Jingxuan Yang-太原理工大学化学与化工学院

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Jingxuan Yang Ph.D

Master Supervisor

Subject：

Process Equipment and Control Engineering

Research：

·Multiphase flow
·reaction and separation processes and equipment

E-mail：yangjingxuan@tyut.edu.cn

Address：C205 in the department of Process Equipment and Control Engineering

Personal profile
Education
Scientific Research

Born in June 1985. Member of the Communist Party of China. Bachelor's degree in process equipment and control engineering was obtained from Beijing University of Chemical Technology in 2007. Master's degree in chemical process machinery was obtained from Southwest Petroleum University in 2010. Doctor's degree in chemical process machinery engineering was obtained from China University of Petroleum (Beijing) in 2014. The research direction is multiphase flow, reaction and separation process and equipment. Visiting scholar of the Institute of new energy in North Japan of Hirosaki University from June to December 2015. At present, serving as also the director of Shanxi chemical industry society and secretary general of fluidization special committee of Shanxi chemical industry society. In 2018, I was selected into the "SanJin talents" support plan of Shanxi Province.

1.Course: Manufacture Technology of Process Equipment; senior fluid mechanics

1.Research Interests

Multiphase flow, reaction and separation processes and equipment

2.Paper

1.Jingxuan Yang, Guogang Sun, Cuizhi Gao. Effect of the inlet dimensions on the maximum-efficiency cyclone height. Separation and Purification Technology, 105 (2013) 15–23.

2.Jingxuan Yang, Guogang Sun, Minshu Zhan. Prediction of the maximum-efficiency inlet velocity in cyclones. Powder Technology, Volume 286, December 2015, Pages 124-131

3.Jingxuan Yang, Jenny Rizkiana, WahyuBambangWidayatno, SurachaiKarnjanakom, MalineeKaewpanha, XiaogangHao, AbulitiAbudula, Guoqing Guan. Fast co-pyrolysis of low density polyethylene and biomass residue for oil production.Energy Conversion and Management,Volume 120, 15 July 2016, Pages 422-429.

4.Jingxuan Yang, MalineeKaewpanha, SurachaiKarnjanakom, Guoqing Guan, XiaogangHao, AbulitiAbudula. Steam reforming of biomass tar over calcined egg shell supported catalysts for hydrogen production. International Journal of Hydrogen Energy, Volume 41, Issue 16, 4 May 2016, Pages 6699-6705.

5.Jingxuan Yang, Guogang Sun, Yuming Zhang, Qiang Ma, Chuan Li. The effect of inlet velocity on the performance of oil shale ash cyclone separator. Oil Shale, 2017, Volume 34, No. 2, Pages 155-166.

6.Jingxuan Yang,Tengbo Ma,Wenhao Lian,Zhongkai Zhao,Nianchen Han,Peng Li,Xiaogang Hao,Wei Huang.Hydrodynamic simulation of bubbling fluidized bed in tbcfb and pressure analysis of its feeding system.Journal of Taiyuan University of Technology.2017,48(01):18-24.

7.Jingxuan Yang,Zhenzhou Dong,Cong Shen,Wei Zhang,Xiaogang Hao,Guoqing Guan. Analysis of effect of radial confluence flow on vortex core motion. Powder Technology,2019,356.

3.Patent

（1）Xiaogang Hao; Junli Wang; Wenhao Lian; Jingxuan Yang; Peng Li; Zhonglin Zhang; Yinan Wang; Wei Huang. A pyrolysis gasification device and process,2015-7-22,China, CN201510160008.9.

（2）Guogang Sun; Jingxuan Yang. A multistage cyclone separator system in fluidized bed with separated exhaust gas,2011-10-19,China, CN201110318123.6.

（3）Guogang Sun; Jingxuan Yang; Chuan Li. A multi-stage cyclone separator system for separating exhaust gas from front stage separator,2011-10-19, China,CN201110318124.0.

（4）Guogang Sun; Jingxuan Yang; Yuming Zhang. A series system of two-stage cyclone separator with staged exhaust and inlet,2014-3-14,Other countries, CN201410092865.5.

4. Projects

1.National Natural Science Foundation,Youth Project, 21506139, Experimental and numerical simulation study on maximum efficiency inlet gas velocity of cyclone separator,2016-01 to 2018-12.