC)", Zhejiang Mechanical Design Research Institute Co., Ltd.
73. Wang Yi (Supervisor: Song Chunfeng), master of 2022, ethereal_wy@163.com, "Ammonia nitrogen recovery from urine via indirect contact regenerations of ion exchangers: mechanisms and microalgae cultivation and valorization", Molex Trading Co., Ltd. Beijing Branch
74. Sun Zeying (Supervisor: Ma Degang), master of 2022, zeyingsun@163.com, "Research on the remediation of lead-cadmium composite pollutants by Fe3O4@EME adsorbent", Shanxi Provincial Department of Natural Resources
75. Gong Zhiyang (Supervisor: Ma Degang), master of 2022, Gongzhiyang3910@163.com, "Remediation of cadmium contamination in aquatic and soil environments by FeS-loaded composite hydrogel", SUMEC Group Corporation
76. Hu Junjie (Supervisor: Ma Degang), master of 2022, 2096005743@qq.com, "Research on the improvement of dewatering performance of aged oily sludge under a three-phase stable emulsion system", Xiangtan Ecological Environment Bureau
77. Jiang Yufan (Supervisor: Liu Qingling), master of 2022, 852183387@qq.com, "Preparation and mechanism of highly stable cerium-based catalysts for catalytic hydrolysis of carbon disulfide", The future is a better tomorrow
78. Hou Ning (Supervisor: Liu Qingling), master of 2022, houningaoqiu123@163.com, "Resistance to water and sulfur of titanium-based noble metal catalysts for CO catalytic oxidation", The future is a better tomorrow
79. Li Jianbo (Supervisor: Liu Qingling), master of 2022, L1176099953@163.com, "Study on X-ray fluorescence spectrometry for determination of trace gold elements in ores", China Nuclear Power Engineering Co., Ltd.
80. Zhao Minru (Supervisor: Liu Qingling), master of 2022, zhaominru1114@163.com, "Synthesis of OFF-ERI intergrowth zeolite and application in diesel exhaust denitration", PetroChina Coalbed Methane Company Limited
81. Zhang Tianao (Supervisor: Liu Qingling), master of 2022, 1070937165@qq.com, "Preparation of metal oxide-based catalysts and study on their catalytic performance in CO2 cycloaddition reactions", The future is a better tomorrow
82. Huang Haolong (Supervisor: Liu Qingling), master of 2022, 305535748@qq.com, "Preparation of Ru/Co3O4-based catalysts and study on catalytic performance for ethane in sulfur-containing flue gas", China Kunlun Engineering Co., Ltd.
83. Liu Ning (Supervisor: Liu Caixia), master of 2022, liun226@163.com, "Preparation of metal-organic framework-derived materials and their electrocatalytic performance for carbon dioxide reduction to C1 products", Tianjin Lishen Juyuan New Energy Technology Co., Ltd.
84. Wang Meng (Supervisor: Liu Caixia), master of 2022, wangmeng030400@163.com, "Study and application of load-type ZK-5 molecular sieve catalysts in the NH3-SCO reaction", The future is a better tomorrow
85. Zhang Chunyuan (Supervisor: Ji Na), master of 2022, 2561847573@qq.com, "Engineering hollow Co/MoS2 nanoreactors for lignin hydrodeoxygenation", The future is a better tomorrow
86. Li Yazhao (Supervisor: Ji Na), master of 2022, 15853324756@163.com, "Engineering CoMoS supported on hollow mesoporous carbon spheres for lignin hydrodeoxygenation", The future is a better tomorrow
87. Wang Yinjiang (Supervisor: Ji Na), master of 2022, 1106577434@qq.com, "Ni-zeolite bi-functional catalysts for highly selective cleavage of C-O and C-C bonds in lignin for cycloalkanes production", Synfuels China
88. Peng Mingke (Supervisor: Han Rui), master of 2022, pengmk@tju.edu.cn, "Design and application of Ni-Ca bifunctional materials for calcium looping coupled methane dry reforming in complicated flue gas", Sinohydro Construction Engineering Consultants Bohai Company
89. Liu Shuai (Supervisor: Song Chunfeng), master of 2023, "Research on sustainability assessment and environmental benefit optimization of multi-energy coupling in coal-fired power plants under the carbon neutrality target", Employment at a state-owned enterprise
90. Wang Yu (Supervisor: Song Chunfeng), master of 2023, "Study on the structure and CO2 separation performance of polyimide and its derived carbon membranes regulated by polybenzoxazine-based microspheres", Employment at pursuing a doctoral degree at the University of Leuven in Dutch
91. Shang Yujing (Supervisor: Liu Qingling), master of 2023, "Ion exchange-based CO2 resource utilization technologies and mechanisms", Employment at Tianjin TEDA Resources Recycling Group Co., Ltd.
92. Li Yingqing (Supervisor: LV Xuebin), master of 2023, "Synthesis of zirconium phosphate supported fibrous mesoporous silica spheres and its catalytic performance for xylose conversion to furfural", Doctor of Tianjin University
93. Wang Di (Supervisor: LV Xuebin), master of 2023, "Preparation of Ni2P-NiPOx supported catalysts and catalytic application in the selective conversion of biomass furans to linear diketones", Dezhou Municipal Government
94. Yang Aopan (Supervisor: LV Xuebin), master of 2023, "Ga/DAl-HZSM-5 zeolite and its catalytic reaction and mechanism for the conversion of xylose to furfural", Head toward a better tomorrow
95. Li You (Supervisor: Ma Degang), master of 2023, "Sludge electro-dewatering enhanced by electric field regulation based on current attenuation degree coupled with activated carbon conditioning", Employment at Tianjin University
96. Liu Ao (Supervisor: Ma Degang), master of 2023, "Optimization and evaluation of electro-dewatering performance of oily sludge", Employment at Shenzhen Han's CNC Technology Co., Ltd.
97. An Yongxue (Supervisor: Liu Qingling), master of 2023, "Study on high thermal stability Pd/ZSM-5 catalysts for low concentration methane catalytic combustion", Employment at CCCC Green and Low-carbon Development Research Center
98. Hou Xinyu (Supervisor: Liu Qingling), master of 2023, "Catalytic performance and reaction mechanism of tandem catalysts for simultaneous removal of CO and NH3", Employment at Jinzhong Ecological Environment Bureau
99. Zhou Yang (Supervisor: Liu Caixia), master of 2023, "Study on Fe-Cu based molecular sieves for NO and N2O co-treatment and high-value solid waste conversion into molecular sieves", Jiangsu Premium Selection
100. Chen Dansi (Supervisor: Liu Caixia), master of 2023, 2100749755@qq.com, "Preparation of copper-based catalysts and their study on producing multi-carbon products like ethylene from electrochemical CO2 conversion", The future is a better tomorrow
101. Wei Ruhan (Supervisor: Ji Na), master of 2023, "Investigation on the mechanism of selective photocatalytic upcycling of PS plastic to benzoic acid over phosphorus doped Fe single atom catalysts", Toward a brighter tomorrow
102. Cao Kaihao (Supervisor: Ji Na), master of 2023, "Co-conversion of waste PET plastic and ethylene glycol into high-value carboxylic acids using carbon-encapsulated bimetallic catalysts", Tianjin Guoan Mengguli New Materials Technology Co., Ltd.
103. Yan Han (Supervisor: Han Rui), master of 2023, "Modification of carbon-supported dual-function materials for integrated CO2 capture and methanation", CNBM Equipment Group (Tianjin Institute)
104. Han Gaoqi (Supervisor: Han Rui), master of 2023, "Hydrogen spillover regulation and structural optimization of calcium-based dual-functional materials for integrated CO2 capture and methanation", Taiyuan Municipal Ecology and Environment Bureau
105. Fang Lijing, master of 2023, The future is a better tomorrow