LIU WEIJUN

发布者：唐子夏发布时间：2024-05-13浏览次数：10

RESUME

WeijunLiu

Professor

Energyand PowerEngineering Department

ShanghaiUniversity of Engineering Science (SUES)

333Longteng Road, Songjiang District Shanghai 201620, CHINA
Phone:86-21-67791385;86-13601854436
Fax: 86-21-67791385

lwj1119@139.com;lwj1119@sues.edu.cn


Bio:

Mr.Liu (M.E. and D.E. Thermal Energy Engineering) has more than 36years experience in university teacher (being born on 1963 andworking in 1986). He works at the subject of thermal energyengineering in Harbin University of Science and Technology (HUST)until 2007, is department chairman of thermal energy & powerengineering research, Director of Energy and Environmental ProtectionEngineering Institute of HUST. He also serves as aprofessorof Energy and PowerEngineering Departmentof SUES. He specializes in combustion techniques, fuelscharacterization, industrial saving energy, and emissionscharacterization and control hardware development and testing. Hiscurrent research interests include combustion intensification ofpulverizedcoal, NOx 、SOxand dust removal with non-thermal plasma and catalysis, and thermalenergy storage and utilization in low temperature exhaust heat.

Prof.Liu has published over100refereed journal papers, edited 4books. He is an inventor for10patents and patent applications.

Dr.Liu received a bachelor degree in thermal energy engineering fromShanghai Institute of Mechanical Engineering, China, and a masterdegree and doctorate in applied thermal energy engineering fromUniversity of Shanghai for Science and Technology, China.


Research:

•Combustionintensification offuel powder with non-thermal plasma

•NOx，SOxand dust removal with non-thermal plasma and catalysis

•Combustiontechniques for the mixture of coal and biomass conversion
•Researchand development on a new type of capillary net of floor heating bypulsation cycle

•Utilizationin low temperature exhaust heat

•Thermalenergy storage

•Carbondioxide capture and utilization


Service:

•Member,Chinese Energy Society (January 2008 – present)

•NationalResearch Foundation project evaluation expert (January 2005 –present)

•ShanghaiEconomic and Information Commission project evaluation expert(January 2008 – present)

•Member,Chinese Ministry of Education degree evaluation expert panel(February 2006 – present)

•Consultant,Heilongjiang Industrial Technology Cooperation Center to RussianFederation(January 2001 –July 2007)

•Distinguishedexpert, Harbin Energy Saving Supervision Center (January 2004 –July 2007)

Honors& Awards:

•TheThird Award of Excellent Teaching Materials as chief editor bySUES-2012

•TheExhibition Project-Electric Heating System of Pulsating Water Flowunder the Ground as projectleader by 2011 ChinaInternational Industry Fair (CIIF)-2011

•TheThird Award of Shanghai Excellent Invention Competition by ShanghaiFederation of Trade Union-2011

•UniversityExcellent Courses Award from Pipenet for fluid supply by SUES-2010

•TheThird Award of Provincial Science and Technology Progress as projectleader by People'sGovernment of Heilongjiang Province-2008

•TheSecond Prize in Multi-media Teaching Software Competition ofHeilongjiang Province Institutions of Higher Learning-2007

•ProvincialExcellent Courses Award from Engineering Thermodynamics as aresponsible teacher by Heilongjiang Province EducationDepartment-2007

•TheOutstanding Staff Award of Science & Technology Research byHUST–2006

•TheOutstanding Graduation Design Teachers Award byHUST-2005

•TheGardener Award of Science & Technology in ProvincialUndergraduate Business Plan Competition by HUST-2004

•TheOutstanding Teacher Award by HUST-1996


Teaching:

•COMBUSTIONTECHNOLOGY & EQUIPMENT

•PIPENETFOR FLUID SUPPLY

•BOILERPRINCIPLE & DESIGN

•ENGINEERINGTHERMODYNAMICS

•ADVANCEDHEATTRANSFER

•PRINCIPLESOF HEAT TRANSFER & THERMODYNAMICS

•INTRODUCTIONTO ENERGY ENGINEERING

•Combustionprinciple and pollution control


Publications:

  1. Feifan Huang, Weijun Liu*, et al. Thermal desorption characteristics of the adsorbate in activated carbon based on a two-dimensional. Applied Thermal Engineering，2022（214），118775：1-12.

  2. Zhongxun Tian, Weijun Liu*, et al. Characteristics of PVC pyrolysis products under electric field. Journal of Material Cycles and Waste Management, https://doi.org/10.1007/s10163-022-01474-x.

  3. Furong Liang, Weijun Liu*, et al. Preparation and Properties of Anti-infrared Transparent Thermal-Insulating Film Based on Polymethyl. ENERGY, 2020, (194), 116848:1-7.

  4. Yuan Liu, Weijun Liu*, et al. Preparation and Characterization of New Nano-particle Mixed as Thermal Storage Material. Applied Thermal Engineering, 2019，(163)，114386：1-6.

  5. Boru Zhang, Weijun Liu*, et al. NO adsorption and removal at low temperature by adsorption Catalyst (Ce-Fe-Mn/ACFN). Catalysis Letters, 2019，149，(11): 3119-3131.

  6. Dongbo Tian, Weijun Liu*, et al.Simulation of a Set of Lithium-Ion Batteries With Composite Phase Change Materials and Heating Films Thermal Management System at Low Temperature. Journal of Thermal Science and Engineering Applications,2021, (13), 011002：1-10.

  7. Furong Liang, Weijun Liu*, et al. Improving anti-infrared radiation and heat insulation by potassium hexatitanate whisker-doped Al2O3-SiO2 composite xerogel. R. Soc. open sci. 2018, (5), 180787.

  8. Erwei Pang, Weijun Liu*, et al. Characteristics of Low-temperature Polyvinyl Chloride carbonization by Catalytic CuAl Layered Double Hydroxide. Processes 2020, 8, 120：2-11.

  9. Zhongxun Tian, Weijun Liu*, et al. Pyrolysis and carbonization of polyvinyl chloride under electric field: A computational study.Chemical Physics Letters. 2021,(770) 138450：1-12.

  10. Weijun Liu, Shuhua Zhang, Jianjie Han. Strengthen Combustion Principle and Experiment of Positive Corona Charged Pulverized Coal. 39th International Technical Conference on Clean Coal & Fuel Systems June 1 to 5, 2014 Sheraton Sand Key Clearwater, Florida USA.

  11. Weijun Liu, Jianjie Han, et al. Ignition and Combustion Characteristics for The Mixture Fuels of Pulverized Wood Dust and Powdered Anthracite. The IASTED International Symposium on Power and Energy~PE 2013, November 11-13, 2013 Marina del Rey, USA.

  12. Weijun Liu, et al. Study on Combustion Experiment of the Charged Pulverized Anthracite Flow. COAL CONVERSION, 2013, 36(1).

  13. Weiping HU, Weijun Liu, et al. A Numerical Study On Heat Transfer Enhancement Of Automobile Thermoelectric Generator. 3rd/2013 International Conference on Energy, Environment and Sustainable Development, November 12-13, 2013 Shanghai, CHINA .

  14. Weiping HU, Weijun Liu, et al. On Numerical Simulation of Heat Transfer Performance of Heat Exchanger for Automobile Thermoelectric Generator. JOURNAL OF SOUTHWEST CHINA NORMAL UNIVERSITY (NATURAL SCIENCE EDITION),2014, (4).

  15. Chenglong XU, Weijun Liu, et al. Numerical Simulation and Analysis on the Heat Transfer Enhanced Tube for Heat Recovery of Vehicle Exhaust. JOURNAL OF HEBEI UNIVERSITY OF SCIENCE AND TECHNOLOGY,2013,34(6).

  16. Xiong LI, Weijun Liu, et al. Numerical Simulation and Analysis on the Dispersed Flow Characteristics in Tee Branch Pipe of Exhaust System. JOURNAL OF HEBEI UNIVERSITY OF SCIENCE AND TECHNOLOGY,2014,35(3).

  17. Yan Guo, Weijun Liu, et al. Synthesis and Structural Characterization of Mg/Al hydrotalcite-like compound. 2012 2nd International Symposium on Chemical Engineering and Material Properties, June 22-24, 2012, Taiyuan, CHINA.

  18. Weijun Liu, et al. Combustion Properties Research of Various Biomass Based on TG/DTA Thermal Analysis Experiments. J. OF SHANGHAI UNIVERSITY OF ENGINEERING SCIENCE, 2011, 25(4).

  19. Weijun Liu, Hengchao Han, et al. Theoretical analysis of a Dry-Type Electrocyclonic Installation for Combined Removal of Dust, SO2 and NOx from Flue Gas. POWER SYSTEM ENGINEERING, 2011, 27(6).

  20. Hengchao Han, Weijun Liu, et al. Research Progress for Combined Desulfurization, Denitrification and Dedusting Technology of Flue Gas in Coal-Fired Boilers. Shanghai Environmental Sciences, 2011, 8.

  21. Weijun Liu, et al. Experimention and Analysis of Pulverized Coal Corona Charging Characteristics. Asia-Pacific Power and Energy Engineering Conference, March 28-31, 2010. Chengdu, China.

  22. Weijun Liu, et al. Multi-Factor Experimental Study on Corona Charging Characteristics of Pulverized Coal. COAL CONVERSION, 2010, 33(4).

  23. Weijun Liu, et al. Motion Trajectory Simulation of A Charged Particle of Pulverized Coal in the Charging Apparatus. COAL CONVERSION, 2009, 32(3).

  24. Weijun Liu, et al. Study on Thermal Analysis Experiment of Positive and Negative Corona Charged Pulverized Coal. POWER SYSTEM ENGINEERING, 2009, 25(3).

  25. Weijun Liu, et al. Research on Principle and Testing of Cold Modeling in Compound Electrocyclone. J. UNIVERSITY OF SHANGHAI FOR SCIENCE AND TECHNOLOGY, 2008, 30(2).

  26. Weijun Liu, et al. Single Factor Experimention and Analysis of Pulverized Coal Corona Charging Characteristics. COAL CONVERSION, 2008, 31(3).

  27. Shuanzhu Chen, Weijun Liu, et al. Experimental Apparatus Design of Pulverized Coal Charge and its Quantity of Electricity Measuring Test. POWER SYSTEM ENGINEERING, 2008, 24(4).

  28. Weijun Liu, et al. Device Status Analysis and Operation Testing for Practical Application of Compound Electrocyclone. POWER SYSTEM ENGINEERING, 2007, 23(6).

  29. Weijun Liu, et al. Research on Principle and Testing of Particle Agglomeration in Compound Electrocyclone. POWER SYSTEM ENGINEERING, 2007, 23(1).

  30. Weijun Liu, et al. A Theoretical Analysis of the Dust Collection Principle and Efficiency of Compound Electro2cyclone Separators. POWER ENGINEERING, 2007,27(1).

  31. Weijun Liu, et al. Study on Theory and Experimentation of Particle Agglomeration in Electrocyclone. The 7th Asian Thermophysical Properties Conference，August 23-28, 2004. Hefei & Huangshan, CHINA.

  32. Weijun Liu. Review And Applied View of Electrocyclone Development. Workshop on EU/Asia S&T Co-operation on Clean Technologies, November 2-6, 2004 Hanoi,VIETNAM.

  33. Weijun Liu, et al. Research on Regularity of Practical Combust ion Capacity for Bio-Coal. POWER ENGINEERING, 2003,23(2).

  34. Weijun Liu, et al. Experimental Investigation on Desulfuration Regularity of Bio-Coal Combustion. POWER ENGINEERING, 1999,19(5).

  35. Weijun Liu, et al. An Experimental Study of Separate and Resistance Characteristics of Bent-pipe Thickening Pulverized Coal Burner. POWER EQUIPMENT, 1998,4.

  36. Weijun Liu, et al. Theoretical Analysis and Experimental Study on Characteristics of Bio- Briquette Combustion Pollution. CLEAN COAL TECHNOLOGY, 1998,4(4).

  37. Weijun Liu, et al. Burning Theoretical Analysis and Study on Combustion Velocity of Bio-Coal. COAL CONVERSION, 1998, 21(4).

  38. Weijun Liu, et al. Theoretical Analysis and Experimental Research o n Firing Characteristics of Bio-coal. JOU RNAL HARB IN UN IV. SC I. & TECH.,1998,3(4).

  39. Weijun Liu, et al. Investigation on Spray Characteristics of A New Type of Low-pressure Airblast Nozzle. JSME-ASME-CSPB- International Conference on Power Engineering, July, 13-17,1997. Tokyo, JAPAN.

  40. Weijun Liu, et al. Study on Compressive Strength Characteristics of Bio-coal. The 22nd International Technical Conference on Coal Utilization & System, March 16-19,1997, Sheration Sand Key, Clearwater, Florida, U.S.A.

  41. Weijun Liu, et al. An Experimental Study of Thickening Burner by Cold Moldeling, CSPE-JSME-ASME-International Conference on Power Engineering , May 22-26,1995. Shanghai, CHINA.


Patents:

  1. Weijun Liu, et al. Combustion Method and Burner of Pulverized Coal. CHINESE INVENTION PATENT: 200810042809.5, 2011.06.08.

  2. Weijun Liu, et al. A New Burning Device of Pulverized Coal and its Combustion Method. CHINESE INVENTION PATENT: 200810042808.0, 2012.01.04.

  3. Weijun Liu, et al. A New Automatic Covering Powder Device with Double Rollers and its Covering Powder Method. CHINESE INVENTION PATENT: 200910221820.2，2012.01.04.

  4. Weijun Liu, et al. Aerodynamic rotational flow Device of Cool Tower for thermal power station. CHINESE Utility Model Patent: 201020293067.6，2010.12.15.

  5. Weijun Liu, et al. A New Heating System of circulating water without Pump. CHINESE Utility Model Patent: 201120373549.7，20112.05.23.


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