Water Pollution Control and Water Purification Team
The team focuses on the new process, new technology and new materials in the field of water pollution control and water supply purification. The main research areas include: new biological treatment technology of sewage (waste) water; mechanisms and technologies of redox removal of toxic organic compounds; Development of new functional agents for water treatment, such as microbial flocculant, nano zero-valent iron and adsorbent; Bioelectrochemical technology based on microbial fuel cell; Safe water supply technologies for biological aerated filter and advanced ozonation treatment.
The team have presided over the National Science and Technology Major Project for Water Pollution Control and Treatment, 863 projects, national natural science foundation of China, provincial research projects and international cooperation projects and so on. Also the team published over 160 papers, including more than 60 SCI papers and 22 patents (including 17 invention patents), and won 2 provincial and ministerial awards.
Principal: Hu, Yongyou
Doctor of Environmental Engineering of Tsinghua University, professor, doctoral supervisor, member of the Environmental Engineering Teaching Instruction Sub-committee of the Ministry of Education, leader of the National Environmental Engineering Collaborative Group in the field of Master of Engineering. Mr. Hu mainly engaged himself in the research of wastewater (waste) treatment technology and sludge reduction technology, environmental engineering microbiology technology, electrobiochemistry and river water remediation technology.
Doctor of aquatic biology of Chinese Academy of Sciences, professor, doctoral supervisor. His main research areas include: the relationship between algae and the increase of atmospheric CO2 concentration and the change of temperature; Photosynthetic carbon sequestration mechanism and regulation of algae; Seaweed resources and environment in subtropical zone, growth and development regulation of economic seaweed.
Doctor of Industrial Environmental Engineering of South China University of Technology, Researcher, doctoral supervisor. Mainly engaged in the research of biological and electrochemical treatment technology for highly non-degradable wastewater, enhanced bioremediation technology of microflora, wastewater treatment engineering, etc.
Master of Environmental Engineering of Tongji University, professor. The current research interest includes: urban water supply purification technology, membrane treatment technology, high concentration organic wastewater treatment technology, sewage advanced treatment technology, municipal water supply and drainage network layout optimization and transformation diagnosis technology.
Doctor of fermentation engineering of South China University of Technology, Professor and doctoral supervisor. Mr. Li mainly engaged in the teaching and research of water pollution control. His research interests include wastewater biological treatment theory and technology, industrial wastewater toxicity reduction technology, clean production theory and practice, etc.
Doctor of Environmental Engineering of South China University of Technology, Professor and doctoral supervisor of. His main research interests include: theory and technology of industrial wastewater biological treatment; Groundwater pollution bioremediation technology; Preparation of zero-valent iron and its application in surface water and groundwater pollution remediation.
Doctor of environmental engineering of South China University of Technology, Professor-level senior engineer, doctoral supervisor. He is engaged in the research and development of natural polymer modified water treatment agent, the treatment and reuse of domestic sewage and industrial wastewater, and the removal of trace toxic and harmful substances in water.
Doctor of Municipal Engineering of Harbin Institute of Technology, Associate researcher.Mainly engaged in urban water supply system leakage control, urban waterlogging online monitoring and information service digital system, water supply and drainage system information (SCADA) technology.
Doctor of Civil and Environmental Engineering, Lehigh University, Associate Professor. Her main research interests include: nanoremediation technology for heavy metal and organic contaminated soil and water; Development, characterization, function and regulatory mechanism of environmental nanomaterials; Groundwater and wastewater treatment, etc.
Atmospheric Environment and Pollution Control Team
The team focuses on the major national and local strategic needs. Facing with the regional and industrial air pollution problems, the team insists on focusing on the forefront of science in view of the current situation and development trend of the atmospheric environment quality in China's key urban agglomerations. The team has carried out systematic research and development work in the field of atmospheric environment and pollution control, such as pollutant discharge, pollution formation mechanism, health effects, reduction technology and control strategy, atmospheric environment management and decision-making assistance. Nowadays, the team has formed four academic directions, including identification of air pollutant sources and formation mechanism of complex pollution, environmental catalytic technology and new air pollutant control, theory and technology of industrial waste gas purification, and research on air pollution and health effects.
In the past five years, the team has presided over 15 projects of National Natural Science Foundation of China, 2 projects of National 863 Program and 3 sub-projects, 23 science and technology projects of Ministry of Education, Ministry of Environmental Protection and Guangdong Province, 6 international cooperation projects, and 73 other projects, with a total research funds of over 36 million yuan.
The team has published 60 SCI papers (32 papers in the first and second regions), and 96 papers in Chinese core journals or above and has authorized 26 patents.
The team has won 5 awards such as the 13th China Patent Excellence Award and the First Prize of Scientific Research Achievements of Higher Education Institutions of the Ministry of Education.
The team is responsible for the Volatile Organic Compounds Control Specialized Committee of Chinese Society of Environmental Science, Guangdong Provincial Key Laboratory of Atmospheric Environment and Pollution Control, Guangdong University Air Pollution Control Engineering Research Center and other innovation platforms.
Team leader: Ye, Daiqi:
Doctor of industrial catalysis of South China University of Technology, professor, doctoral supervisor and.
Mainly engaged in air pollution control theory and technology research, including toxic volatile organic compounds, mobile source pollution control, fixed source nitrogen, sulfur oxide control and indoor air pollution control and other scientific research and technology development.
Doctor of Environmental Engineering of South China University of Technology, Professor, doctoral supervisor.
Engaged in the mechanism and industrialization of biological removal of nitrogen oxide (NOx) in flue gas; Efficient biofilm wastewater treatment and water reuse technology; mechanism of nitrification and denitrification of wastewater; Development and application of water treatment agent; the harmless technology of sludge thermal digestion in the process of municipal sewage treatment.
Doctor of Engineering in Industrial Catalysis of South China University of Technology, Professor, doctoral supervisor.
Engaged in the research of air pollution control theory and technology, mainly including flue gas denitration by low temperature selective catalytic reduction, efficient catalytic degradation of toxic organic pollutants, development of new materials for environmental catalysis, etc.
Doctor of Analytical Chemistry of Sun Yat-sen University, professor, doctoral supervisor.
Her research direction is water pollution control theory and technology, involving new reactor for wastewater chemical treatment and its theory, advanced oxidation technology for wastewater treatment.
Her current research interests include: advanced oxidation theory and technology for wastewater treatment; In-situ chemical degradation of refractory organic compounds; Biological filtration and oxidation mechanism of nitrogen oxides (NOx) in exhaust gas and their control techniques.
Doctor of engineering of South China University of Technology, Professor, doctoral supervisor.
Main research areas include atmospheric environmental health benefits and management cost analysis, environmental management information system, atmospheric environment simulation and auxiliary decision system, data mining and display for atmospheric model, hazardous waste transfer regulation and emergency rescue system, detection system of motor vehicle exhaust, Environment Funds management system, environment library building, environmental information system planning, environmental information system standards, and advanced computer software, hardware, database and model simulation technology related to environmental management and auxiliary decision-making research.
Doctor of Analytical Chemistry of University of Mainz, Germany, professor, doctoral supervisor.
Mainly engaged in the analysis of the atmospheric pollutants detection, atmospheric chemistry, regional Marine boundary layer of air pollution and global atmospheric observation research.
Doctor of Environmental Engineering of South China University of Technology, Professor, doctoral supervisor.
Mainly engaged in air pollution control research, including development and application of vehicle exhaust purification catalysts, toxic and harmful organic catalytic purification technology, etc.
Doctor of Analytical Chemistry of Institute of Chemistry of Max Planck Institute for Research, associate professor.
Mainly engaged in atmospheric environment analysis and atmospheric aerosol related research.
Doctor of Physical Chemistry of State Key Laboratory of Fundamental Catalysis, Dalian Institute of Chemical Physics, Chinese Academy of Sciences, Associate professor.
Engaged in the research of catalysis theory and technology. Current research interests are the catalytic conversion of greenhouse gases and green energy.
Doctor of South China University of Technology, Associate professor.
Mainly engaged in the research of new materials for the purification of volatile organic compounds by plasma catalysis and adsorption catalysis.
Industrial Water Pollution Control Team
The research areas of the team are industrial water consumption saving, industrial wastewater recycling, industrial wastewater pollution process, and principles and technologies of pollution control. The team established a new model of water consumption, put forwarded new methods and technologies of water saving; studied new technique of resource recycling for some industrial wastewater with high concentration, high energy and high value; evaluated the process of industrial water pollution and its environmental hazards; put forwarded new theory of pollution control technology, realized the industrialization of industrial technology.
In the past five years, the team has undertaken more than 20 national projects such as key projects of National Nature Science Foundation, National Science and Technology Support Program, 863 national plans and national water project. The team also published more than 600 papers, among which more than 160 papers are included in SCI. The team has also applied for and obtained more than 50 authorized patents. The team has won one Second Prize of the National Prize for Progress in Science and Technology, as well as five other provincial and ministerial awards.
Team leader: Wei, Chaohai
Doctor of Chemical Engineering of South China University of Technology, professor and doctoral supervisor. He has been selected into the Trans-Century Training Program for the Talents by the State Education Commission and as national advanced scientific and technological practitioner of environmental protection. His research direction is water pollution control theory and technology, which involves new reactor and theory of wastewater biological treatment, advanced oxidation technology basis of wastewater treatment, ecological technology of urban wastewater treatment, functional environmental materials, process of bioenergy (biomass energy) and its engineering application.
Doctor of Papermaking of South China University of Technology, professor and doctoral supervisor. Current research interests include: basic theory and technology of efficient recycling of renewable plant resources, new technology of energy saving and emission reduction in plant fiber chemical process, new technology of efficient anaerobic - aerobic treatment of industrial wastewater.
Doctor of Papermaking of South China University of Technology, professor and doctoral supervisor. The applicant has long been committed to the research of efficient treatment and resource recycling technology of industrial wastewater, mainly includes: new technique and intelligent control of wastewater treatment in papermaking industry, R&D and promotion of key technology of integrated and efficient recycling of wastewater in papermaking industry, etc.
Doctor of Environmental Engineering of South China University of Technology, professor and doctoral supervisor. Research directions include: biological treatment technology of urban sewage and toxic and refractory industrial wastewater; biodegradation/bioremediation technology and mechanism of toxic and refractory organic compounds; multifunctional biological carrier materials, etc.
Doctor of Applied Chemistry of Osaka Prefectural University, Japan, professor and doctoral supervisor. She engages in the development of multifunctional new photocatalyst and environmental nano materials and their application in water and gas pollution control.
Doctor of Environmental Science of Nanjing University, professor and doctoral supervisor. Main research directions: water treatment theory and technology, water eutrophication, safe treatment and resource recycling of electronic waste. At present, he engages in the research of phosphorus recycling and resource utilization.
Doctor of Chemical Engineering of Hong Kong University of Science and Technology, professor and doctoral supervisor. The main research contents include the theory and technology of biological treatment of electrochemical enhanced wastewater, the relative basic theory and technology of microbial fuel cell.
Doctor of Chemical Engineering of South China University of Technology, and professor on post. In recent years, he mainly engages in the research and engineering application of high concentration organic wastewater treatment, sludge treatment and disposal, environmental engineering equipment technology. Main research fields are: theory and technology of efficient anaerobic wastewater treatment; sludge reduction and resource utilization.
Master degree of Environmental Chemical Engineering of South China University of Technology, professor on post. Mainly engages in development and engineering design of domestic sewage and industrial wastewater treatment and reuse technology. The developed technologies include biochemical treatment technology of micro-polluted source water, biochemical denitrification technology of high ammonia nitrogen and low carbon source wastewater, coagulation decolorization technology; electroplating, papermaking, reuse treatment technology of printing and dyeing wastewater, high salinity wastewater treatment technology, sludge reduction of wastewater treatment and resource utilization treatment technology, development and production of high efficient coagulant for water treatment, river and lake pollution treatment technology.
Solid Waste Treatment and Resource Recovery Team
The team mainly focuses on the solid treatment and resource recycling technology and environmental biotechnology. In 1995, it started to conduct new technology for landfill leachate, especially the principle and technology of biological denitrification of landfill leachate SND and Anammox, molecular biology detection technology, and advanced treatment technology. In the past 10 years, a lot of research work has been carried out on the theory and new technology of municipal sludge and organic waste composting, biological hydrogen production and energy utilization, building materials and material utilization, application of desulfurized ash and other bulk industrial solid wastes as soil amendments, e-waste and precious metal recycling and nitrogen and phosphorus removal from urban sewage and industrial wastewater.
In recent years, the team has presided over more than 10 projects including the National Natural Science Foundation of China, National Science and Technology Support Projects, Key Promotion Projects of National Scientific and Technological Achievements, International Cooperation Projects, Guangdong-Hong Kong Bidding Projects, New Century Excellent Talents Projects of the Ministry of Education, etc. The team has published more than 200 papers (More than 70 SCI papers), published 5 academic works, applied more than 70 domestic and foreign patent, won one National Science and Technology Progress Award, one First Prize of National Ministry of Environmental Protection Science and Technology, and one First Prize of Ministry of Education Science and Technology Progress Second Prize, 1 first prize of Scientific and Technological Progress of China Soda Ash Industry Association.
Person in charge: Zhou, Shaoqi
Doctor of Bioengineering Engineering from Dalian University of Technology, Postdoctoral Fellow of Environmental Engineering of the University of Hong Kong, Professor, Doctoral Supervisor, Guangdong Province 'Pearl River Scholar' Distinguished Professor. Main research interests: new technologies for the treatment of landfill leachate (including treatment of concentrates using reverse osmosis and nanofiltration membrane), urban wastewater treatment and reuse technologies, new technologies for biological removal of sewage nitrogen and phosphor electronic metrology for biological treatment of organic water, solids waste (including sludge, white mud, electronic waste, etc.) treatment and resource utilization, soil environmental science and bioremediation technology, bio-energy (hydrogen energy, alcohol, methane) theory and technology.
Member in group:
Doctor of Environmental Engineering of South China University of Technology, Professor, PhD supervisor. Mainly engaged in the research and development of fine chemistry, water treatment technology and equipment. Good research results have been achieved especially in the treatment of complex wastewater and wastewater advanced treatment and reuse, such as the research and development of high-efficiency decolorates and flocculants, the treatment of landfill leachate for standard discharge, the treatment of reverse osmosis concentrated water for standard discharge, the advanced treatment and reuse of wastewater from printing and dyeing wastewater, and port and wharf wastewater.
Doctor of Geochemistry of Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, Professor, PhD supervisor. Mainly engaged in the high-efficiency agricultural resource utilization of bulk industrial solid wastes such as desulfurization ash, white mud, stone scraps, fly ash, calcium carbide slag, steel slag, mine tailings and urban domestic sludge; acidified soil improvement and mechanisms; mechanisms of flue gas desulfurization, mercury removal and the release of atmospheric pollutants.
Doctor of sugar engineering of South China University of Technology, postdoctoral in materials science of Sun Yat-sen University, professor, doctoral supervisor. Main research interests include high-value clean utilization of all components of waste electrical and electronic products, urban mineral recycling technology, waste fluidized pyrolysis conversion utilization technology, algae-bacteria symbiosis fluidized bed treatment of organic wastewater , membrane wastewater treatment technology, Solid-phase interface properties and the principle of enrichment and transformation of typical pollutants, and the principle and technology of solid-phase low-temperature reaction.
Doctor of animal genetics, breeding and reproduction of Huazhong Agricultural University,, professor and doctoral supervisor. Mainly engaged in the research of electrochemically active microbial resources and bio-electrochemical systems, acidophilic microbial technology, electronic waste biological treatment and metal recycling, organic solid waste biological treatment and resource utilization, and hazardous waste safe disposal technology.
Doctor of Environmental Engineering from South China University of Technology, Professor. Mainly engaged in teaching and scientific research of environmental ecology and environmental biotechnology. Research interests include the application of molecular biotechnology in environmental protection, aquatic microbial ecology, and ecological restoration technology for contaminated environments.
Master of Botany of Xinjiang University, Associate Professor. Mainly engaged in the ecological restoration of eutrophic water bodies (river and lake) and the restoration of contaminated soil and groundwater environment, environmental planning and environmental assessment, investigation and research on the status of the ecological environment based on GIS technology, environmental sanitation planning and solid waste management, rural domestic sewage treatment and rural domestic waste collection and transportation.
Doctor of Botany of South China Institute of Botany, Chinese Academy of Sciences, visiting scholar at the University of California, associate professor. Mainly engaged in the teaching and scientific research of environmental ecology, ecological engineering and environmental restoration, wetland and water environmental protection, environmental planning and environmental assessment.
Doctor of Environmental Engineering of South China University of Technology, associate professor. Mainly engaged in the treatment and purification of trace pollutants in water bodies, biological denitrification, desulfurization, landfill leachate treatment, waste incineration fly ash pollution control, etc.
Doctor of Physical Geography of Sun Yat-Sen University, lecturer. Her research interest is environmental management and policy, environmental economics, and regional sustainable development theory and practice.
Master of Environmental Economics and Environmental Management of York University, teaching assistant. Her research interest are environmental planning, solid waste management and resource utilization, ecological environment management, etc.
Ecological Restoration Team
The team focuses on typical heavy metal and organic pollution in soil and water environment, and conducts research on pollution source control, environmental behavior, and end treatment. The main research areas include pollution source control of mine environment, environmental-chemical behavior of pollutant, and structure-activity relationship for organic pollutant, analysis of new pollutants, ecological restoration theory and technology, contaminated site restoration technology, water environment restoration of rivers and river basins, new environmental restoration materials, etc.
In recent years, the team has presided over 15 National Natural Science Foundation projects (1 key project), 3 sub-projects of the 863 key project, 3 sub-projects of the national water special project, 1 program of the National Natural Science Foundation of Guangdong for Research Team and 2 key program of National Natural Science Foundation of Guangdong. The research team has published more than 250 articles (over 80 in SCI), applied more than 20 invention patent (10 authorized), published one book, and edited 3 books. The team has won two first-prizes of Guangdong Science and Technology Award for natural science, one first-prize of Guangdong Environmental Protection Science and Technology Award, one Guangdong Excellent Doctoral Dissertation Award.
Team leader: Dang, Zhi
Doctor of environmental geochemistry jointly from the Institute of Geochemistry, Chinese Academy of Sciences and the University of Brookes, professor, and doctoral supervisor. He mainly engaged in the research of the environmental-chemical behavior of heavy metals in different environmental media in mining areas, the passivation technology of heavy metals in mine tailings, the mechanism of microbial degradation of organic pollutants, and the restoration technology of polluted ecosystem.
Member in group:
Doctor of mineralogy of Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, professor and doctoral supervisor. His main research interests include natural mineral materials and environmental restoration, photocatalytic treatment of toxic organic pollutants, controlled release materials and controlled release fertilizer development, ecological characteristics of organic and heavy metal pollution in soil-plant system and their control and restoration.
Doctor of Environmental Information of National Yamanashi University, Professor, Doctoral Supervisor. His main research areas include pollution mechanism of arsenic, fluorine, and heavy metals in groundwater and surface water and their chemical form changes; development of new materials for removing arsenic, heavy metals and toxic organic substances; development of new technologies for efficient oxidation treatment of industrial wastewater; new analytical technology different valence states of pollutants such as arsenic, heavy metals, etc..
Doctor of Environmental Engineering of South China University of Technology, Professor, Doctoral Supervisor. Her main research interests include heavy metal toxicology and biosorption, treatment and bioremediation of toxic organic substances, bioremediation of combined pollution of heavy metals and persistent organic pollutants in water-soil system, development and application of microbial agents for pollution control and bioremediation.
Doctor of Environmental Engineering of South China University of Technology, researcher, doctoral supervisor, selected by the Ministry of Education for New Century Outstanding Talents and Guangzhou Pearl River Science and Technology New Star. His main research interests are structure-activity relationship of organic pollutants, soil/water pollution remediation technology, agricultural environmental pollution control, functional materials/auxiliary development for environmental remediation, etc.
Doctor of Environmental Engineering of South China University of Technology, Professor. Her research interests include remediation technology for heavy metal contaminated water, combined pollution in soil.
Doctor of Environmental Science of Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, professor and doctoral supervisor. Her current research interests include environmental-chemical behavior and control technology of personal care products (PPCPs), and bioremediation theory and technology of organic pollutants.
Doctor of Biology and Chemistry of City University of Hong Kong, associate researcher. Dr. Guo mainly engaged in the research of bioremediation technology of toxic and refractory organic substances. Her current research interests are electrokinectic-surfactant-enhanced biodegradation/bioremediation technology and mechanism of toxic and refractory organics; molecular diagnosis technology of microbial community in the process of bioremediation of contaminated environment.
Doctor of Engineering of Osaka City University, Associate Professor, Doctoral Supervisor. His main research interests are the chemical instrumental analysis and environmental behavior of environmental micro-pollutants (natural hormones, personal pharmaceutical chemicals, antibiotics and antibiotic resistance genes, etc.), enhanced biological removal of phosphor from dairy wastewater, and wastewater treatment processes based on the reduction of excess sludge, etc.
New Energy Research Team
Given the current urgent need for clean and sustainable energy, the team focuses on China’s sustainable energy development strategy, bases on our school’s advantageous disciplines of energy, and integrates relevant resources inside and outside the school, carrying out forward-looking theoretical and technical research on new energy materials and technologies and new energy storage and conversion. The main research areas include the theoretical design of the components and nanostructures of new materials; the preparation of nanomaterials; the light-electric absorption and conversion, transmission, and coupling of nanomaterials and its regulation and design; and the charge and mass transport in ion and electronic conductors and its modeling, simulation and in-situ characterization; electrophysical and electrochemical behaviors of thin films and interfaces; solid-state electrochemical devices for energy storage and conversion, etc.
In recent years, the team has undertaken 7 projects, including the national 863 project, national science funding, technology development projects commissioned by enterprises and institutions, and the 'Outstanding Talents Program' of South China University of Technology. The team members have published more than 220 SCI papers, edited or participated in the editing of 9 books, applied for and obtained 18 authorized patents.
Member in group:
Ph.D. of Science of Condensed Matter Physics of Jilin University, professor, doctoral supervisor. Dr. Liu has conducted in-depth, meticulous and creative research research on new energy materials, fuel cell component manufacturing technology and performance, and also the complete assembly of fuel cells. Main research areas include direct carbon fuel cell, high temperature electrolysis and co-electrolysis, lithium ion battery.
Doctor of the Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, professor. Mainly engaged in basic and industrialization research related to energy materials such as semiconductor nanomaterials, fuel cells and lithium-ion batteries.
Doctor of Mechanical Engineering of University of South Carolina, Professor. Mainly engaged in the research of new energy materials and devices. His main research interests are solid oxide fuel cells, solid oxide electrolytic cells, lithium ion batteries.
Doctor of Massachusetts Institute of Technology, professor, doctoral supervisor. Main research areas: high-temperature electrochemical devices (SOFC, SOEC); high-efficiency directional conversion of electrochemical biomass (gas); water and gas pollutants (electric) catalytic degradation; materials radiation effects and radiation modification research.
Ph.D. in Chemistry of University of California, Santa Cruz, Professor. Dr. Kang mainly engaged in the research of structure design of metal nano-catalyst and in-situ mechanism of electrocatalyst. His main research areas are electrocatalytic carbon dioxide reduction, water electrolysis for hydrogen evolution and oxygen evolution, oxygen reduction.
Doctor of Mechanical Engineering of University of South Carolina, Professor. Dr. Chen mainly engaged in the research of high-temperature electrochemical energy materials and devices. His main research areas include solid oxide fuel cell/electrolytic cell, high-temperature electrochemical synthesis.
Doctor of Science of Changchun Institute of Applied Chemistry, Chinese Academy of Sciences, postdoctoral fellow at Drexel University and University of Utah in the United States，associate professor. Dr. Li mainly engaged in the research on the structure-activity relationship between semiconductor microstructure and light-induced electron transfer process. His research interests are the regulation of conjugated organic and polymer self-assembly behavior, and the construction of new semiconductor photovoltaic devices.
Ph.D. in Chemistry of Georgia State University, USA; Postdoctoral in the University of Miami; Associate Professor. Mainly engaged in nano-clusters, nano-catalysis, fuel cells and bio-nano materials.
Doctor of Condensed Matter Physics jointly from Lanzhou University and the Georgia Institute of Technology, associate professor. Her main research areas include low-dimensional nanomaterials, energy storage and conversion materials, fuel cell anode platinum catalytic materials, and the preparation and performance of photovoltaic materials.
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