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Home > People > Faculty > Liu, Baoqing

Liu, Baoqing

Full Professor

Liu, Baoqing
Introduction
Research Areas
Course
Researchs
Achievements
Patents
Awards and Honors
Laboratory Activities
+86-571-87952729
baoqingliu@zju.edu.cn
Yuquan Campus, Zhejiang University, Hangzhou

Full Professor

Institute of Chemical Machinery Engineering

College of Energy Engineering

 

Phone: +86-571-8795 2729
Fax:  +86-571-8795 1216
Email: baoqingliu@zju.edu.cn

 

Education

Ph.D. – Zhejiang University, Chemical Mechanical Engineering, 2005

M. S. – Zhejiang University, Chemical Mechanical Engineering, 2003

B. S.  – Zhejiang University, Process Equipment and Control Engineering, 2000

 

Working Experience

2019 -Present Full professor of process equipment,College of Energy Engineering, Zhejiang University

2016 - 2018 Associate professor of process equipment,College of Energy Engineering, Zhejiang University

2007 - 2016 Associate professor of process equipment, College of Chemical and Biological Engineering,Zhejiang University

2005 - 2007 Post-doctor of chemical engineering and technology,Department of Chemical and Biological Engineering, Zhejiang University

 

Professional Activities

Fellow, Chinese Mechanical Engineering Society

Secretary, Chinese Committee on Pressure Vessel Design


Research Areas

· Pressure equipment & Safety
· High-efficiency Process Equipment

Course

Teaching work over the years
No.
                Course Tittle
            Course Property

 Teaching

  object

Number of students
       Time
Evaluation
1

Selection and Design of Process

Equipment

Professional compulsory courseUndergraduate     110
2018 Spring and SummerExcellent
2

Selection and Design of Process

Equipment

Professional compulsory courseUndergraduate     126
2017 Spring and SummerExcellent
3

Selection and Design of Process

Equipment

Professional compulsory courseUndergraduate      69
2016 Spring and SummerExcellent
4
Selection and Design of Process EquipmentProfessional compulsory courseUndergraduate      67
2015 SpringExcellent
5
Selection and Design of Process EquipmentProfessional compulsory courseUndergraduate      92
2014 SpringExcellent
6
Selection and Design of Process EquipmentProfessional compulsory courseUndergraduate     103
2013 SpringExcellent
7
Progress of Process Equipment and Control EngineeringProfessional compulsory courseUndergraduate      18
2012 AutumnNo statistics
8
Selection and Design of Process EquipmentProfessional compulsory courseUndergraduate      95
2012 SpringExcellent
9
Selection and Design of Process EquipmentProfessional compulsory courseUndergraduate      79
2010 WinterExcellent
10
Progress Process of Equipment and Control EngineeringProfessional compulsory courseUndergraduate      32
2010 AutumnNo statistics
11
Production Internship in 2007Professional compulsory courseUndergraduate      60
2010 SummerNo statistics
12
Selection and Design of Process EquipmentProfessional compulsory courseUndergraduate      106

2009 Winter

Good
13
Selection and Design of Process EquipmentProfessional compulsory courseUndergraduate      136
2008 WinterExcellent
14
Equipment Design in BiochemistryProfessional compulsory courseUndergraduate       19
2008 SpringGood
15

Equipment Design in Pharmaceutical

Factory

Professional compulsory courseUndergraduate       23
2008 SpringGood
16
Finite Element Method and Engineering ApplicationsProfessional compulsory courseUndergraduate       24

2007 Winter

Good


Researchs

Current Projects

[1]National Natural Science Foundation of China. Mechanism and model of dense floating particle dispersion in viscous system in stirred tank with coaxial mixer, 2018.1-2021.12

[2]National Natural Science Foundation of China. Characterization, mechanism and modeling of micromixing of coaxial mixer in viscous media.2013.1-2015.12

[3]National Natural Science Foundation of Zhejiang Province.Characteristics and mechanism of dense floating particle dispersion in viscous system driven by coaxial mixer, 2016.1-2018.12

[4]Science and Technology Innovation Team Project of Zhejiang Province. Research on power consumption and mixing characteristic of coaxial mixer with wide adaptability.2012.7-2015.6

[5]Science and Technology Innovation Team Project of Zhejiang Province. Development and performance study of novel large-double-blade mixer with wide adaptability, 2014.7-2015.6

[6]Science and Technology Plan Project of  of Zhejiang Province. Technology for the high-value and efficient recycling of yellow phosphorus tail gas to produce chemical material with high quality , 2012.1-2014.1

[7]The Central University Basic Scientific Research Business Expenses Project of Minstry of Education. Research on macromixing and micromixing characteristic of coaxial mixer and performance adjustment, 2012.3-2013.12

[8]Doctoral Fund of Minstry of Education. Optimal design of coaxial mixer based on the field synergy principle.2011.1-2013.12

[9]Science and Technology Plan Project of  of Zhejiang Province. Research and development of process and equipment for the production of furnace-grade  phosphorus acid.2008.1-2009.12

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Achievements

Books

[1]B. Q. Liu. Design Basis of Pharmaceutical Equipment, Chemical Industry Press，2018

[2]B. Q. Liu. Design and Select Basis of Process  Equipment, Zhejiang University Press，2016

[3]B. Q. Liu. Energy-conservation Technology and Equipment of Process Industries, Chemical Industry Press，2012

Selected Papers 

[1] B.Q. Liu., Z.L.Xu., F.Y.Fan.,B.L.Huang. Experimental study on the solid suspension characteristics of coaxial mixers. Chemical Engineering Research and Design,2018, DOI: https://doi.org/10.1016/j.cherd.2018.03.035

[2] B.Q. Liu., Y.J.Zheng., R.J.Cheng. Experimental study on gas–liquid dispersion and mass transfer in shear-thinning system with coaxial mixer. Chinese Journal of Chemical Engineering, 2018

[3] B.Q. Liu., R.J.Cheng. Y.N.Zhang.Experimental research on fluid-elastic instability in tube bundles subjected to air-water cross flow. Nuclear Science & Engineering, 2018, 189(3):290-300
[4] B.Q. Liu., Y.J.Zheng., M.Q.Che.. CFD simulation of the mixing and dispersing of floating particles in a viscous system. Brazilian Journal of Chemical Engineering, 2017, 34(4):1175-1189
[5] B.Q. Liu., F.Y.Fan., X.G.Chen. The influence of impeller combination on the gas-liquid dispersion performance of a coaxial mixer in viscous fluids. International Journal of Chemical Reactor Engineering, 2017, 15(6):1515-1525

[6] B.Q. Liu, F.Y.Fan., R.J.Cheng. Bottom pressure method for the determination of the flooding/loading transition in an aerated vessel stirred by a Rushton impeller. Industrial & Engineering Chemistry Research, 2017,56(41): 11977-11982

[7] B.Q. Liu, Y.J.Zheng., M.Q.Chen.Experimental study on the mixing and dispersing of floating particles in viscous system. Canadian Journal of Chemical Engineering, 2016, 94(10):2013-2022
[8] B.Q. Liu, B.L.Huang., Y.K.Zhang. Numerical study on gas dispersion characteristics of a coaxial mixer with viscous fluids. Journal of the Taiwan Institute of Chemical Engineers, 2016, 66:54-61
[9] B.Q. Liu,  Y.K.Zhang., Y.J.Zheng. Micromixing simulation of novel large-double-blade impeller.Journal of the Taiwan Institute of Chemical Engineers, 2016, 66:62-6
[10] B.Q. Liu, M.M.Wang., J.L.Liu. Experimental study on micromixing characteristics of novel large-double-blade impeller. Chemical Engineering Science, 2015, 123:641-647.
[11] B.Q. Liu,  Y.J.Zheng., B.L.Huang. The influence of feeding location on the micromixing performance of novel large-double-blade impeller.Journal of the Taiwan Institute of Chemical Engineers, 2015, 52:65-71
[12] B.Q. Liu,  Y.Q.Zhang., M.Q.Che. Power consumption and flow field characteristics of a coaxial mixer with a double inner impeller . Chinese Journal of Chemical Engineering, 2015, 23(1):1-6
[13] B.Q. Liu, M.Q.Chen, Y.K.Zhang. Experimental research on a process for the recycling of yellow phosphorous tail gas to produce formic acid. Aerosol and Air Quality Research, 2014,14(5): 1466-1476
[14] B.Q. Liu, J.L.Liu., Y.K.Zhang. Experimental research on the power consumption of a coaxial mixer in a fluid with high viscosity. Industrial & Engineering Chemistry Research, 2013, 52(20):6862-6867
[15] B.Q. Liu, Y.K. Zhang, J.L. Liu, F.L. Qin, X.H. Lin, Z.J. Jin. Numerical simulation of power consumption and mixing characteristic in stirred vessel with novel coaxial mixer.  Journal of Chemical Industry and Engineering(China), 2013，64（4）:1135-1144
[16] B.Q. Liu, L.Y. Qian, M.Q. Chen, M.F. Xu, X.H. Lin, Z.J. Jin. Numerical simulation of power consumption and mixing characteristics of novel large-double-blade impeller. Journal of Chemical Industry and Engineering(China), 2013，64（3）:849-857
[17] B.Q. Liu, Y.K. Zhang, J.L. Jiang, X.H. Lin, J.L. He. A novel system for continuous production of formic acid based on recycling of yellow phosphorous tail gas. Journal of Chemical Industry and Engineering(China), 2012，63（6）:1872-1876
[18] B.Q. Liu, P. Li, X.H. Lin, W.B. Zhu. Experiment and finite element analysis on pressure distention of laser welding dimple jacket.  Journal of Zhejiang University (engineering science), 2011, 45 (3): 571-575
[19] B.Q. Liu, B. Wang, J.L. Jiang, Q. Zhang. Numerical Simulation of Mass and Heat Transfer in Detachable Spiral Heat Exchanger. Journal of Basic Science and Engineering, 2010, 18(1):71-79.
[20] M.F. Xu, B.Q. Liu, J.L. Jiang, Z.J. Jin. Finite element analysis of strength of mobile cryogenic LNG storage tank. Cryogenics, 2010, （1）:11-16
[21] B.Q. Liu, K.Q. Fan, J.L. Jiang. Development and CFD simulation of a novel phosphoric reactor with waste heat recovery. Journal of the energy institute, 2009, 82（4）: 206-217
[22] B.Q. Liu, J.L. Jiang. Waste heat recovery in the production of furnace-grade phosphoric acid. Journal of the Energy Institute, 2006, 79（1）: 27-32
[23] B.Q. Liu, J.L. Jiang. Simulation of mass and heat transfer in new phosphoric acid tower with circular water wall (I) Model development. Journal of Chemical Industry and Engineering(China),2006, 57（5）:1107-1113
[24]B.Q. Liu, J.L. Jiang. Simulation of mass and heat transfer in new phosphoric acid tower with circular water wall(II) Analysis of influence on heat transfer. Journal of Chemical Industry and Engineering(China),2006，57（5）:1114-1119
[25]B.Q. Liu, J.L. Jiang. Optimal designing of cracking tower for waste tires based on heat and mass transfer model (I) Model development. Journal of Chemical Industry and Engineering(China),2006, 57（7）:1525-1531
[26]B.Q. Liu, J.L. Jiang. Optimal designing of cracking tower for waste tires based on heat and mass transfer model (II) Optimal designing.  Journal of Chemical Industry and Engineering(China),2006,57（7）:1532-1536
[27]B.Q. Liu, J.L. Jiang, B.C. Chen, S.J. Yao. Study on purification of pyrolytic oil derived from pilot-scale pyrolysis of waste tires in multilevel reactor. Journal of Basic Science and Engineering, 2006,14（4）:529-534
[28]B.Q. Liu, J.L. Jiang. Study on mechanical models of rotary pans of pan dryer. Transactions of the Chinese Society for Agricultural Machinery, 2005,36（8）:45-49
[29]B.Q. Liu, J.L. Jiang. Analysis and calculation of the heat transfer in the new-type phosphoric furnace by hot process.  Chemical Engineering(China), 2004,32（4）:18-21
[30] J.L. Jiang, B.Q. Liu, X.L. Liu. Equipment to reclaim the waste heat of phosphoric acid production by hot process and research on combustion temperature. Journal of Chemical Engineering of Chinese Universities, 2003,17（2）:141-145

Patents

Patents of invention

  1. B.Q. Liu，Y.N.Zhang，X.G.Chen,Y.J.Zheng，F.Y.Fan.Test system of heat exchanger tube bundle vibration induced by fluid，2017

  2. B.Q. Liu，Y.J.Zheng，M.M.Wang，Z.J.Jin，Y.K. Zhang. Opening tubing structure used for high pressure vessel with quick opening and closing，2017

  3. B.Q. Liu，B.L.Huang，Y.J.Zheng，M.M.Wang，X.G.Chen. A continuous carbonization furnace used for waste wood chips，2017

  4. B.Q. Liu，B.L.Huang，Y.K. Zhang，X.G.Chen. A continuous feeding system having sealing effect used for solid particle，2016

  5. B.Q. Liu，X.G.Chen，Y.K. Zhang，B.L.Huang. A horizontal screw structure cracking furnace used for recycling waste tire resources，2014

  6. B.Q. Liu，J.L.Liu，Z.J.Jin，M.M.Wang，L.Y. Qian. A coaxial mixer whose outer impeller has probe port, sampling or feed port，2015

  7. B.Q. Liu，J.L.Liu，Z.J.Jin，M.Q.Chen，Y.K. Zhang. A coaxial mixer used for gas-liquid mixing，2015

  8. B.Q. Liu，M.M.Wang，Z.J.Jin，Y.J.Zheng，Y.K. Zhang. A vertical heat exchanger with convex and thin tube sheets，2015

  9. B.Q. Liu，Y.K. Zhang，J.L.He，M.Q.Chen，J.L.Jiang，X.H,Lin. A horizontal two-axis distillation system suitable for continuous separation of viscous materials，2014

  10. B.Q. Liu, Z.J. Jin, P. Li, F.L. Qin, M.F. Xu, L.Y. Qian. A performance testing experimental system for vertical mechanical agitation equipment, 2013

  11. B.Q. Liu, Y.K. Zhang, J.L. Jiang, X.H. Lin, J.L. He, H.L. Liang. A continuous production system for producing high-quality formic acid through phosphoric acid acidification of sodium formate, 2013

  12. B.Q. Liu, K.Q. Fan, K.X. Chen, L.Y. Qian. A base plate locating method suitable for screen-printing, 2012

  13. B.Q. Liu, K.Q. Fan, L.Y. Qian. Equipment suitable for grinding brittle work piece, 2012

  14. B.Q. Liu, K.Q. Fan. Adjustable coaxial reaction tank applicable to mixing of medium with variable properties, 2011

  15. B.Q. Liu, J.L. Jiang. Large-scale gas-phase reactor with membrane water-cooling wall which can produce by-product high-pressure steam, 2010

  16. B.Q. Liu, J.L. Jiang. A processing system for recycling waste tires adopting intermittent thermal cracking unit, 2008

  17. J.L. Jiang, B.Q. Liu, X.L. Liu, B.C. Chen, Y.R. Yang. Vertical cracking tower used for cracking of used tires to recycle industrial carbon black and fuel oil, 2005

Patents for utility models

  1.  B.Q. Liu，F.Y.Fan,Z.L.Xu,B.L.Huang. A measuring system based on the measurement of  bottom pressure  used for measuring flooding speed in a multiphase stirred tank,2017

  2.  B.Q. Liu，Y.J.Zheng，Z.J.Jin，M.M.Wang，Y.K. Zhang. A horizontal heat exchanger of high pressure applicable to the vaporation of cleaning media ,2014

  3.  B.Q. Liu，M.M.Wang，Z.J.Jin，Y.K. Zhang，Y.J.Zheng. A sealing structure  applicable to the vessel with quick opening and closing,2014

  4.  B.Q. Liu，M.M.Wang，Z.J.Jin，Y.K. Zhang，Y.J.Zheng. A sealing structure  applicable to the vessel with quick opening and closing,2014

  5.  B.Q. Liu, L.Y .Qian, J.R. Li, K.Q. Fan, S.L. Yuan, Y.Q. Song, J.D. Cai. A mouse without wire and battery, 2013

  6.  B.Q. Liu, Y.K. Zhang, J.L. Jiang, X.H. Lin, J.L. He, H.L. Liang. A continuous production system for producing high-quality formic acid through phosphoric acid acidification of sodium formate, 2012

  7.  B.Q. Liu, L.Y. Qian, X.H. Lin, J.L. Jiang, J.L. He, H.L. Liang. A multistage acidizing device used for continuous production of formic acid, 2012

  8.  J.L. Jiang, B.Q. Liu, X.L. Liu, B.C. Chen, Y.R. Yang. A thermal cracking industrial device used for comprehensive utilization of waste tires, 2003

Awards and Honors

  1. Second Prize for Technological Progress of Zhejiang Province，Special equipment and technology for energy conservation and industrialization in the production of thermal phosphoric acid.2016

  2. First Prize for Technological Progress of Zhejiang Province , Key technology and application for the reduction of temperature and pressure in complex conditions.2014

  3. Second Prize for Petroleum and Chemical Industry Federation of China, New energy-saving technology and large-scale equipment technology for the industry of thermal phosphoric acid.2014

  4. Quality Teaching Award of Zhejiang University.2014

  5. Excellent paper award of Chinese mechanical engineering society. Study on heat transfer characteristics of coaxial mixer with combined internal impeller.2013

  6. Third Prize for Technological Progress of Zhejiang Province,Research of heat transfer and structural design for large quick-freezing equipment of efficient evaporator.2007

  7. Winning Prize for Teaching skills Competition among Young Teachers of Zhejiang University.2011

  8. Excellent Courses for “Selection and Design of process Equipment”of Zhejiang Province .

  9. Excellent class teacher of Zhejiang University.2009-2010

  10. Excellent class teacher of Zhejiang University.2011-2012

  11. Top ten class teacher of Lantian Academy.2011-2012

Laboratory Activities