Xing Xiaokai,Doctor,Professor,Supervisor of doctoral students.Educational experience:1992 China University of Petroleum (East China) oil and gas storage and transportation undergraduateFrom September 2002 to June 2005, he received his PhD in Thermal Engineering from Beijing University of Technology.He was a visiting scholar at Arizona State University from February 2015 to December 2015.Main research directions:Oil and gas pipeline transportation technology, multiphase flow and surface gathering and transportation.Working experience: From 1992 to 2006, he was a teacher of the Department of Oil and Gas Storage and Transportation Engineering in China University of Petroleum (East China). From 2006 to now, he has been a teacher of the Department of Oil and Gas Storage and Transportation Engineering in China University of Petroleum (Beijing) Karamay Campus. At present, he has taught or mainly taught 10 professional courses of oil and gas storage and Transportation engineering.TEL：0990-6633315 Email:xingxk2002@cup.edu.cnResearch project1. National Key Research and Development Plan (2016YFC0801503), Research and Application Demonstration of Regional Prevention and Control Technology for Coupled Accidents in Chemical Parks - Public Safety Risk Prevention and Control and Emergency Technology and Equipment (2016-2019).2. China National Petroleum Co., Ltd. Major Science and Technology Special Project (2014E-3604), CO2 Oil Drive and Buried Industrial Transmission and Ground Process Technology Research - Carbon Dioxide Drive Transmission System Optimization Research (2017-2018).3. Natural Science Foundation Surface Project (51574259), Research on Mixed Deposition of Crude Oil and Inorganic Salt in the Layered Flow of High-water Bottom Oil (2016-2019).4. China National Petroleum Corporation's major scientific and technological projects (2014E-3604), research on CO2 flooding and buried industrial transportation and ground process technology - research on carbon dioxide flooding foam crude oil gas-liquid separation technology (2016-2017).5. Research on the Quality and Safety Management Evaluation Model of China National Petroleum Corporation Engineering Design Co., Ltd., China National Petroleum Corporation Engineering Design Co., Ltd. (2014-2015).Representative works and patents:1.Xiaokai Xing, Yamin Yan, et al. Optimal design of distributed energy systems for industrial parks under gas shortage based on augmented epsilon-constraint method, Journal of Cleaner Production, 218(2019):782-7952.Xing Xiaokai, Feng Chunbo. Enhancing CO2 desorption from crude oil by ultrasound, Ultrasonics, 84(2018) 74-803.Zuo Lili, Xing Xiaokai, Zhang Yue. Destruction of Static CO2-Flooded Crude Oil Foams by Ultrasonic Vibration, 42(2017) 1679-16854.Xing xiaokai, Sun Ruiyue, Feng Chunbo et al.Research on gas desorption characteristics of carbon dioxide in crude oil, IFEDC 2016Get rewards:In 2016, he won the first prize for scientific and technological progress of the China Petroleum and Petrochemical Federation, ranking sixth in total and third in the school.In 2015, he won the first prize of the ninth teaching achievements of China University of Petroleum (Beijing), ranking first.In 2014, he won the second prize for scientific and technological progress of the China Petroleum and Petrochemical Federation, ranking first in total.

Huang HongzhongProfessorE-mail:hzhuang@uestc.edu.cnEducational experience1996.02-1999.02: Shanghai Jiaotong University, Mechanical Engineering, Ph.D.1985.09-1988.04: Chongqing University, Master of Mechanical Engineering1979.09-1983.07: Bachelor of Mechanical Engineering, Wuhan UniversityWork experience1. 2018.01-present: University of Electronic Science and Technology, School of Mechanical and Electrical Engineering, Professor and Doctoral Supervisor2. 2005.01-2017.12: Professor and doctoral supervisor, School of Mechanical and Electronic Engineering, University of Electronic Science and Technology3. 2010.07-2010.08, Visiting Professor, Department of Mechanical Engineering, University of Alberta, Canada4. 2010.04-2010.05, Visiting Professor, Department of Systems Engineering and Engineering Management, City University of Hong Kong5. 2005.04-2006.04, Northwestern University, United States, Department of Mechanical Engineering, Senior Visiting Scholar6. 2004.11-2004.12, Visiting Professor, Department of Industrial and Systems Engineering, National University of Singapore, Singapore7. 2003.10-2004.10, University of Alberta, Canada, Department of Mechanical Engineering, Senior Visiting Scholar8. 2003.02-2003.03, Taiwan University of Science and Technology, Department of Mechanical Engineering, Visiting Professor9. 2000.01-2004.12, Professor and Doctoral Supervisor, School of Mechanical Engineering, Dalian University of Technology10. 1999.09-2001.08, Chongqing University, postdoctoralResearch direction1. Reliability design, optimization design2. Condition monitoring, fault diagnosis and life prediction3. Artificial intelligence and robotics4. Digital design and intelligent manufacturingResearch projects and topicsHost and study the China-US, China-Aga, China-Australia, China-Bo International Cooperation Project, 973 Plan Project, 863 Plan Project, Intelligent Robot National Science and Technology Major Special Project, National Natural Science Foundation Project, Ministry of Education Outstanding Young Teacher Funding Program Project, Civil Space Special Project of the State Administration of Science, Technology and Industry for National Defense, National Defense The basic technical research project of the Bureau of Science and Technology, the weapons and equipment pre-research project of the General Armament Department of the Chinese People's Liberation Army, the key project of the weapons and equipment pre-research fund of the General Armament Department of the Chinese People's Liberation Army, the aviation science fund project, the national 100 outstanding doctoral thesis author special fund project and other national and ministerial vertical projects, and China Space Technology Research Institute, China Aerospace Science and Technology Corporation Eighth Research Institute, China Aviation Industry 624, China Aviation Industry 608, SAIC General Wuling Automobile Co., Ltd., Taiyuan Heavy Machinery Group Co., Ltd., Yuchai Machine Group Co., Ltd., Beijing Beiyi CNC Machine Tool Co., Ltd., Qi Qi Hal Er Machine Tool (Group) Co., Ltd., AVIC 132, AVIC 420, SMC, Nokia, Intel and other dozens of large-scale research institutes (institutes) and companies. Some scientific Research projects in recent years are as follows:1. Key special projects of intelligent robots in the national key research and development plan of the Ministry of Science and Technology: reliability quality assurance and growth technology of data-driven industrial robots, 2017.12-2020.112. Ministry of Science and Technology National Key Research and Development Plan New Energy Vehicle Key Special Project: Research and Demonstration Operation of Key Technologies of Electric Self-driving Vehicles, 2016.01-2019.123. Major special basic research projects of aviation engines and gas turbines of the State Administration of Science, Technology and Industry for National Defense: fatigue reliability design theory, method and verification of turbine components under multiple load/environment, 2017.12-2022.124. Equipment Technology Basic Contract Project of the Equipment Development Department: Research on the Reliability Evaluation Method of Typical Electromechanical Coupling System, 2017.01-2019.125. National Natural Science Foundation Project: spindle bearing life and reliability evaluation method based on fault physics under the child sample multi-source heterogeneous uncertain information, 2019.01-2022.12Work in international and domestic academic organizationsHe has held relevant positions in nearly 20 international and domestic academic organizations, some of which are as follows:1. Expert of the Reliability Professional Group of the National Commission of Science, Technology and Industry for National Defense2. Expert of the Air Force Aviation Equipment Reliability Professional Group of the Air Force Equipment Department3. Member of the Expert Committee of Sichuan Machinery Manufacturing Technology Innovation Center4. Fellow of International Society of Engineering Asset Management, ISEAM Fellow5. Member of the System Reliability Technical Committee of the European Society for Safety and Reliability (ESRA)6. Vice Chairman of the Reliability Branch of China Operations Research Association7. Vice Chairman of the Reliability Engineering Branch of the Chinese Society of Mechanical Engineering8. Vice Chairman of the Reliability Branch of the China Electronics Society9. Vice Chairman of the Maintenance Professional Committee of the Chinese Military Engineering Association10. Member of the Reliability Professional Committee of China Standardization Association11. Member of the Quality and Reliability Professional Committee of the Chinese Astronautical Society12. Chairman of the Reliability Engineering Branch of Sichuan Mechanical Engineering Society13. Member of the Teaching Steering Committee of Mechanical Majors in Colleges and Universities of the Ministry of Education14. Member of the Postgraduate Teaching Resources Construction Committee of the Department of Mechanical Engineering of the Higher Education Press15. Member of Sichuan Expert Review CommitteeApplication and authorization of invention patentI have applied for more than 60 invention patents with the graduate students and team members under my guidance, authorized more than 40 invention patents, and authorized 3 software copyrights. Some authorized invention patents are as follows:1. A physical life prediction method for turbo disk probability failure based on Bayes information update. Patent No.: ZL 2012 1 0135828.92. A dynamic reliability model update method based on Bayes factor optimization. Patent number: ZL 2012 1 0501881.63. A hydraulic reversing valve with dual functions of axial movement and rotation. Patent No.: 201210311504.64. Micro magnetic field sensor based on nanoparticle magnetorheological elastomer film. Patent No.: 201210171956.95. Preparation method of nanoparticle magnetorheological elastomer films. Patent No.: 201210171960.56. Dynamic fault tree analysis method with failure-related mode system. Patent No.: ZL 2011 1 0457659.67. A reliability analysis method of harmonic gears for spacecraft based on fault physics. Patent No.: ZL 2011 1 0177079.18. A fault tree analysis method for backup structure. Patent No.: ZL 2011 1 0458160.79. A reliability optimization method for harmonic gears for spacecraft based on fault physics. Patent No.: ZL 2011 1 0177103.110. Dynamic game console platform with fault-tolerant error-correcting function and fault-tolerant error-correcting method. Patent No.: 201010526712.9Excellent Paper Award1．Best Paper Award, A study on Bayesian design of degradation tests with the Inverse Gaussian processes, International Conference on Quality, Reliability, Risk, Maintenance, and Safety Engineering, Emeishan, Sichuan, China, July 15-18, 20132．Best Paper Award, An efficient life prediction methodology for high temperature low cycle fatigue-creep based on ductility exhaustion theory, International Conference on Materials and Reliability, BESCO, Busan, Korea, November 20-22, 20113．Best Paper Award, A multi-valued stress-strength interference model based on universal generating function, The 8th International Conference on Frontiers of Design and Manufacturing, Tianjin, China, September 23-26, 20084．William A.J. Golomski Awards, The 52nd Annual Reliability & Maintainability Symposium (RAMS2006), Newport Beach, CA, USA, January 23-26, 20065．Outstanding Paper Award, Bayesian reliability assessment of gear lifetime under fuzzy environments, The 51st Annual Reliability & Maintainability Symposium (RAMS2005), Alexandria, Virginia, USA, January 24-27, 2005Science and Technology Achievement Award and Teaching Achievement AwardTogether with the graduate students and team members I guided, I have won more than 20 national, provincial and municipal scientific and technological achievement awards and teaching achievement awards. Some scientific and technological achievement awards and teaching achievement awards are as follows:1. Theory and method of complex system design under uncertainty, second prize of natural science of the Ministry of Education, 2018 (row 1)2. Ultra-precision temperature control device, second prize for scientific and technological progress in Sichuan Province, 2015 (row 1)3. New theory, new method and application of complex equipment reliability optimization design, second prize for national defense science and technology progress, 2014 (row 1)4. Reliability Theory and Method for the Full Life Cycle of Complex Systems, Second Prize in Natural Science of the Ministry of Education, 2013 (Roow 1)5. Several new methods and their applications in FMECA and FTA, third prize for national defense science and technology progress, 2012 (row 1)6. Basic Technology Research on the Commonality of Major Technical Equipment Reliability, Second Prize of Natural Science of the Ministry of Education, 2008 (Row 1)7. Mechanical Fuzzy Reliability Design Theory, Second Prize in Natural Science, Ministry of Education, 2002 (Row 1)8. Fuzzy theory and method and its application in mechanical engineering, Chengdu Science and Technology Progress Second Prize, 2000 (Row 1)9. Research on the Reliability of Mechanical Transmission, Third Prize for Scientific and Technological Progress in Sichuan Province, 1999 (Prow 1)10. 23 cubic meters mining excavator, special prize for national major technical equipment achievements, 1991 (row 5)11. Build a comprehensive practical teaching platform with robot research and innovation activities as the core, cultivate the collaborative innovation ability of college students, the second prize of national teaching achievements, 2014 (row 1)12. Build a new model of international training for graduate students, create innovative high-end talents in mechanical engineering, and win the second prize for excellent teaching achievements of the University of Electronic Science and Technology, 2012 (row 1)Personal honorBecause of his outstanding achievements in scientific research, Professor Huang Hongzhong was cordially received and took a group photo by Jiang Zemin, Hu Jintao, Wen Jiabao and other party and state leaders in the Great Hall of the People. Some of the honors are as follows:1. Research on the theory and method of mechanical fuzzy reliability. National 100 Excellent Doctoral Thesis Award. Ministry of Education, Academic Degrees Committee of the State Council, 20022. Sichuan Province has outstanding experts who have made outstanding contributions. Sichuan Provincial Committee of the Communist Party of China and Sichuan Provincial People's Government, 20153. Sichuan Provincial Labor Model, Sichuan Provincial People's Government, 20154. Elsevier is a highly cited scholar in China, and has been selected every year since 2014.5. Expert on special government allowances of the State Council. State Council of the People's Republic of China, 20096. Winner of the Overseas and Hong Kong and Macao Scholars Cooperative Research Fund (formerly National Science Fund for Distinguished Young Scholars Category B), 20087. Academic and technical leaders in Sichuan Province. Sichuan Provincial People's Government, 20068. Excellent postdoctoral student in Sichuan Province. Sichuan Provincial People's Government, 20069. Candidates for the Outstanding Young Teachers Funding Program of the Ministry of Education, Ministry of Education, 200110. Funding target for the training of cross-century outstanding youth discipline leaders in Sichuan Province, 1998

Liu MengxiPhD.ProfessorDoctoral supervisorTEL：010-89733803 13681351354 E-mail：mengxiliu@sina.com.cnEducational experience:1996 Undergraduate, Southwest Petroleum Institute2005 PhD, China University of Petroleum (Beijing)2008-2009 Visiting Scholar, University of British Columbia, Vancouver, CanadaMain research directions:Multiphase flow reactor development, fluidization, multiphase flow and transferHost project:2 projects of National Natural Fund, 1 project of petrochina Youth Fund, 1 project of petrochina Major special project, 1 project of Sinopec horizontal project, 2 projects of 973 and a number of horizontal projects of petrochina, Sinopec and Shenhua CompanyAwards received:He won 1 first prize of Petrochemical Association for Technological progress, 1 second prize of Petrochemical Association for technological invention, 2 second prize of Ministry of Education for technological invention, 1 second prize of Beijing Higher Education Teaching Achievements, and 1 third prize of Sinopec Technological Progress. 11 invention patents authorized; Published 37 papers at home and abroad (including more than 7 in SCI, 19 in EI, 30 in core journals)Paper:1． Mengxi Liu, Yongmin Zhang, Hsiaotao Bi, John R Grace, Yadong Zhu. Non-intrusive determination of bubble size in a gas–solid fluidized bed: An evaluation. Chemical Engineering Science, 2010(65)，3485-3493.. SCI, (TOP二区，IF 2.461)2． Mengxi Liu, Chunxi Lu, Xiaoming Zhu, Jianping Xie, Mingxian Shi. Bed density and circulation mass flowrate in a novel annulus-lifted gas–solid air loop reactor. Chemical Engineering Science, 2010 (65)，5830-5840. SCI, (TOP二区，IF 2.461)3． Mengxi Liu, Chunxi Lu. Micro-scale Two-Phase Flow Structure in a Modified Gas−Solid Fluidized Bed. Ind. Eng. Chem. Res, 2014, 53 (34), 13475–13487 (TOP二区，IF 2.226)4． Mengxi Liu, Chunxi Lu, Mingxian Shi. Chaoyu Yan, Yiping Fan. Region-dependent mass transfer behavior in a forced circulation airlift loop reactor. Powder Technology, 2010(201)，93-103. (二区，SCI, IF 2.124)5． Mengxi Liu, Chunxi Lu,. Numerical investigation of performance of a fast gas–solid separator. Powder Technology, 2015(275)，30-38. (二区，SCI, IF 2.124)6． Shuaishuai Zhou, Mengxi Liu*, Chunxi Lu. The model prediction of solid phase hydrodynamics in FCC riser feed injection zones. Powder Technology, 2016 (298)，21-26. (二区，SCI, IF 2.124)7． Mengxi Liu, Chunxi Lu. Hydrodynamic Characteristics and Mixing Characteristics of a New Type Particle Mixer. J Chem. Eng. Jpn. 2015 (48)，564-574., SCIAuthorized patent:1. Liu Mengxi, Lu Chunxi, Wang Zhu'an, Zhang Yongmin, Shi Mingxian, combined catalyst steam extractor, ZL200610088923.22. Liu Mengxi, Lu Chunxi, Wang Zhu'an, Xie Jianping, ring gap air lift gas-solid circulation reactor, ZL200710152287. Unknown3. Liu Mengxi, Lu Chunxi, Wang Zhu'an, Guo Xin, Ding Ling, Zhang Yanjun, a high-concentration liquid-solid hydrocyclone, ZL201110397628.64. Liu Mengxi, Lu Chunxi, Wang Zhu'an, Fan Yiping, cold regeneration catalyst cycle method and catalytic cracking reaction regeneration system, ZL201210152931.45. Liu Mengxi, Lu Chunxi, Wang Zhu'an, Fan Yiping, gas-solid circulation hybrid steam extractor and solid particle mixing and steam extraction method, ZL201210152928.26. Liu Mengxi, Lu Chunxi, Zeng Qingfeng, Wang Zhu'an, Xie Jun, Zhou Chan, a horizontal air-solid ultra-short fast separation device with uneven opening of exhaust pipes, ZL201010281847.37. Liu Mengxi, Lu Chunxi, Wang Ting, a gas-solid separation system, ZL 201420716885.08. Lu Chunxi, Liu Mengxi, etc., a process of preparing carbon disulfide by circulating fluidized bed. ZL200810055444. X (ranked 2nd in our school)9. Lu Chunxi, Liu Mengxi, etc., a circulating fluidized bed to prepare carbon disulfide. ZL 200810055443.5 (ranked 2nd in our school)10. Zhang Yongmin, Liu Mengxi, Lu Chunxi, a coupling equipment used to achieve the temperature and steam lifting of catalytic cracking regeneration agents. ZL 201010034466.511. Lu Chunxi, Liu Zhichang, Liu Mengxi. New liquid multiphase reactor. ZL 200710152286.3Get rewards:1. The second prize of scientific research and technological invention in colleges and universities of the Ministry of Education: the development and application of gas-solid circulation technology, 2015 (ranked 1st)2. Petrochemical Federation Technology Invention 2nd Prize: Development and Application of Gas-solid Cyclic Enhancement Technology in Heavy Oil Catalytic Cracking, 2015 (Ranked 2)3. Petrochemical Association Scientific and Technological Progress 1st Prize: Development and Industrial Application of Efficient Feeding Equipment Technology for Heavy Oil Catalytic Cracking Reaction System, 2012 (Ranked 10th)4. Second Prize of Technical Invention of the Ministry of Education: Development and Application of Key Equipment for Reaction Systems after Heavy Oil Catalytic Cracking, 2010, (No. 5th)5. Second Prize for Teaching Achievements of Higher Education in Beijing: Construction of Basic Course Group for Chemical Engineering Majors Guided by Engineering and Innovation Ability Training, 2013 (Ranked 5th)6. The third prize of Sinopec's technological invention: the development and industrial application of new multi-stage circulation combined steam extractor (MCS) for catalytic cracking, 2011 (No. 2)

Professor Xu Chunming,doctor of engineering, professor, doctoral supervisor, winner of the National Outstanding Youth Fund, winner of the title of "National Excellent Teacher", leading talent of the national "Ten Thousand People Plan",the head of the innovation research group of the Natural Science Foundation. He was elected to China in 2019. Academician of the Academy of Sciences.He led the research team to establish a new method of "supercritical fine separation + high-resolution mass spectrometry characterization" of heavy oil, obtained a new understanding of the complex multi-level chemical composition structure, and led the international basic research of heavy oil chemistry; developed a new process of "heavy oil cascade separation" and built the world's first set of 200,000 tons/year heavy oil cascade separation. Industrial device; established the flow reaction coupling model of the heavy oil catalytic cracking reactor, obtained a large number of previously unknown flow field, temperature field and concentration field and other engineering information from the calculation of industrial reactors and related equipment, guided the development of two "pass-through" engineering technologies with important influence, replacing foreign products; invented The "double anion" compound ion liquid carbon tetraalkylization transformative technology solves the major demand for clean oil production, realizes the dual greening of products and processes, breaks the technical monopoly of clean gasoline production of foreign companies, and is selected as one of the top ten scientific and technological progress in China's colleges and universities in 2014.Resume:1981.09-1985.07: Oil refining undergraduate, Department of Refining, East China Petroleum Institute1985.09-1988.07: Master of Organic Chemical Engineering, Beijing Graduate Department, East China Petroleum Institute1988.09-1991.11: Doctoral student majoring in organic chemistry, Department of Chemical Engineering, University of Petroleum (Beijing)1991.11-1995.04: Teacher of the State Key Laboratory of Heavy Oil Processing, University of Petroleum (Beijing)Among them, 1993.04-1993.10: Work at the Syncrude Research Center in Canada1995.04-1998.09: Deputy Director of the State Key Laboratory of Heavy Oil Processing, University of Petroleum (Beijing)1998.10-2003.08: Director of the State Key Laboratory of Heavy Oil Processing, University of Petroleum (Beijing)2003.08-2008.12: Director of the State Key Laboratory of Heavy Oil, University of Petroleum (Beijing)1999.10-2002.04: Vice Dean of the School of Chemical Science and Engineering, University of Petroleum (Beijing)2002.04-2005.12: Dean of School of Chemical Science and Engineering, China University of Petroleum (Beijing)2005.06-2017.08: Vice President of China University of Petroleum (Beijing)2017.09-present: Teacher of the School of Chemical Engineering and Environment, China University of Petroleum (Beijing)Scientific research awards, academic papers, patents and monographs:In the past 30 years, it has been committed to the research of efficient conversion of heavy oil and clean oil production. The research results have won 1 second prize of national technological invention, 2 second prize of national scientific and technological progress, 1 special award of technological invention of the China Petroleum and Chemical Industry Federation, and 8 first prizes at the provincial and ministerial level. He has published more than 300 high-level papers and 4 monographs. Authorized 36 international invention patents and 102 Chinese invention patents, of which 48 were converted.Textbooks and teaching awards:The "Petroleum Processing Engineering" taught by famous teachers in Beijing is a national high-quality resource sharing course and a high-quality course in Beijing. The petroleum processing series course teaching team has been awarded the titles of "Beijing Excellent Teaching Team", "National Petroleum and Chemical Education Excellent Teaching Team", "Beijing University Continuing Education High-level Teaching Team" and so on. Won 1 first prize and 1 second prize of Beijing Higher Education Teaching Achievement Award. The editor-in-chief of the "Twelfth Five-Year Plan" national planning textbook for general higher education, Petroleum Refining Engineering (Fourth Edition), won the Excellent Publication Award of the Petroleum Industry Press, was awarded the first prize of the Excellent Publication (Textbook Award) of the Petrochemical Federation, and was rated as a high-quality textbook for higher education in Beijing.Social part-time job:1. Member of the Sixth and Seventh Discipline Evaluation Group of the Academic Degrees Committee of the State Council;2. Member of the Department of Chemistry and Chemical Engineering of the 6th and 7th Science and Technology Committee of the Ministry of Education;3. Executive Director of the Chinese Chemical Society, Director of the Chinese Chemical Society, and Deputy Director of the Academic Committee of China University of Petroleum (Beijing).4. He was the deputy editor-in-chief of Energy & Fuels, the editorial board of SCIENCE CHINA (CHEMISTRY) and China Science (Chemistry), and served as the Journal of Chemistry, the Journal of Fuel Chemistry, Petroleum Science and other miscellaneous Editorial Committee.