1. Promote the development of high power pulse power supply and system integration technology breakthrough, to carry out the catalytic oxidation pretreatment of non-thermal plasma - renewable resources - coupling technology research and demonstration, for mercury waste, waste incineration fly ash, such as medical waste disposal requirements, to carry out the disposal process of mercury, dioxins non-conventional pollutants deep purification technology research, promoting the transformation of achievements.

2. Focusing on China's implementation of Minamata Convention on Mercury and domestic mercury management needs, carry out research on mercury and multi-pollutant pollution control and resource utilization technology, and carry out research on the implementation support and technical management system in the field of mercury.

3. Based on the actual needs of carrying out "waste-free city" in China, carry out planning compilation, scientific and technological support, technological promotion and regional cooperation promotion, and carry out research on hazardous waste disposal technology integration, technical evaluation and related standard system.

09/2006-07/2009  Doctor, Shenyang Institute of Applied Ecology, Chinese Academy of Sciences

09/2000-02/2003  Master, Northeastern University

09/1992-07/1996 ​ Bachelor, East China of Geology University

Solid waste/hazardous waste disposal and recycling

Over the years, he has published more than 10 monographs, presided over and participated in more than 20 national and industrial standards, and published and co-published more than 100 papers.

(1) Magnetic bead removal of mercury from coal and metallurgical industry: a new approach, Chinese Journal of Environmental Engineering, 2020, 1 author

(2) Preparation and application of bentonite mineral adsorption materials for mercury removal, Environmental Protection Science, 2020, corresponding author

(3) Degreement of dioxin precursors by pulsed corona plasma using trichlorobenzene, Environmental Engineering, 2019, Corresponding author

(4) Hg emission from domestic solid waste incineration in China, Environmental Engineering, 2019, Corcorresponding author

(5) Experimental study on the influence of TCB parameters on plasma purification, Environmental Engineering, 2019, Corcorresponding author

(6) Degreement of trichlorobenzene precursors by pulsed corona plasma, Environmental Engineering, 2019, Corresponding author

(7) Discussion on medical waste disposal technology and management mode in remote areas of China, Chinese Journal of Infection Control, 2019, Corresponding author

(8) Effect of gas atmosphere on the co-control of mercury and dioxins in low temperature plasma, High Voltage Technology, 2019, 4th author

(6) Study on the adsorption mechanism of silica oxide on the removal of silica oxide from the surface, Environmental Science and Pollution Research, 2019, Corcorresponding author. (6) Study on the adsorption mechanism of silica oxide on the removal of silica oxide from the surface, Environmental Science and Pollution Research, 2019, Corcorresponding author

(10) Progress in atmospheric mercury monitoring technology, Environmental Science Research, 2018, Corcorresponding author

(11) Determination of polychlorinated biphenyls in solid waste by gas chromatography, Environmental Science and Technology, 2017, 2nd author

(12) Experimental study on the treatment of mercury waste residue by thermal analysis-low-temperature plasma integration, Journal of Jiangsu University of Science and Technology, 2017, Corresponding author

(13) The evolution and development of medical waste management mode in the new era, Chinese Journal of Infection Control, 2017, 1st author

(14) Effect of low temperature plasma on oxidation of Hg0, Environmental Engineering, 2017, Corcorresponding author

(15) Research progress in the treatment of mercury contaminated soil by thermal analysis, Environmental Engineering, 2017, Corresponding author

(16) Study on mercury removal from flue gas by low temperature plasma-ceramic nanomaterials integrated system, Environmental Engineering, 2017, Corcorresponding author

(17) Control methods of dioxins from waste incineration process, Chemical Engineer, 2016, Corresponding author

(18) Current status and development trend of mercury pollution control technology in developed countries, The 6th International Conference on Heavy Metal Pollution Control and Risk Assessment, 2016, Corresponding author

(19) Study on mercury removal in an integrated thermal analysis-pulsed low-temperature plasma system, Environmental Engineering, 2016, Corresponding author

(20) Study on the Mechanism of HG0 Oxidation by Pulse Corona Induced Plasma Chemical Process, Journal of Envirommental Science and Engineering B, 2016, corresponding author

(21) Research progress of mercury pollution control technology in nonferrous metals smelting industry, World Nonferrous Metals, 2015, Corresponding author

(22) Application of 3MRA model in the selection of mercury containing waste disposal mode, Environmental Engineering, 2015, Corresponding author

(23) Treatment of mercury containing waste gas by low temperature plasma technology, 2014 Proceedings of the Chinese Society for Environmental Sciences, 2015, Corresponding author

(24) Research on mercury pollution control technology policy, 2014 Annual Meeting of Chinese Society for Environmental Sciences, 2015, 2nd author

(25) Application and prospect of high gradient magnetic separation technology in the treatment of heavy metal wastewater, 2014 Proceedings of the Chinese Society for Environmental Sciences, 2015, Corcorresponding author

(26) Study on the pollution status and causes of fine particulate matter in Suining city, Environmental Chemistry, 2014, Corresponding author

(27) Performance evaluation of non-incineration treatment facilities for medical waste, Proceedings of 2013 Chinese Society for Environmental Sciences, 2014, Corresponding author. (27) Performance evaluation of non-incineration treatment facilities for medical waste, Proceedings of 2013, Chinese Society for Environmental Sciences, 2014, Corresponding author

(28) Distribution of polychlorinated biphenyls (PCBs) in soil environment in China, 2014 Annual Conference of Chinese Society for Environmental Sciences, 2014, 2nd author

(28) Incinerate clinical clinical Treatment at different Medical Waste plants in China, International Journal of Clinical Incineration, 2013, 1st-author

(29) Airborne Mercury Pollution and Risk Control Measures in China, WIT Transactions on Engineering Sciences, 2013, 1st author

(31) Performance evaluation of non-incineration treatment facilities for medical waste, 2013 Annual Meeting of Chinese Society for Environmental Science, 2013, 1st author

(12) Determination of polychlorinated biphenyls (PCBs) in the environment: A review, 2013 International Conference on Environmental Science and Technology. 2013, Corcorresponding author

(33) Research on hazardous waste separation technology in China, 2013 Annual Meeting of Chinese Society for Environmental Sciences, 2013, Corresponding author

(34) A study on mercury pollution in China, Environmental Chemistry, 2013, Corresponding author

(35) Effect of low temperature plasma on the removal efficiency of Hg0, NO and SO2 pollutants, Environmental Engineering, 2013, Corresponding author

(36) Minamata disease incident: the evolution of mercury pollution control and management in Japan, Environmental Protection, 2013, corresponding author

(37) A preliminary study on the control technology of lead recovery in domestic waste lead battery, Battery, 2013, 1st author

(37) Experimental study on treating NO, SO2 and Hg0 from flue gas, Applied Mechanics and Materials, 2013, Corrosion Science

(39) Treatment and source classification of medical waste, Chinese Journal of Infection Control, 2012, Corresponding author

(40) Incinerating Medical Waste Management by Disposal Facilities, The 7th Interninal Conference on Waste Management and Technology, 2012, 1st author. (40) Incinerating Medical Waste Management by Disposal Facilities, 2nd author

(41) Cost-benefit analysis of high temperature steam treatment of medical waste, China Fortune Journal, 2012, 2nd author

(42) Effect of carbon nanotubes on the adsorption of organic pollutants in water, Chemical Engineering Journal, 2011, 4 (4)

(43) Analysis of trace polychlorinated biphenyls in hair samples, Guangzhou Chemical Industry, 2011, Corcorresponding author

(44) Lead pollution control and management policy of waste lead-acid batteries in China, 2010 International Symposium on Heavy Metal Pollution Prevention and Control, 2011, 1st author

(45) Pollution characteristics and health risk assessment of heavy metals in Beijing subway station dust, China Environmental Science, 2011, 2nd author

(46) Analysis of trace polychlorinated biphenyls in hair samples, Guangzhou Chemical Industry, 2011, 2nd author

(47) Analysis of short chain chlorinated paraffin, Chemical Progress, 2010, 3rd author

(48) A study on sustainable management of medical waste in China, Environmental Protection Science, 2010, 3rd author

(49) Risk assessment model and methodology of contaminated sites in the United States, Pesticide, 2010, 2nd author

(50) Effect of sulfhydryl compounds on the detoxification of cadmium in marigold, Chinese Journal of Environmental Engineering, 2010, No.5

(51) A method for evaluating the performance of hazardous waste incineration and disposal facilities, International Conference on Environmental Chemistry, 2010, 1st author

(52) Application of alkali-metal reduction method in the disposal of pesticide POPs, Proceedings of the 2010 International Conference on Persistent Organic Pollutants (POPs), 2010, 2nd author

(53) Discussion on the best feasible technology and best environmental practice of medical waste disposal in the context of the implementation of the contract, China Nursing Management, 2010, 1st author

(54) Study on organic chlorine pesticides in summer atmosphere of Shijingshan District, Beijing, China, Environmental Sciences, 2010, Corresponding author

(55) Pollution Control Technology and Policy of Waste Lead-acid Battery in China, China Environmental Protection Industry, 2010, 2nd author

(56) Sustainable Management Measures for Healthcare Waste in China, Chinese Journal of Waste Management, 2009, 1 author

(57) Study on Cleaner Production of Waste Lead-acid Battery Recycling Process, Resources Recycling, 2009, 2nd author

(58) Research review on the treatment of insecticides with POPs, Pesticides, 2009, 2nd author

(59) Organic chlorine pesticides in rainwater in a Beijing urban area and their source analysis, Proceedings of the International Conference on Persistent Organic Pollutants (POPs), 2009, 3rd author

(60) Research on the selection and application mode of insecticidal POPs disposal technology, Pesticide, 2009, 1st author

(61) Performance evaluation of hazardous waste incineration and disposal facilities, Proceedings of the 5th National Environmental Chemistry Conference, 2009, 1st author

(62) A comprehensive Study on the absorption and emission reduction of Dioxins in different microbial environments in China. International Symposium on Environmental Science and Technology, 2009, 31 (1) : 1-10. (SCI

(63) Environmental Science and Technology, 2008, 1st author. (63) Environmental Science and Technology, 2nd author

(64) A study on the implementation of POPs Convention in China's medical waste field, Environmental Science and Technology, 2008, 1st author

(65) Analysis of the application of non-incineration treatment technology for medical waste and its countermeasures, Journal of Nonferrous Metallurgy and Design, 2007, 1st author

(1) Flue gas pollutant treatment equipment, utility model, 2014, 2nd author, patent number: 201310753624.6

(2) Flue gas pollutant treatment equipment, utility model, 2014, 2nd author, patent number: CN203663673U

(3) A method and device for deep purification of dioxins and mercury from waste incineration, Innocent, 2015, 1st author, Patent No. CN105233641B

(4) A method for the recovery of mercury and activated carbon from waste mercury catalyst, Int. Sci. 2016, 1st author, Patent No. CN104372378A

(5) A novel method for mercury recovery from solid adsorption materials, Journal of Materials Processing Technology, 2017, (1) : 1-7. (2) A novel method for mercury recovery from solid adsorption materials, Journal of Materials Processing Technology, 2017, (1) : 1-7

(6) A method for mercury removal from fly ash, Int. Sci. 2018, 1st author, Patent No. CN108237137A

(7) A novel mercury absorbent material and its preparation method, Int

(8) Preparation and regeneration method of nanocrystalline ceramics loaded with selenium, Int. J. Sci

(9) A treatment system and treatment method for flue gas from domestic waste incineration, Innocent, 2019, 1st author, Patent No. CN109200742A

(10) A novel mercury purification system and method for flue gas, Int

(11) Advanced treatment of mercury and dioxin in medical waste incineration flue gas, Innocent, 2019, 1st author, patent number: CN109482064A

(12) A device for evaluating the properties of mercury oxide adsorption materials, Innocent, 2018, 2nd author, Patent No. CN201711449157

(13) A novel mercury recovery device for solid adsorption materials, Applied Polymer Science, 2017, 44 (1) : 73-84. (13) A novel mercury recovery device for solid adsorption materials, Applied Polymer Science, 2017, 44 (1) : 73-84

(14) A method and device for deep purification of dioxins and mercury from waste incineration, Innocent, 2018, 1st author, Patent No. CN201510681737. (14) A method for deep purification of dioxins and mercury from waste incineration, Innocent, 2018, 1st author, Patent No

(15) A device for the deep purification of dioxins and mercury from waste incineration, Utility Model, 2016, 1st author, Patent No. CN201520813548

(16) A method for the classification of mercury containing waste, Innocent, 2018, 2nd author, Patent No. CN107665392A

(17) ​A mercury emissions processing device and method of fly ash, invention, 2019, 4 authors, patent number:  CN109967486A

(18) Indoor exhaust gas degradation system for funeral places, Utility model, 2016, 2nd author, patent number: CN204973591U

(19) A device for evaluating the properties of mercury oxide adsorption materials, Utility model, 2018, 2nd author, Patent No. CN208588714U

(20) A method for the recovery of mercury from soot and mercury salts, Int. Int., 2016, 2nd author, Patent No. CN104278292B

(21) A purification system for mercury in flue gas generated from the broken waste fluorescent lamp, Useability Model, 2018, 4th author, Patent No. : CN207591578U

已指导学生

阿热依古丽·艾买提  硕士研究生  070301-无机化学  

现指导学生

王通哲  博士研究生  083002-环境工程  

张秀锦  硕士研究生  085701-环境工程  

张艺涛  硕士研究生  085700-资源与环境  

郭剑波  博士研究生  083002-环境工程  

张瑞琦  硕士研究生  083001-环境科学  

刘桂莹  硕士研究生  083001-环境科学  

尹智滨  硕士研究生  083001-环境科学  

寸猛  博士研究生  083002-环境工程  

 ​

​(1) Research on the management technology system of waste lead-acid battery collection, treatment and disposal, in charge, National level, 2009-12--2012-12

(2) Research on environmental safety assessment and integrated control technology of lead-containing wastes in typical lead production process, National Journal of Environmental Sciences, 2011-01--2013-12

(3) Research on mercury pollution prevention and control technology policy, in charge, National level, 2011-05--2013-05

(4) Research on optimal management model and environmental risk control technology of regional centralized hazardous waste disposal facilities, National Journal of Hazardous Waste Management, 2011-01--2012-12

(5) Research on key technologies for the safe disposal of mercury containing waste in chemical industry, National Journal, 2012-03--2015-07

(6) Research and demonstration of low temperature plasma coupling technology for mercury containing waste gas treatment, in charge of the Province, 2018-03--2020-09

(7) Integration and industrialization of air pollution prevention and control technology of unconventional pollutants, National Science and Technology, 2016-07--2020-05, in charge

(8) Low temperature plasma co-treatment of mercury containing waste gas and dioxins and surfactant synergism mechanism, in charge, national level, 2015-01--2017-12

(9) Research on pollution characteristics and pollution risk control technology of mercury containing waste disposal process, National Science and Technology, 2015-04--2018-03

(10) Evaluation of the application of mercury waste recovery and disposal technology in Guizhou Province, China's capacity building project for "Minamata Convention on Mercury", in charge, National Science Foundation of China, 2020-05--2021-12

(11) The reduction strategy and action plan of mercury and its compounds from waste incineration in China, Principal investigator, National Journal of Environmental Sciences, 2019 -- 2019 -- 2012

(12) Sustainable Environmental Management Project of Medical Waste in Henan Province, Principal investigator, Institute (School), 2019-11--2022-12

(13) Analysis of soil mercury pollution source control technology in Tongren City, preside, Research Institute (School), 2019-08--2020-12

(14) Guidelines for the utilization of fly ash from domestic waste incineration as building materials, Principal investigator, Institute (School), 2020-05--2021-06