Ming Xia   

Associate Professor

Address：C601 Hongyi Building

Email：mxia(at)njtech.edu.cn

Education and Work Experience

2022.5—now, Prof. (A), Chemical Engineering, Nanjing Tech University

2014.7—2022.4, Prof. (A), Institute of Coal Chemistry, CAS

2018.5—2021.5, P. Doct., Institute of Coal Chemistry, CAS-Lutianhua Group Corporation

2009.9—2014.6, PH. D., Chemical Engineering, Tianjin University

2005.9—2009.6, B. S., Chemical Engineering & Technology, Zhengzhou University

Research Interests

Ming’s research interests involve Green Intelligent Chemical Product Development & Environment Protection, particularly focusing on Catalytic Reaction Engineering & Novel Reactors, Industrial Catalysis, and Process Systems Engineering with the help of simulated and experimental methods.

Academic achievements

As the (Co-)Principle investigator, Ming Scaled up a 30,000-ton/a lubricant base oil demonstration equipment for the Fischer-Tropsch synthesis, Conducted experiments and simulations of Single-tube equipment for CO2 to Dimethyl Carbonate(DMC), Acetate Acid to Ethanol/Isopropanol/Acetone, and Long-chain alpha-olefin synthesis etc.

Selected Publications

[1] Niu, Congcong; Xia, Ming*; Li, Debao*; et al; A Hybrid Kinetics Integrating Feed-consumption Rate and Product Selectivity Models for Fischer-Tropsch Synthesis over an Industrial Cobalt-based Catalyst, Chemical Engineering Journal, 2023, 455: 140817

[2] Niu, Congcong; Xia, Ming*; Li, Debao*; et al; Mass Transfer Advantage of Hierarchical Structured Cobalt-based Catalyst Pellet for Fischer-Tropsch Synthesis, AIChE Journal, 2021, 67: e17226

[3] Niu, Congcong; Xia, Ming*; Li, Debao*; et al; Effect of Process Conditions on The Product Distribution of Fischer-Tropsch Synthesis over an Industrial Cobalt-Based Catalyst Using a Fixed-Bed Reactor, Applied Catalysis A: General, 2020, 601: 117360

[4] Xia, Ming; Jia, Litao*; Li, Debao; et al; The Importance of Pressure-Sensitive Pinch/Azeotrope Feature on Economic Distillation Design, Separation and Purification Technology, 2020, 250:116753

[5] Xia, Ming; Niu, Congcong; Shi, Hui; Zhang, Wei; Ma, Zhongyi; Chen, Congbiao; Jia, Litao; Hou, Bo; Li, Debao*; Computer-aided Method for Catalytic Reaction Engineering Research & Process Development, CIESC Journal (in Chinese), 2020, 71(1): 166-176

[6] Li, Debao; Xia, Ming; Jia, Litao; Hou, Bo; Ma, Zhongyi; Chen, Congbiao; Rectification Technology for Separation of Fischer-Tropsch Synthetic Product, 2017-11-3, China Patent, ZL201711068982.8

[7] Li, Debao; Ma, Zhongyi; Jia, Litao; Hou, Bo; Xia, Ming; Jet Loop Reactor and Utilization Method Thereof, 2016-11-24, China Patent, ZL201611043568.7

[8] Li, Debao; Ma, Zhongyi; Jia, Litao; Hou, Bo; Xia, Ming; A Fixed Bed Reactor for Strong Exothermic Reaction, 2017-8-25, China Patent, ZL201621228525.1

[9] Li, Debao; Zhang, Wei; Xiao, Yong; Ma, Zhongyi; Chen, Congbiao; Xia, Ming; Jia, Litao; Hou, Bo; A Multistage Fixed Bed Reactor of Liquid Cooling Type for FT Synthesis, 2017-8-25, China Patent, ZL201621341467.3

[10] Li, Debao; Zhang, Wei; Xiao, Yong; Ma, Zhongyi; Chen, Congbiao; Xia, Ming; Jia, Litao; Hou, Bo; A Multistage Fixed Bed Reactor for FT Synthesis, 2017-7-28, China Patent, ZL201621334086.2