Shi Yuetao

Current affiliation

Shandong University, Shandong, P. R. China

Associate Professor, School of Energy Source and Power Engineering, December 2008 - present.

Research: Thermal and fluid science, heat and mass transfer enhancement, energy saving in large-capacity power plants.

Teaching: Principles of Steam Turbine, Introduction to Energy Saving, Boiler Operation and Combustion Adjustment, Energy Saving Theory of Thermal System for Power Plant

Degrees

· Shandong Polytechnic University, P. R. China, Master, Engineering Thermophysics, 1997-2000

· Xi’an Jiaotong University, P. R. China. Ph. D., Power Engineering and Engineering Thermophysics, 2003-2009.

Research interests

· lNumerical and experimental research of heat and mass transfer performance in engineering problems.

· lEnergy saving research in thermal power plants/nuclear power plants.

· lExperimental methods in reliability of heat transfer bundles.

Skills

· FORTRAN

· Ebsilon, ORIGIN, Tecplot.

· Applications of data acquisition instrument/ anemograph/ thermocouples, etc.

· Engineering experiences

· Design of experimental system.

Biography

Shi Yuetao joined the School of Energy and Power Engineering, Shandong University, Jinan, P. R. China, in 2000, after graduated from Shandong Polytechnic University with master degree. He was promoted to an associate professor and was selected as a supervisor for graduate students in thermal engineering in 2008. Since then, Dr. Shi led a research group focusing on projects related to heat and mass transfer enhancement, especially energy saving research of thermal power plants. From 2003 to 2009, he worked on reliability of heat transfer bundle and thermal system optimization of power plant as a doctoral student in Xi’an Jiaotong University.  From 2015.04-2016.04, he did his research in Rutgers University as a visiting scholar. Dr. Shi directly involved in a number of energy saving engineering projects and achieved rich experience in engineering. Dr. Shi is an expert in the area of experimental and engineering heat transfer and also proficient in FLUENT and FORTRAN program.

Journal publications

(1) Yuetao Shi, Xiaojuan Wang, Da Chu, Fengzhong Sun, Zhixiong Guo. An Experimental Study of Ash Accumulation in Flue Gas. Advanced Powder Technology, 27 (2016): 1473–1480.

(2) Yuetao Shi, Zhihao Ma, Da Chu, Fengzhong Sun, Zhixiong Guo. An experimental study of ash particles adhesion force in flue gas. Advanced Powder Technology, 28 (2017):1435–1442

(3) Yuetao Shi, Dai Chen, Zhihao Ma, Zhixiong Guo. Experimental Investigation of Heat Transfer with Ash Deposition in Ultra-Low Temperature WHRS of Coal-fired Power Plant. Applied Thermal Engineering, 123 (2017): 1181–1189

(4) Yuetao Shi, Xiangyu Zhang, Fei Li, Lei Ma. Engineering acid dew temperature: the limitation for flue gas heat recovery. Chinese Science Bulletin.. (2014) 59(33):4418–4425

(5) Yuetao Shi, Ming Gao, Guihua Tang. Experiment research of CFB ash deposition on helical finned tubes. Applied Thermal Engineering, 37 (2012),420-429.

(6) Yuetao Shi, Fengzhong Sun, Wenquan Tao. An experimental study of gas–solid flow around helically finned tube. Applied Thermal Engineering. 28(2008),1563–1571

Conference papers

(1) Yuetao Shi, Guihua Tang, Fengzhong Sun. Experimental research on heat transfer performance of finned tube with ash deposition. International Conference of Applied Energy (ICAE2012), China, Suzhou, July 5-8, 2012

(2) Yuetao Shi, Fengzhong Sun. Experimental study on the fouling factor for helically finned tube. International Conference on Power Engineering (ICOPE 2009), Japan, Kobe, Nov 16-20 2009

(3) Yuetao Shi, Ming Gao, Fengzhong Sun. EXPERIMENTAL RESEARCH OF CFB ASH DEPOSITION ON H-TYPE FINNED TUBES. International Conference on Power Engineering (ICOPE 2013), China, Wuhan, Oct 23-26 2013

Projects (Principal investigator)

(1) Yuetao,Shi. Experimental research on anti-deposition and anti-wear of heat transfer surface. National Basic Research Program of China (973 Program),(No.2011CB710702), 2011.1-2012.12

(2) Yuetao,Shi. Project demonstration of waste heat recovery system from boiler exhaust flue gas. National Basic Research Program of China (973 Program),(No.2011CB710702), 2013.1-2014.12

(3) Yuetao Shi. Technical research on waste heat recovery system based on theory of improving energy level. Science and Technology Development Plan of Shandong Province. (NO. 2012GGE27012), 2013.1-2015.12

(4) Yuetao Shi. Study on the coupling mechanism between acid gas condensation and solid particles deposition in MSW gas. Shandong Natural Science Foundation. (NO. ZR2018MEE031), 2018.03-2021.06

Patents for invention

(1)  Shi Yuetao, Sun Fengzhong, Li Fei. Method to determine engineering dew point. 201310298138.X.

(2)  Shi Yuetao, Sun Fengzhong, Li Fei. Instrument to detect engineering dew point. 201310298139.4.

(3)  Shi Yuetao, Gao Ming, Sun Fengzhong. Cooling tower with air distribution plate. 201310574025.8

(4)  Shi Yuetao, Gao Ming, Sun Fengzhong. A wet-bag dust collecting system. 201310587654.4

(5)  Shi Yuetao. Device and method for deep desulfurization with wet bags. 201310663172.2

(6)  Sun Fengzhong, Shi Yuetao, Huang Xinyuan. An air guide system with airfoil shape deflectors at the air intake of wet cooling tower. 200410035709.1.

(7)  Sun Fengzhong, Shi Yuetao, Huang Xinyuan. Heat recovery system to reduce exhausted flue gas temperature deeply. 200910014905.3.

(8)  Sun Fengzhong, Shi Yuetao, Lu Wanpeng. Cascade utilization system of waste heat from utility boiler. 201210077008.9

(9)  Sun Fengzhong, Chen Youliang, Shi Yuetao, Gao Ming. Fresh air supplement system for wet cooling tower. 200910014931.6.

(10) Gao Ming, Sun Fengzhong, Zhao Yuanbin, Shi Yuetao. A new layout system of wet cooling tower filling. 201210085960.3

Patents for utility models (3 of 12)

(1) Shi Yuetao, Sun Fengzhong, Lu Wanpeng. Elliptical H-type finned tube. ZL 2011 2 0443516.5.

(2) Shi Yuetao, Sun Fengzhong, Li Fei. Instrument to detect engineering dew point. ZL2013 2 0422720.8.

(3) Sun Fengzhong, Chen Youliang, Shi Yuetao, Gao Ming. A new wind-guiding pipe used in wet cooling tower. ZL2009 2 0021804.4.

Books

(1) Shi Yuetao, Ding Xingwu, Gai Yongguang. Equipment and Operation of Steam Turbine. ISBN:978-7-5083-5907-6, China Electric Power Press.2008.

(2) Sun Fengzhong, Shi Yuetao. Operation of Large Scale Turbine. ISBN:978-7-5083-7647-9, China Electric Power Press.2008.

(3) Gao Ming, Sun Fengzhong, Shi Yuetao. MIS and SIS in Thermal Power Plant. ISBN: 978-7-5123-2889-1, China Electric Power Press. 2013.

(4) Wen Feng, Wang Naihua, Zang Jiawen, Shi Yuetao. Overview of Power Plant. ISBN: 978-7-5083-7318-8, China Electric Power Press. 2008.