Personal Information
Liu Weijun, Male, Ph.D, awarded from University of Shanghai for Science and Technology. Professor, School of Mechanical Engineering, Shanghai University of Engineering Science. +86-21-67791385, lwj1119@sues.edu.cn/lwj1119@139.com.
Research Fields
He specializes in combustion techniques, fuels characterization, industrial saving energy, and emissions characterization and control hardware development and testing. His current research interests include combustion intensification of pulverized coal, NOx 、SOx and dust removal with non-thermal plasma and catalysis, and conversion and utilization in low temperature exhaust heat. Major research directions are as follows:
•Combustion intensification of fuel powder with non-thermal plasma
• NOx，SOx and dust removal with non-thermal plasma and catalysis
•Combustion techniques for the mixture of coal and biomass conversion
• Research and development on a new type of capillary net of floor heating by pulsation cycle
• Conversion and utilization in low temperature exhaust heat
Research Achievements
Publications:
1. Liu Weijun, 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.
2. Liu Weijun, 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.
3. Liu Weijun, et al. Study on Combustion Experiment of the Charged Pulverized Anthracite Flow. COAL CONVERSION, 2013, 36(1).(in chinese)
4. Liu Weijun, 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). (in chinese)
5. Weiping HU, Liu Weijun, 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). (in chinese)
6. Weiping HU, Liu Weijun, 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.
7. Chenglong XU, Liu Weijun, et al. Numerical simulation of flow field and heat transfer inside a new enhanced tube. The 14th InternationalConferenceonInformationandInteractionDesign, Dec. 6-8, 2013 Shanghai, CHINA.
8. Chenglong XU, Liu Weijun, 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). (in chinese)
9. Xiong LI, Liu Weijun, 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). (in chinese)
10. Yan Guo, Liu Weijun, 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.
11. Liu Weijun, 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). (in chinese)
12. Hengchao Han, Liu Weijun, et al. Research Progress for Combined Desulfurization, Denitrification and Dedusting Technology of Flue Gas in Coal-Fired Boilers. Shanghai Environmental Sciences, 2011, 8. (in chinese)
13. Liu Weijun, et al. Experimention and Analysis of Pulverized Coal Corona Charging Characteristics. Asia-Pacific Power and Energy Engineering Conference, March 28-31, 2010. Chengdu, China.
14. Liu Weijun, et al. Multi-Factor Experimental Study on Corona Charging Characteristics of Pulverized Coal. COAL CONVERSION, 2010, 33(4). (in chinese)
Patents:
1. Liu Weijun, et al. Combustion Method and Burner of Pulverized Coal. CHINESEINVENTIONPATENT: 200810042809.5, 2011.06.08.
2. Liu Weijun, et al. A New Burning Device of Pulverized Coal and its Combustion Method. CHINESEINVENTIONPATENT: 200810042808.0, 2012.01.04.
3. Liu Weijun, et al. A New Automatic Covering Powder Device with Double Rollers and its Covering Powder Method. CHINESEINVENTIONPATENT: 200910221820.2，2012.01.04.
4. Liu Weijun, et al. Aerodynamic rotational flow Device of Cool Tower for thermal power station. CHINESEUtility Model Patent: 201020293067.6，2010.12.15.
5. Liu Weijun, et al. A New Heating System of circulating water without Pump. CHINESEUtility Model Patent: 201120373549.7，20112.05.23.
Recent projects:
1. “Strengthen Combustion Principle and Experiment of Corona Charged Pulverized Coal”, NationalNaturalScienceFoundation of China. Pl: Liu Weijun.
2. “Energy EfficiencyEmission ReductionEquipments, Advanced Techniques of Vehicle Energy Saving and Emission Control”, Shanghai MunicipalEducation Committee. Pl: Liu Weijun.
3. “Research on Heat Transfer Characteristic Parameterof Special Section Tube”, Shanghai Center for Advancing Transformation of Scientific and Technological Achievements. Pl: Liu Weijun.
4. “FundamentalResearch of A Dry-type Electrocyclonic Installation for Combined Removal of Dust, SO2 And NOx from Flue Gas”, Shanghai University of Engineering Science. Pl: Liu Weijun.
5. “Research and Development on Optimization of Floor Heating System by Electrical Heating Pulsation Cycle”, Shanghai University of Engineering Science. Pl: Liu Weijun.