Dong Yong, Ph.D, Professor, Doctoral Supervisor, Director of National Engineering Laboratory for Combustion of Coal Pollutants.

Education background：

1985.9-1989.7 Harbin Institute of Technology, Department of Thermal Engineering, Bachelor of Engineering

1992.9-1995.3 Harbin Institute of Technology, major in thermal engineering, master of engineering

2000.9-2004.2 Harbin Institute of Technology, major in thermal engineering, doctor of engineering

Research areas：

1) Coal clean combustion theory and technology

2) Coal-fired pollutant control technology, dust removal technology, flue gas desulfurization technology, mercury removal technology, zero-emission technology of desulfurization wastewater

3) Low temperature wet flue gas moisture and waste heat recovery and utilization technology

Hosted research projects in recent years：

(1) Key technologies for waste heat recovery evaluation of boiler systems with synergistic pollutant removal, national key research and development plan, 2018-2021;

(2) Research on white smoke control technology for coal-fired low-temperature wet flue gas, Shandong Provincial Key Research and Development Program, 2018-2019;

(3) Research on ultra-low emission of pollutants in electrolytic aluminum industry and its environmental monitoring technology, Shandong Weiqiao Aluminum Electric Co., Ltd., 2018-2019;

(4) Key technology research on energy efficiency evaluation of typical contact heat exchange equipment, national key research and development plan, 2017-2020;

(5) Research and application of low-temperature residual energy efficient heat transfer technology and equipment for industrial boilers, China Special Equipment Inspection and Research Institute, 2017-2019;

(6) Research on energy conservation and environmental protection regulations and related technical support for special equipment, the AQSIQ project, 2017-2018;

(7) Wet desulfurization wastewater zero-emission flue gas waste heat spray drying on-site pilot, Guohua Mengjin Power Plant, 2016-2017;

(8) Research on synergistic control mechanism of S and Hg in coal decoupling combustion process, open fund of coal combustion key laboratory, 2016-2018;

(9) Mechanism study on flue injection of rich chlorine desulfurization wastewater to promote elemental mercury form conversion, National Natural Science Foundation of China, 2012-2015;

(10) Basic experimental research on improving desulfurization efficiency based on double-cycle absorption tower, Shenhua Guohua Electric Power Research Institute Co., Ltd., 2013-2015;

(11) Flue gas waste heat utilization and deep purification technology after wet desulfurization, Wuhan Optics Valley Environmental Protection Company, 2015-2018;

(12) Study on measurement method of flue gas flow in coal-fired power plants, Shandong Environmental Information Center, 2015-2016

Honors and rewards:

(1) High-efficiency synergistic removal technology of SO2 and soot in coal-fired industrial boilers, 2010, second prize of technical invention of Ministry of Education;

(2) Double-circulating fluidized bed flue gas desulfurization technology, 2006, second prize of national technology invention;

(3) Double-circulating fluidized bed flue gas suspension desulfurization technology, 2003, second prize of technical invention of the Ministry of Education;

(4) Double-circulating fluidized bed flue gas suspension desulfurization technology, 2002, Shandong Province technical invention second prize;

Published papers in recent years:

(1)  Dehumidification performance of wet flue gas in coal-fired power plant. CIESC Journal, 2017, 68(9)

(2)  Study of elemental mercury oxidation over an SCR catalyst with calcium chloride addition. Chemical Engineering Journal, 2014，253；

(3)  Experimental study on mercury release behavior during coal pyrolysis with calcium chloride addition. Journal of Fuel Chemistry and Technology,2014, 42(1)；

(4)  Mercury occurrence mode in coal and its release behavior during pyrolysis. Journal of Fuel Chemistry and Technology,2014, 42(2);

(5)  Experimental and Mechanism Study on Mercury Oxidation by Selective Catalytic  Reduction Catalyst Modified by Calcium Chloride. Proceedings of the CSEE, 2014，34 (26)；

(6) Simulation research on a solar desalination unit with multi-stage regeneration based on matlab. Acta Energiae Solaris Sinica,2014, 35(9);

(7)  Mercury occurrence mode in coal and its release behavior during pyrolysis. Journal of Fuel Chemistry and Technology,2014, 42(2);

(8)  Experimental Research on the Gas-phase Oxidation Properties of Chlorine Dioxide on NO and Hg. Proceedings of the CSEE,2015, 35(13)

Patent:

[1]     YongDong,et al.  The invention discloses the leading flue of electrostatic precipitator.ZL 201210070304.6

[2]     YongDong,et al.   The invention discloses chlorine in coal element cycling utilization realize the pollutant and unite the device and the method of desorption. ZL201310020027.2

[3]     YongDong,et al.  The coal combustion method and the device of a low emission. ZL2014104978916

[4]     YongDong,et al.  The invention discloses desulfurization waste water System and method for of demercuration in coordination. ZL 2015101417740[5]     YongDong,et al.  The invention discloses device and a method that improves flue gas super-heated rate after the wet desulphurization.ZL201510932110.6

[5]     YongDong,et al.  The invention discloses device and a method that improves flue gas super-heated rate after the wet desulphurization.ZL201510932110.6

Contact information:

Address: School of Energy and Power Engineering, Shandong University, No. 17923 Jingshi Road, Jinan City

Office phone: 053188399372-602

Email: dongy@sdu.edu.cn

Welcome to master's degree, doctoral degree, post-doctoral degree with background in thermal energy, environment and chemical industry!