Han Fenglei(Associate Professor)

Published：2022-10-26Author：王兆兴Number of Visits：27

  


  Name：

Han Fenglei

 


Academic Title：

Associate Professor


Advisor Type：

Master Instructor


  Department：

Department of Environmental and Safety   Engineering


Research Interests：

Environmental Pollution Control   Technology


  E-Mail：

hanfl@upc.edu.cn


  Telephone：

0532-86984680


 

 

 


◎Educational Background


2001/9 - 2005/7, China University of   Petroleum (East China), School of Mechanical and Electrical Engineering, Bachelor   of Engineering

2005/9 - 2008/7, Dalian University of   Technology, School of Chemical Engineering, Master of Engineering

2008/9 - 2012/7, Dalian Institute of   Chemical Physics, Chinese Academy of Sciences, Ph.D.

2010/4 – 2011/4, Oak Ridge National Laboratory   (ORNL), Visiting Scholar






 

 

 

 


◎Work Experience


2012/7 – 2021/7, China University of   Petroleum (East China), School of Chemical Engineering, Lecturer

2021/8 to present, China University of   Petroleum (East China), School of Chemical Engineering, Associate Professor





 

 

 

 


◎Research Direction


[1]Low temperature plasma combined with   photocatalytic degradation of VOCs technology;

[2]CO2 low temperature plasma catalytic   conversion technology;

[3]Chemical process safety technology;






 

 

 

 


◎Research Project


[1] National key research and   development plan subject, national key research and development plan   2018 public security risk prevention and control and emergency   technical equipment key projects 245 secret special projects,   2019.2-2022.2;

[2] National Natural Science Foundation   of China Youth Fund Project, 21505156, Research on the mechanism of ion   motion under coupled field force based on ion mobility spectrometry,   2016.1-2018.12;

[3] Shandong Natural Science Foundation   General Project, Research on the mechanism and pilot plant of low-temperature   plasma-coupled photocatalytic removal of VOCs, 2021.1-2023.12;

[4] General Project of Natural Science   Foundation of Shandong Province, Basic Research on Preparation and Catalytic   Combustion of VOCs by 3DOM-ABO3/CH, 2019.7-2022.6;

[5] Shandong Natural Science Foundation   Youth Fund Project, ZR2014BQ020, Research on Rapid Online Monitoring   Technology of Volatile Organic Compounds in Stationary Pollution Source Waste   Gas Based on Ion Mobility Spectrometry, 2014.12-2017.12;

[6] Qingdao Science and Technology Plan   Project, Research on Real-time Online Qualitative Monitoring Technology of   Volatile Organic Compounds in Petrochemical Plant, 2017.5-2019.5;

[7] Project of Qingdao Science and   Technology Bureau, 2013010158, Popularization of Drug and Explosive   Inspection Instruments, 2013/8-2013/12；

[8] Research fees for central colleges   and universities, 24720142051, Research on on-site rapid detection methods   based on ion mobility spectrometry, 2013/6-2015/5;

[9] 863 Project, 2007AA061503, On-line   Monitoring Technology and Equipment for Important Organic Chemical Solvents,   2007-2011;

[10] National Natural Science Foundation   of China key project, 40637036, Research on new methods and new instruments   for online measurement of particle spectrum and chemical composition of new   atmospheric particles, 2007-2012;

[11] Horizontal project, EIA of new   project of 80,000 tons/year sulfur recovery plant, 2018.5-2018.10;

[12] Horizontal project, 5 evaluations   including Che 43 well area in Chepaizi Oilfield, EIA of production capacity   projects, 2018.9-2018.12;

[13] Horizontal project, Urumqi   Petrochemical Company, a 50% expansion of chemical fertilizer boiler flue gas   height change EIA, 2015.2-2015.3;

[14] Horizontal project, EIA of flue gas   denitration treatment of wax oil catalytic cracking unit in UPC Refinery,   2015.4-2015.5;

[15] Horizontal project, EIA for pipe   leakage, surface leakage and waste pool treatment, 2016.3-2017.3;

[16] Horizontal project, EIA for   exploration and oil testing of Well Ke 022, 2016.6-2016.12;

[17] Horizontal project, EIA for   exploration and drilling of Well Baiyang 1, 2016.6-2016.12;

[18] Horizontal project, EIA of pilot   test project for collaborative development of Lian 4 condensate gas reservoir   and Lian 21 high CO2 gas reservoir in Fushan Oilfield, and EIA of   Meitai-Yongan Surface Engineering Project, 2017.5-2017.12;

[19] Horizontal project, translation of   Bhopal accident video and other materials, 2014.12-2014.12;

[20] Horizontal Project, Environmental   Impact Assessment of Exploration Drilling in Well Xiquan 17, 2014.12-2015.12;

[21] Horizontal Project, Environmental   Impact Assessment of Exploration Drilling in Shishu 2H Well, 2014.12-2015.12;

[22] Horizontal project, design,   development and optimization of ultra-low nitrogen burners, 2020.7-2022.7;

[23] Horizontal project, CNPC   chemical safety compound talents entrusted training agreement,   2021.7-2023.7;

[24] Horizontal project, Wanhua Chemical   Group Co., Ltd. Chemical Safety Compound Talents entrusted   training agreement, 2021.6-2023.7;





 

 

 

 


◎Representative Papers and Patents


1. Paper

[1] Li, M.; Li, D.; Zhang, Z.; Ji, C.;   Zhou, S.; Guo, W.; Zhao, C.; Liu, F.; Han, F. Journal of Environmental   Chemical Engineering 2021, 9, 105529.

[2] Fenglei, H.; Mengyu, L.; Huangrong,   Z.; Ting, L.; Dandan, L.; Shuo, Z.; Wenwen, G.; Fang, L. Journal of Saudi   Chemical Society 2020, 24, 673-682.

[3] Han, F.; Zhong, H.; Li, T.; Wang,   Y.; Liu, F., Storage Stability of Volatile Organic Compounds from   Petrochemical Plant of China in Different Sample Bags. Journal of Analytical   Methods in Chemistry 2020, 2020, 1-12.

[4] Li, Y.; Liu, F.; Li, M.; Wang, X.;   Qi, X.; Li, W.; Xue, M.; Wang, Y.; Han, F. Environmental Science and   Pollution Research 2020, 27, 9866-9881.

[5] Li, Y.; Liu, F.; Li, M.; Li, W.; Qi,   X.; Xue, M.; Wang, Y.; Han, F. Journal of Sol-Gel Science and Technology   2020, 93, 402-418.

[6] Li, Y.; Li, W.; Liu, F.; Li, M.; Qi,   X.; Xue, M.; Wang, Y.; Han, F. Journal of Nanoparticle Research 2020, 22.

[7] Han Fenglei, Ji Chunjie, Zhang Ziqi,   Zhu Yifan, Li Dandan, Zhang Tingting, Zhou Shuo, Guo Wenwen. Research   progress of low temperature plasma synergistic catalytic technology for VOCs   treatment [J/OL]. Clean Coal Technology, 2022, 28(2): 1-14.

[8] Han Fenglei; Li Mengyu; Liu Jiefu;   Li Dandan; Guo Wenwen; Zhou Shuo; Zhao Chaocheng; Zhao Dongfeng. Progress in   Chemical Industry 2020, 39, 3949-3955.

[9] Han Fenglei; Zhong Huangrong; Li   Ting; Li Mengyu; Li Jinxu; Chen Ping; Li Haiyang. Chinese Journal of Mass   Spectrometry 2020, 41, 427-434.

[10] Han Fenglei; Li Ting; Sun Hui;   Zhong Huangrong; Li Mengyu; Wang Yongqiang. Soil Bulletin 2020, 51, 1238-1245.

[11] Han Fenglei; Liu Jiefu; Zhao   Dongfeng; Zhao Chaocheng; Liu Yi; Meng Yifei, Construction and Practice of   Degree Education Model for High-level Chemical Safety Talents. Laboratory   Research and Exploration 2018, 37 (12), 192-195.

[12] Han Fenglei; Zhang He; Jiu Jiangbo;   Zhao Dongfeng; Peng Liying; Li Haiyang, Numerical Simulation of the Effect of   Humidity on the Performance of Ion Mobility Spectroscopy. Micro-Nano   Electronics Technology 2017, 54 (01), 53-57.

[13] Han Fenglei; Chen Jing; Kong   Ruirui; Zhao Chaocheng; Zhao Dongfeng, Exploration and Practice of Higher   Education Model for Chemical Safety Compound Talents. Guangzhou Chemical   Industry 2017, 45 (20), 160-162.

[14] Han Fenglei; Wang Xin; Li Haiyang,   Teaching experimental method for the detection of phthalate environmental   hormones based on ion mobility spectrometry. Experimental Technology and   Management 2016, 33 (09), 46-49.

[15] Han Fenglei; Liu Guangzhe; Zhang   He; Zhao Dongfeng, Development Status and Prospect of VOCs Leak Detection and   Repair Technology in Petrochemical Industry. Environmental Monitoring   Management and Technology 2016, 28 (04), 6-9.

[16] Han, Fenglei; Zhang, He; Peng,   Liying; Li, Haiyang, A simulation model study of the coupled field in the IMS   drift tube. International Journal for Ion Mobility Spectrometry 2016, 19 (4),   219-226.

[17] Han, Fenglei; Liu, Guangzhe; Du,   Mengmeng; Sun, Ren In The studies of flame propagation simulation in the   municipal pipeline, Global Congress on Process Safety 2015, GCPS 2015 -   Topical Conference at the 2015 AIChE Spring Meeting and 11th Global Congress   on Process Safety, April 26, 2015 - April 30, 2015, Austin, TX, United   states, AIChE: Austin, TX, United states, 2015; pp 247-253.

[18] Han Fenglei; Xiong Hao; Sun Longzhu   In Numerical Simulation Research of Pipeline Flame Propagation Based on   Fluent, Pipeline Safety Management and Technology of Hazardous Chemicals -   The Second CCPS China Process Safety Conference, Qingdao, Shandong, China,   Qingdao, Shandong, China, 2014; p 7 .

[19] Han, Fenglei; Li, Haiyang, A study   of focusing effect in the variable DC electric fields Ion mobility   spectrometry. International Journal for Ion Mobility Spectrometry 2014, 17   (1), 11-18.

[20] Han, Fenglei; Yu, Jianliang; Chen,   Xi'e In The study of suppression effect of porous material for the flame   spreading in the tube, 1st CCPS Asia-Pacific Conference on Process Safety,   APCPS 2013, September 4, 2013 - September 5, 2013, Qingdao, China, AIChE:   Qingdao, China, 2013; pp 514-521.

[21] Han Fenglei; Zhao Kun; Wang Weiguo;   Li Haiyang, Numerical Simulation and Experimental Study of Cylindrical High   Field Asymmetric Waveform Ion Mobility Spectroscopy. Modern Scientific   Instruments 2012, (02), 19-23.

[22] Xu, Jun; Han, Fenglei; Li, Haiyang,   Separation principle and Monte Carlo studies for differential mobility   spectrometry. International Journal for Ion Mobility Spectrometry 2012, 15   (3), 91-98.

[23] Han, Fenglei; Du, Yongzhai; Cheng,   Shasha; Zhou, Qinghua; Chen, Chuang; KeyongHou; Wang, Weiguo; Li, Haiyang,   Computational fluid dynamics-Monte Carlo method for calculation of the ion   trajectories and applications in ion mobility spectrometry. International   Journal of Mass Spectrometry 2012, 309, 13-21.

[24] Han Fenglei; Wang Weiguo; Du   Yongzhai; Chen Chuang; Cheng Shasha; Li Lin;

[25] Li, Yuwei; Liu, Fang; Li, Meng;   Wang, Xuye; Qi, Xuejin; Li, Wei; Xue, Ming; Wang, Yongqiang; Han, Fenglei,   Synergetic effect between adsorption and photodegradation on rGO/TiO2/ACF   composites for dynamic toluene gaseous removal. Environmental science and   pollution research international 2020.

[26] Li, Yuwei; Liu, Fang; Li, Meng; Li,   Wei; Qi, Xuejin; Xue, Ming; Wang, Yongqiang; Han, Fenglei, Study on   adsorption coupling photodegradation on hierarchical nanostructured   g-C3N4/TiO2/activated carbon fiber composites for toluene removal. Journal of   Sol-Gel Science and Technology 2020, 93 (2), 402-418.

[27] Zhu Shiyue; Zhao Chaocheng; Han   Fenglei, Research on VOCs emission detection methods and influencing factors   in petrochemical enterprises. Chemical Industry and Engineering 2019, 36   (04), 7-17.

[28] Zhao Dongfeng; Kan Yufeng; Han   Fenglei, Research and application of safety integrity level assessment method   based on layer of protection analysis. Petrochemical Automation 2019, 55   (01), 49-53.

[29] Chen Xi; Wang Yongqiang; Liu   Minmin; Han Fenglei; Wang Min, Preparation and Activity of Bi_2O_3/Bi_2WO_6   Heterojunction Photocatalyst. Chinese Journal of Petroleum (Petroleum   Processing) 2019, 35 (01), 59-65.

[30] Chen, Xi; Wang, Yongqiang; Liu,   Minmin; Han, Fenglei; Wang, Min, Preparation and Photocatalytic Activity of   Bi_2O_3/Bi_2WO_6Heterojunction Photocatalysts. Acta Petrolei Sinica.   Petroleum Processing Section 2019, 35 (1), 59-65.

[31] Chen, Xi; Wang, Yongqiang; Liu,   Minmin; Han, Fenglei; Wang, Min, Preparation and Photocatalytic Activity of   Bi2O3/Bi2WO6 Heterojunction Photocatalysts Bi2O3/Bi2WO6. Shiyou Xuebao,   Shiyou Jiagong/Acta Petrolei Sinica (Petroleum Processing Section) 2019, 35   (1), 59-65.

[32] Liu Jiefu; Han Fenglei; Zhao   Dongfeng In Determination of Hazard Scenarios and Quantitative Risk Analysis   of Coke Oven Gas to Methanol Plant, The 6th CCPS China Process Safety   Conference, Qingdao, Shandong, China, Qingdao, Shandong, 2018; p 6.

[33] Li Ting; Han Fenglei In Research on   the Characteristics and Environmental Risks of Environmental Pollution in   Petrochemical Industry, The 6th CCPS China Process Safety Conference,   Qingdao, Shandong, China, Qingdao, Shandong, China, 2018; p 10.

[34] Chen Yanan; Zhao Dongfeng; Han   Fenglei; Lu Lei; Ouyang Zhenyu, Calculation and Control Measures of Volatile   Organic Compound Emissions from Floating Roof Tanks. Oil and Gas Storage and   Transportation 2018, 37 (05), 551-555.

[35] Wang, Yongqiang; Xue, Rui; Zhao,   Chaocheng; Liu, Fang; Liu, Chunshuang; Han, Fenglei, Effects of Ce in the   catalytic combustion of toluene on CuxCe1-xFe2O4. Colloids and Surfaces A:   Physicochemical and Engineering Aspects 2018, 540, 90-97.

[36] Wang, Yongqiang; Liu, Minmin; Liu,   Fang; Zhao, Chaocheng; Zhao, Dongfeng; Han, Fenglei; Liu, Chunshuang,   Research on the effect of wall corrosion and rim seal on the withdrawal loss   for a floating roof tank. Environmental Science and Pollution Research 2018,   25 (19), 18434-18442.

[37] Huang Minchao; Fang Yishan; Zhao   Dongfeng; Liu Tao; Han Fenglei, Research on VOCs Monitoring and Accounting of   Circulating Water System in Petrochemical Enterprises. Contemporary Chemical   Industry 2017, 46 (02), 326-329.

[38] Wang, Yongqiang; Liu, Siyao; Zhao,   Chaocheng; Liu, Fang; Han, Fenglei; Liu, Chunshuang, Comparison study of   BiVO4 heterojunctions photocatalyst with different carbon materials. Research   on Chemical Intermediates 2017, 43 (11), 6627-6638.

[39] Wang, Yongqiang; Liu, Siyao; Zhao,   Chaocheng; Liu, Fang; Han, Fenglei; Liu, Chunshuang, Comparison study of   BiVO4heterojunctions photocatalyst with different carbon materials. Research   on Chemical Intermediates 2017, 43 (11), 6627-6638.

[40] Kong Ruirui; Han Fenglei In Risk   Assessment and Consequence Analysis of Petrochemical Tank Farm Based on Fuzzy   Comprehensive Evaluation, The 4th CCPS China Process Safety Conference,   Qingdao, Shandong, China, Qingdao, Shandong, 2016; p 14.

[41] Huang Minchao; Zhao Dongfeng; Han   Fenglei; Liu Tao, Study on the detection of volatile organic compounds in the   sewage treatment system of petrochemical enterprises. Contemporary Chemical   Industry 2016, 45 (10), 2387-2390.

[42] Chen Jing; Zhao Dongfeng; Han   Fenglei; Liu Yulin In Research on Safety Index System of Hazardous Chemicals   Storage Unit Based on PSR Model, The 4th CCPS China Process Safety   Conference, Qingdao, Shandong, China, Qingdao, Shandong, 2016; p 9.

[43] Xing Jinduo; Zhao Dongfeng; Han   Fenglei; Liu Yuwei, Design and development of a near miss management system   for long-distance oil and gas pipelines. Oil and Gas Storage and   Transportation 2015, 34 (06), 595-598.

[44] Xing Jinduo; Zhao Dongfeng; Han   Fenglei; Chen Xiaowei, Risk assessment of gas transmission stations based on   HAZOP and AEMA. Oil and Gas Chemical Industry 2015, 44 (04), 114-118.

[45] Wu Lei; Zhao Dongfeng; Li Shi; Liu   Zhao; Chen Lu; Xue Jianliang; Han Fenglei, Review of VOCs emission estimation   methods and reactivity in petrochemical industry. Applied Chemical Industry   2015, (S1), 50-53.

[46] Liu Zhao; Zhao Dongfeng; Sun Hui;   Li Shi; Han Fenglei, Analysis of Influencing Factors of Volatile Organic   Compound Emissions from Fixed Roof Storage Tanks in Petrochemical   Enterprises. Chemical Environmental Protection 2015, 35 (05), 531-535.

[47] Xing Jinduo; Zhao Dongfeng; Han   Fenglei; Liu Yuwei, Management of near-miss events of long-distance   pipelines. China Safety Production Science and Technology 2014, 10 (S1),   84-88.

[48] Wu lei. Dong-feng zhao; Imply;   Ouyang Zhenyu; Jian-liang xue. Homeport; Han Fenglei, Contribution of VOCs to   secondary organic aerosols in petrochemical industry and estimation method.   Modern Chemical Industry, 2014, 34 (08), 6-10.

[49] AnCong; Dong-feng zhao; Han   Fenglei; Sherry Chen; Hu Su, Discussion on public safety risk assessment   methods of petrochemical Enterprises. Modern Chemical Industry, 2014, 34   (09), 8-11.

[50] Zhou, Qinghua; Wang, Weiguo; Cang,   Huaiwen; Du, Yongzhai; Han, Fenglei; Chen, Chuang; Cheng, Shasha; Li,   Jinghua; Li, Haiyang, On-line measurement of propofol using membrane inlet   ion mobility spectrometer. Talanta 2012, 98, 241-246.

[51] Cheng Shasha; Chen chong; Mark ong.   Du Yongzhai; Han Fenglei; Li Lin; Qing-hua zhou; Zhang Xiang; Li Haiyang, A   gas chromatographic detector based on ion migration spectrum and its   application. Chinese Journal of Chromatography 2011, 29 (09), 901-907.

[52] Du, Yongzhai; Cang, Huaiwen; Wang,   Weiguo; Han, Fenglei; Chen, Chuang; Li, Lin; Hou, Keyong; Li, Haiyang, Note:   Design and construction of a simple and reliable printed circuit   board-substrate Bradbury-Nielsen gate for ion mobility spectrometry. Review   of Scientific Instruments 2011, 82 (8).

[53] Cheng, Shasha; Chen, Chuang; Wang,   Weiguo; Du, Yongzhai; Han, Fenglei; Li, Lin; Zhou, Qinghua; Zhang, Xiang; Li,   Haiyang, A novel gas chromatography detector based on ion mobility   spectrometry technology and its application. Se pu = Chinese journal of   chromatography 2011, 29 (9), 901-7.

[54] Zhang, Nazhen; Wang, Weiguo; Zhao,   Wuduo; Han, Fenglei; Li, Haiyang, Multiply ionization of diethyl ether   clusters by 532 nm nanosecond laser: The influence of laser intensity and the   electron energy distribution. Chemical Physics 2010, 373 (3), 181-185.

[55] Chen, Chuang; Dong, Can; Du,   Yongzhai; Cheng, Shasha; Han, Fenglei; Li, Lin; Wang, Weiguo; Hou, Keyong;   Li, Haiyang, Bipolar Ionization Source for Ion Mobility Spectrometry Based on   Vacuum Ultraviolet Radiation Induced Photoemission and Photoionization.   Analytical Chemistry 2010, 82 (10), 4151-4157.

 

2.Patent

[1] Li Meng, LIU Fang, LI Yuwei, QI   Xuejin, Zhao Chao-cheng, Han Feng-lei, Wang Yong-qiang. Shandong Province:   CN211514080U,2020-09-18. (in Chinese)

[2] Han Feng-lei, Chen Jing, HUA Lei,   Zhao Dongfeng. Ultrasonic atomization Atmospheric Pressure Glow Discharge   ionization Device [P]. Shandong: CN106876241A,2017-06-20.

[3] Li Haiyang, HAN Fenglei, PENG   Liying, WANG Weiguo, ZHAO Kun, LI Lin. Differential ion migration spectrum of   composite ionization source [P]. Liaoning: CN103163206A,2013-06-19.

[4] Li Haiyang, ZHOU Qinghua, Cang   Huaiwen, Du Yongzhai, Chen Chuang, Han Fenglei. A Gas film Sampling Device   for Ion Migration spectrum [P]. Liaoning: CN103165387A,2013-06-19.

[5] Li Haiyang, HAN Fenglei, Wang   Weiguo, LI Lin, SHI Jijun. A novel ion migration spectrum based on non-uniform   electric field [P]. Liaoning: CN102954995A,2013-03-06.

[6] Li Haiyang, ZHOU Qinghua, Cang   Huaiwen, Du Yongzhai, Chen Chuang, Han Fenglei. A Gas Film Sampling Device   for Ion Migration Spectrum [P]. Liaoning: CN202423215U,2012-09-05.

[7] Li Haiyang, HAN Fenglei, Wang   Weiguo, Wang Hailong, MIAO Shuyi, LI Lin. Liaoning Province:   CN102033098B,2012-08-29.

[8] Li Haiyang, WANG Weiguo, LIU   Xiaocui, Chen Wendong, Han Fenglei. A nano aerosol particle spectrum analyzer   [P]. Liaoning: CN102478491A,2012-05-30.

[9] Wang Weiguo, Hou Keyong, Hua Lei, Wu   Qinghao, Du Yongzhai, Han Fenglei, Li Haiyang. A method for on-line   monitoring of dioxin and its concentration [P]. Liaoning:   CN102478541A,2012-05-30.

[10] Li Haiyang, HAN Fenglei, Du   Yongzhai, Wang Weiguo, Cheng Shasha, LI Lin. A kind of plate type difference   ion migration spectrum [P]. Liaoning: CN102478542A,2012-05-30.

[11] Li Haiyang, Han Fenglei, Du   Yongzhai, Wang Weiguo. A kind of plate type difference ion migration spectrum   [P]. Liaoning: CN102478545A,2012-05-30.

[12] Wang Weiguo, Du Yongzhai, Han   Fenglei, Li Hang, QU Tuanshuai, Li Haiyang. An ionization source and its   application in aerosol detection [P]. Liaoning: CN102479659A,2012-05-30.

[13] Li Haiyang, CHENG Shasha, Chen   Chuang, Du Yongzhai, Han Fenglei, Wang Weiguo. A Kind of Ion Transfer Tube   and its Application [P]. Liaoning:CN102479663A,2012-05-30.

[14] Li Haiyang, Du Yongzhai, Han   Fenglei, Wang Weiguo. A flat plate ion migration spectrum [P]. Liaoning:   CN102479664A,2012-05-30.

[15] Wang Zhen-xin, LI Lin, HAN   Feng-lei, JU Bang-yu, ZHAO Kun, LI Hai-yang. A kind of criminal investigation   light source with multi-wavelength ULTRAVIOLET light-emitting diode array   [P]. Liaoning: CN201916865U,2011-08-03.

[16] Li Haiyang, Wang Weiguo, Cang   Huaiwen, Han Fenglei, Chen Chuang, JU Bangyu. A Method and Device for Surface   desorption sampling [P]. Liaoning: CN102103039A,2011-06-22.

[17] Li Haiyang, HAN Fenglei, Wang   Weiguo, Wang Hailong, MIAO Shuyi, LI Lin. A Tray Type Thermal analysis   multiway Sampling Device [P]. Liaoning: CN102033098A,2011-04-27.

[18] Li Haiyang, HAN Fenglei, Wang   Weiguo, Miao Shuyi, LI Lin, JU Bangyu. A PM10 Particle Impingent Single-stage   Sampler [P]. Liaoning: CN201583435U,2010-09-15.

[19] Li Haiyang, HAN Fenglei, Wang   Weiguo, ZHANG Nanzhen, Dong Can. A charged aerosol particle lens [P].   Liaoning: CN101769846A,2010-07-07.





 

 

 

 


◎Representative Works


[1] Translation of Process Safety   Accident Analysis

[2] A practical method for hazard   identification

[3] Chemical Process safety translated




 

 

 

 


◎Awards and Honors


[1] Second Prize of Environmental   Protection Science and Technology Award, R&d and Application of overall   Technology for Detection and Remediation of Unorganized Emission OF VOCs from   Petrochemical enterprises, Ministry of Ecology and Environment, PRC, 2019;

[2] First prize of Teaching Achievement   of Shandong Province, Reform and Practice of Compound Talent Training for   Chemical Safety based on the Needs of National Development Strategy, Shandong   Education Department, 2018;

[3] First prize of Undergraduate   Teaching Achievement, Construction and Practice of Multidisciplinary   High-level Talent Training System for Chemical Safety from the perspective of   New Engineering, China University of Petroleum (East China), 2019;

[4] First prize of Undergraduate   Teaching Achievement, Building compound Three-dimensional Talent Training   System for Chemical Safety oriented to the strategic needs of industry   development, China University of Petroleum (East China), 2017;

[5] Special prize for postgraduate   teaching Achievement, Reform and Practice of Compound Talent Training in   Chemical Safety based on national Development Strategy, China University of   Petroleum (East China), 2018;

[6] National Petrochemical Industry   excellent Teaching team member, China Chemical Industry Education   Association, 2019.





 

 

 

 


◎Courses Offered


Undergraduate：《Cleaner production   process》《Chemical industry safety and environmental   protection》

Postgraduate：《Higher chemical   instrument》





 

 

 

 


◎Student Training


1.Supervise Postgraduate Students

    3 graduate students have graduated under the guidance of the first   supervisor, and 8 are in graduate study. There are 8 co-supervised graduate   students who have graduated, and 3 are still studying.

2.Typical student：

Mengyu Li obtained outstanding Graduate,   China University of Petroleum (East China), 2021.6;

Guo Wenwen won the second prize of Youth   Science Popularization Competition of Shandong Province, Shandong Education   Department, 2021.3;

Miao Qinshu won the first prize of   Shandong Province Environmental Protection science Popularization Creative   Competition, Shandong Environmental Science Society, 2019.9;

Liu Yangzi won the second prize of the   Future Cup Innovation Competition, China University of Petroleum Committee of   the Communist Youth League, 2020.12;

Zhong Huangrong won the Wanhua   Cup Innovation Application Competition (Shandong Division) award of   Excellence, 2019;

Luo Yiran, Excellent Undergraduate   thesis, China University of Petroleum (East China), 2019.6;

3.Admissions Instructions：

Study hard, cheerful personality, love to think.




 

 

 

 


◎Part-time   Academic Job


[1] Reviewers of Journal of   Environmental Chemical Engineering，JOURNAL OF ANALYTICAL METHODS IN CHEMISTRY ；

[2] Permanent Director of China Branch   of AIChE-CCPS;

[3] Deputy Director of the Safety   Teaching and Research Section of the Safety Supervision and Supervision   Institute of the Ministry of Emergency Management.