| Institute | Department of Environmental Science and Engineering
Key Laboratory of Coal (Gas) Highly-efficient Combustion and Ultra-low Emission of China Machinery Industry Federation |
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| Research Area | • Pollutant control of NOx and Sox
• Ash formation and mineral migration during combustion and gasification
• High-efficient and clean combustion technologies
• Oxyfuel combustion technology to capture CO2 |
| Contact Info. | jianzhang@usst.edu.cn |
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| Journal Publications |
| 1. Degui Bi, Jian Zhang, Zhongxiao Zhang. Industrial Trials of High-Temperature Selective Noncatalytic Reduction Injected in the Primary Combustion Zone in a 50 MWe Tangentially Firing Pulverized-Coal Boiler for Deeper NOx Reduction. Energy Fuels, 2016, 30 (12): 10858–10867 |
| 2. Jian Zhang, Qunying Wang, Yajuan Wei, Lian Zhang. Numerical Modelling and Experimental Investigation on the Use of Brown Coal and its Beneficiated Semi-coke for Coal Blending Combustion in a 600 MWe Utility Furnace. Energy & Fuels 2015. 29(2):1196-1209 |
| 3. Jian Zhang, Baiqian Dai, Ying Meng, Xiaojiang Wu, Jianwen Zhang, Xiang Zhang, Yoshihiko Ninomiya, Zhongxiao Zhang, Lian Zhang. Pilot-Scale Experimental and CFD Modeling Investigations of Oxy-Fuel Combustion of Victorian Brown Coal. Fuel 2015, 144: 111-120 |
| 4. Wirhan Prationo, Jian Zhang, Jianfang Cui,Yatao Wang,Lian Zhang,Clarifying the influence of moisture on the ignition and combustion of wet Victorian brown coal in air-firing and oxy-fuel modes: Part 2: Contribution of gasification reaction to char oxidation rate，Fuel Processing Technology 2015, 138: 680-686 |
| 5. Wirhan Prationo, Jian Zhang, Jianfang Cui, Yatao Wang, Lian Zhang. Influence of inherent moisture on the ignition and combustion of wet Victorian brown coal in air-firing and oxy-fuel modes: Part 1: The volatile ignition and flame propagation，Fuel Processing Technology, 2015, 138: 670-679. |
| 6. Wirhan Prationo, Jian Zhang, Xiaojiang Wu, Xiaodong Chen, Lian Zhang, Influence of external clay and inherent minerals on lignite optical ignition and volatile flame propagation in air-firing and oxy-firing. Industrial & Engineering Chemistry Research 2014, 53(7): 2594-2604. |
| 7. Jian Zhang, Wirhan Prationo, Lian Zhang, Zhongxiao Zhang, Computational fluid dynamics modelling on the air-firing and oxy-fuel combustion of dried Victorian brown coal. Energy Fuels 2013, 27: 4258-69. |
| 8. Jian Zhang, Ming-Chuan Zhang, Juan Yu. Extended Application of Moving Flame Front Model for Combustion of a Carbon Particle with Finite-Rate Homogenous Reaction. Energy & Fuels 2010, 24 (2): 871–879. |
| 9. Yuyu Lin, Chu Zhang, Mingchuan Zhang, Jian Zhang. Deoxygenation of bio-oil during pyrolysis of biomass in the presence of CaO in a fluidized-bed reactor. Energy & fuels 2010, 24(10): 5686-5695. |
| 10. Juan Yu, Ming-Chuan Zhang, Jian Zhang. Experimental and Numerical Investigations on the Interactions of Volatile Flame and Char Combustion of a Coal Particle. Proceedings of the Combustion Institute. 2009. 32: 2037-2042. |
| 11. Juan Yu, Ming-Chuan Zhang, Jian Zhang. An Improved Model for Char Combustion in Blast Furnace Pulverized Coal Injection. Steel Research International. 2009. 80 (10): 714-723. |
| 12. Jian Zhang, Ming-chuan Zhang, Ming-yan Gu, Juan Yu. A Cross-scale Simulation Method of Multi-phase Combustion in Pulverized-coal Turbulent Flame and Its Application. Journal of Engineering Thermophysics. 2012.33(1):155-158. In Chinese. |
| 13. Shi-lei Hu, Jian Zhang, Zhongxiao Zhang, et al. Theoretical Analysis on Gasification Reaction Characteristics of Chinese Coal of High Ash Fusion Temperature. Journal of Engineering Thermophysics. 2012, 33(6): 1069-1072. In Chinese. |
| 14. Jian Zhang, Ming-Chuan Zhang, Juan Yu, et al. Modeling of Char Gasification Process Taking Into Account Homogenous Reactions in Particle Boundary Layer. Journal of combustion science and technology. 2011.1(17): 49-55. In Chinese. |
| 15. Yu-yu Lin, Chu Zhang, Ming-chuan Zhang, Jian Zhang, Xu-chang XU. Investigation on direct deoxygenation of bio-oil during biomass fast pyrolysis with CaO in a fluidized bed reactor. Journal of Fuel Chemistry and Technology. 2011, 39(03) 182-188. In Chinese. |
| 16. Yu-Yu Lin, Chu Zhang, Jian Zhang, Ming-Chuan Zhang. XRD and FTIR Analysis of the Pyrolysis Products of Biomass Accompanied by Cao. Journal of Engineering Thermophysics. 2011.12. In Chinese. |
| 17. Jian Zhang, Ming-chuan. Zhang, Juan Yu, et al. Theory comparison and experimental validation of the Moving Flame Front (MFF) model. Journal of Engineering Thermophysics. 2010.31(1):157-160. In Chinese. |
| 18. Jian Zhang, Ming-chuan Zhang, Juan Yu, et al. Application Research of Moving Flame Front Model With Finite-Rate Homogenous Reaction. Journal of Engineering Thermophysics. 2010.31(4): 709-712. In Chinese. |
| 19. Jian Zhang, Ming-chuan Zhang, Juan Yu, et al. Theoretical analysis and simple simulation method on volatile flame behavior of pulverized coal particle. Journal of Engineering Thermophysics. 2009.30(4):711-713. In Chinese. |
| 20. Jian Zhang, Ming-chuan Zhang, Juan Yu, et al. Moving flame front model for volatile combustion after homogeneous ignition. Journal of combustion science and technology. 2009.15(5): 451-456. In Chinese. |
| 21. Yu-Yu Lin, Ran Tao, Chu Zhang, Jian Zhang, Ming-Chuan Zhang. Falling-body Experiment on Fast Cellulose Pyrolysis Accompanied by CaO. Journal of Power Engineering, 2009.29(5). In Chinese. |
| 22. Yong-feng Qi, Ming-chuan Zhang, Jian Zhang, et al. Experimental investigation on fast pyrolysis kinetic characteristics of micro-pulverized coal. Chemical Engineering (China). 2009. 37(3): 62-65. In Chinese. |
| 23. Yong-feng Qi, Jia-yuan Xiao, Ming-chuan Zhang, Jian Zhang. Relationship between denitration efficiency and ignition status during the process of pulverized coal pulverized coal reburning. Journal of Engineering Thermophysics. 2008.29(4): 685-688. In Chinese. |
| 24. Jian Zhang, Ming-chuan Zhang, Juan Yu, et al. Important for locating the flame front in the moving flame front (MFF) model. Journal of Engineering Thermophysics. 2007.28(S2). In Chinese. |
| 25. Qiao-hong Zhu, Jian-ping Lian, Jian Zhang, et al. Unsteady calculation and analysis of thermal situation for hot forming die for U-shaped part on auto. Mould &Die Project. 2007 (1): 80-83. In Chinese. |
| 26. En-ke An, Jian Zhang, Hong-quan Zhou. Convergence of numerical simulations of the combustion progress in utility boiler. Journal of Tongji University (Natural science). 2005, (01) 121-125. In Chinese. |
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| Patents |
| 1. Chinese patent (CN102492477 A) : A flame-controllable combined nozzle used in coal-water-slurry entrained gratifier with hierarchical-oxygen supply. Inventor: Jian Zhang, Zhong-xiao Zhang, Shi-lei Hu. Publication data: Jan 15, 2014. |
| 2. Chinese patent (CN102585907 A) : A pressured gasification testing system with step-oxygen supply and dry-slag removal. Inventor: Jian Zhang, Zhong-xiao Zhang, Jun-jie Fan, Shi-lei Hu. Publication data: Nov 27, 2013. |
