Resume of Duan Yufeng （段钰锋）

Type

Items

Contents

1

Basic data

Name

Duan Yufeng

Photo

itle

Ph.D & Professor

Position

Office

Room 305, Thermoenergy Engineering Research Institute

Address

Email:yfduan@seu.edu.cn             Mobile：18652051263

Research Interests

Coal-fired pollutants   control technology (Hg, SO₂, NO_x,Heavy metals)

Advanced coal   gasification technology

Circulating fluidized   bed technology

Coal-water-slurry and   sludge petroleum coke slurries

Treatment techniques   for solid wastes

Two-phase flow   numerical simulation

2

Data for webpage

Resume

2002-present  Professor, School of Energy and Environment

Southeast University

1993-2002    Associate Professor

Thermoenergy EngineeringResearch Institute

Southeast University

1991-1993    Lecturer, Thermoenergy EngineeringResearch Institute,

Southeast University

1987-1991    Doctor, majoring   Thermal Engineering

Thermoenergy EngineeringResearch Institute

Southeast   University

1984-1987    Master, majoring Metallurgical Thermal Engineering

Departmentof Thermal Engineering

Beijing University of Science & Technology

1980-1984Bachelor,   majoring Metallurgical Thermal Engineering

Departmentof Thermal Engineering

Beijing University of Science & Technology

Teaching

from2014    Doctoral course “Air Pollution Control from   Coal Combustion” in full English

2006-present  Doctoral course “Air Pollution Control from   Coal Combustion”

2011-present  Undergraduate course “Heat transfer ”

2006-2011   Undergraduate course “Engineering thermodynamics   and Heat transfer ”

2004        Undergraduate course “Scientific   English ”

Academic/teaching Projects

1. NSFC(2014-2017):   Mechanism studies on preparing sulfur enriched high reactive adsorbent from   high sulfur petroleum coke and on mercury removal by flue gas sorbent   injection

2.   NSFC(2011-2013): Mechanism study on mercury removal and co-removal of SO₂   and NOx by modified biomass char activated adsorbent in injection into flue   gas

3. National   Science & Technology Support Program (2012-2015): Study on transportation   of heavy metals in CFB boiler

4. “973”   Subproject (2010-2014): Transportation and atomization of high viscosity and   high concentration carbon contained slurries

5. Jiangsu Province United Creative Subject   (2013-2015): High effective mercury removal technique in coal flue gas and   equipment

6. Jiangsu Province Environmental Protection Subject (2011-2013): R   & D on mercury removal technique by modified biomass char injecting into   flue gas

Awards& Achievements

Publications (papers & academic   book etc.)

PUBLICATIONS:

1.Chunzhen   Yang, Yufeng Duan, Haitao Hu. Application of CFD-DEM to the study of solid   exchange in a dual-leg fluidized bed. Particuology, 2013,11(6): 636-646

2.Meng   Liu, Yufeng Duan, Huafeng Li, Effect of modified sludge on the rheological   properties and co-slurry mechanism of petroleum coke-sludge slurry. Powder   Technology, 2013，July, 243:   18-26. （SCI：160TI；EI：20131716232091）

3.Xiuyuan   Ma, Yufeng Duan, Meng Liu. Effects of petrochemical sludge on the   slurry-ability of coke water slurry. Experimental Thermal and Fluid Science,   2013,  July, 48：238-244. （SCI： 152MX； EI：20131816293748）

4.Xiuyuan   Ma, Yufeng Duan, Meng Liu, Huafeng Li. Influence of sewage sludge on the   rheological properties of petroleum coke–water slurry. Asia-Pacific Journal   of Chemical Engineering, 2013, 8(3): 453-460.    (SCI：160IS；EI: 20132516425975)

5.Xiuyuan   Ma, Yufeng Duan, Meng Liu. Atomization of petroleum-coke sludge slurry using   effervescent atomizer. Experimental Thermal and Fluid Science, 2013,  46：131-138.  (SCI:   104EW;  EI: 20130716026156)

6.Xiuyuan   Ma, Yufeng Duan, Huafeng Li. Wall slip and rheological behavior of   petroleum-coke sludge slurries flowing in pipelines. Powder Technology, 2012,   230 (11): 127-133. (SCI: 013IX; EI: 20123415368960)

7.Chunzhen   Yang, Yufeng Duan, Haitao Hu, Changsui Zhao. Pressure Fluctuation Analysis of   Solid Exchange in a Dual-Leg Fluidized Bed. Powder Technology, 2012, 224 (7):   69-75. (SCI: 952KS; EI: 20121915001950)

8.Yunjun   Wang and Yufeng Duan. Effect of Manganese Ions on the Structure of Ca(OH)2   and Mercury Adsorption Performance of Mnx+/Ca(OH)2 Composites. Energy &   Fuels, 2011, 25 (4): 1553-1558.

9.Meng Liu, Yufeng Duan, Tienan Zhang and Yiqian Xu. Evaluation of unsteadiness in   effervescent sprays by analysis of droplet arrival statistics – The influence   of fluids properties and atomizer internal design. Experimental Thermal and Fluid Science,   2011, 35(1): 190-198. (SCI: 689ZF; EI: 20104513361741)

10.Yunjun   Wang, Yufeng Duan, Liguo Yang, Changsui Zhao and Yiqian Xu. Mercury   Speciation and Emission From the Coal-Fired Power Plant Filled With Flue Gas   Desulfurization Equipment. The Canadian Journal of Chemical Engineering,   2010, 88(5):867-873. (SCI: 660TJ; EI: 20110913708075)

11.Meng   Liu, YuFeng Duan, TieNan Zhang. Evaluation of effervescent atomizer internal   design on the spray unsteadiness using a phase/Doppler particle analyzer.   Experimental Thermal and Fluid Science, 2010, 34 (6): 657–665. (SCI：603ZE；EI: 20101712878827)

12.Yufeng   Duan, Changsui Zhao, Yunjun Wang, and Chengjun Wu. Mercury Emission from   Co-combustion of Coal and Sludge in a Circulating Fluidized-Bed Incinerator.   Energy & Fuels, 2010, 24（1）: 220-224.   （SCI: 555MI; EI：20100812731637）

13.Liangyong   Chen, Yufeng Duan, Meng Liu, Changsui Zhao. Slip flow of coal water slurries   in pipelines. Fuel, 2010，89(5): 1119-1126. doi:10.1016/j.fuel.2009.09.016. (SCI: 575XK)   (EI: 20100912740217)

14.Y.   J. Wang, Y. F. Duan, Z. J. Huang, S. L. Meng, L. G. Yang, C. S. Zhao.   Vapor-phase elemental mercury adsorption by Ca(OH)2 impregnated with MnO2 and   Ag in fixed-bed system. Asia-Pac. J. Chem. Eng. 2009, 5(3): 479-487. (SCI:   617JM; EI：20102613041087）

15.Liangyong   Chen, Yufeng Duan, Changsui Zhao, Liguo Yang, Rheological   behavior and wall slip of concentrated coal water slurry in pipe flows.   Chemical Engineering and Processing, 2009, 48(7): 1241-1248.  (SCI: 553MT)  (EI: 20093112233665)   

16.Liangyong   Chen, Yufeng Duan, Wenhao Pu, Changsui Zhao，CFD simulation of coal-water slurry   flowing in Horizontal Pipelines，Korean J. Chem. Eng. 2009, 26(4): 1144-1154. (SCI: 466OC)

17.Meng   Liu, Yu Feng Duan. Resistance properties of coal-water slurry flowing through   local piping fittings. Experimental Thermal and Fluid Science. 2009, 33(5):   828-837. (SCI: 460HF, EI: 20092212095758)

18.Meng   Liu, Liangyong Chen, Yufeng Duan，Local resistance characteristics of highly concentrated   coal-water slurry flow through fitting. Korean Journal of Chemical   Engineering, 2009, 26(2): 575-581. (SCI: 416KC)

19.Yunjun   Wang, Yufeng Duan, Liguo Yang, Changsui Zhao, Xianglin Shen, Mingyao Zhang,   Yuqun Zhuo, Changhe Chen. Experimental study on mercury transformation and   removal in coal-fired boiler flue gases. Fuel Processing Technology, 2009,   90(5): 643–651. (SCI:446XQ; EI: 20091612039959)

20.Xianghua   Yang, Yuqun Zhuo, Yufeng Duan, Lei Chen, Liguo Yang, Liang Zhang, Yiman   Jiang, Xuchang Xu. Mercury speciation and its emissions from a 220MW   pulverized coal-fired boiler power plant in flue gas. Korean Journal of   Chemical Engineering, 2007, 24(4): 711-715.     （SCI：197PH）

21.Chen   Lei, Duan Yufeng, Zhuo Yuqun, Yang Liguo, Zhang Liang, Yang Xianghua, Yao   Qiang, Jiang Yiman, Xu Xuchang. Mercury transformation across particulate   control devices in six power plants of China: The co-effect of chlorine and   ash composition. Fuel, 2007, 86(4): 603–610.     （SCI：133WK）(EI: 20064510221900)

22.Yan   Cao, Yufeng Duan, Shawn Kellie, Lingchuan Li, Weibing Xu, John T. Riley and   Wei-Ping Pan. Impact of Coal Chlorine on Mercury Speciation and Emission from   a 100-MW Utility Boiler with Cold-Side Electrostatic Precipitators and   Low-NOx Burners. Energy & Fuels. 2005, 19(3): 842-854. (SCI: 929CW)

23.Shawn   Kellie, Yan Cao, Yufeng Duan, Lingchaun Li, Paul Chu, Arun Mehta, Ron Carty,   John T. Riley and Wei-Ping Pan. Factors Affecting Mercury Speciation in a   100-MW Coal-Fired Boiler with Low-NOx Burners. Energy & Fuels，2005, 19(3): 800-806.  (SCI: 929CW) 

24.Shawn   Kellie, Yufeng Duan, Yan Cao, Paul Chu, Arun Mehta, Ron Carty, Kunlei Liu,   Wei-Ping Pan, John T. Riley. Mercury emissions from a 100-MW wall-fired   boiler as measured by semicontinuous mercury monitor and Ontario Hydro   Method. Fuel Processing Technology, 2004, 85(6,7): 487– 499.  (SCI: 815GQ) 

BOOK: Co-authored in: Zhang Mingyao et al. Clean Coal Power   Generation Technology and Engineering Application [M]. Beijing: Chemistry   Industry Press, 2010, pp.259-281 (Chapter 11 Mercury emission and control in   coal fired power plant)

Patents

CHINA UTILITY MODEL   PATENTS

[1] A mixing unit for super fine particles. ZL 2012 2   0094508.9

[2]An adjustable spiral effervescent atomization nozzle.   ZL 2009 2 0180006.6

CHINA INVENTION   PATENTS (in public)

[1] A mercury   sorbent from modifying activated carbon and its making method. 201210130106.4, CN103372418A, 2013.10.30

[2] A method   to modify lignite by use of organic agent to get a high concentration   coal-water-slurry. 201310206400.3,   CN103343023A，2013.10.09

[3] A system   and method of overall energy utilization to upgrade lignite by drying. 201310204831.6, CN103307891A, 2013.09.18

[4] A system   and method to upgrade lignite in low temperature pyrolysis. 201310159897.8, CN103215055A, 2013.07.24

[5] A Fe/Cl   modified mercury adsorbent in flue gas. 201310036996.7, CN103084145A, 2013.05.08

[6] A mercury   speciation partitioning unit and method by bubbling supersonic atomization. 201210584530.6, CN103076215A, 2013.05.01

[7] A   modified sludge-petroleum coke-slurry by paper making black liquid and its   preparation method. 201210576437.0,   CN103060031A, 2013.04.24

[8] A making   method of modified Ca-based sorbent for capturing CO₂. 201210295566.2, CN102836635A, 2012.12.26

[9] A mercury   removal unit from flue gas by a fluidized bed injecting adsorbent. 201210255876.1,  CN102728181A, 2012.10.17

[10] A method   to prepare a compound Ca-based sorbent for CO₂ capture. 201210152961.5, CN102658010A, 2012.09.12

[11] A mixing   unit of fine particles with inner circulation fluidized bed. 201210134664.8, CN102641685A, 2012.08.22

[12] A mixing   unit for super fine particles. 201210066231.3, CN102614801A, 2012.08.01

[13] A waste   water coal slurry and its making method. 201110088098.7, CN102181314A, 2011.09.14

[14] An   adsorbent for mercury removal in flue gas and its making method. 201010553069.9, CN101985099A, 2011.03.16

[15] A high   concentration slurry of sewage sludge, coal and petroleum coke and its making   method. 201010559281.6,   CN101985572A, 2011.03.16

The supervised  postgraduate students (including  their emails)