Faculty Members
Education
l PhD from The University of Bergen(Norway)
l Bachelor from Fushun Petroleum Institute(China)
Research
l Enhanced Oil Recovery(EOR):
l Chemical Enhanced Oil Recovery(CEOR)
l Colloid and interface chemistry
l Crude oil emulsion, foam and dispersion
l Deep reservoir profile control with Linked Polymer Solution(LPS) and Polymer Particle Dispersion(PPD)
l Enhanced Oil Recovery with CO2 (CO2-EOR), Decreasing of MMP
Progamme supervised for:
l M.Sc. and Ph. D supervisor for Chemical Engineering
Teaching
l Colloid and Interface Chemistry, Oil Field Chemistry
Previous Teaching Experience
l 1982-1988, Fushun Petroleum Institute, China
l 1988-1995, University of Bergen, Norway
l 1995-2015, China University of Petroleum, Beijing
Other Functions
Professional Affiliations
Contact
Email: mingyuanli@cup.edu.cn TEL: 13601074955 Fax: 010-89734612
Address of Office: Mail Box.268, China University of Petroleum, Fuxue Road 18, Changping, Beijing, China. 102249
Publications
[1] Yang Zihao, Li Mingyuan, Peng Bo, Lin Meiqin, Dong Zhaoxia. “Aggregation of CO2 and organic liquid molecules at near critical and supercritical condition of CO2.” Journal of Dispersion Science and Technology. 35(1) (2014), pp143-149
[2] Yang Zihao, Li Mingyuan, Peng Bo, Lin Meiqin, Dong Zhaoxia. “Dispersion Property of CO2 in Oil Part3：Aggregation of CO2 molecule in organic liquid at near critical and supercritical condition of CO2.” Journal of Dispersion Science and Technology. 35(2) (2014), pp168-174.
[3] Yang Zihao, Li Mingyuan, Peng Bo, Lin Meiqin, Dong Zhaoxia. “Volume expansion of CO2+oil at near critical and supercritical conditions of CO2.” Fuel. 112(2013), pp 283-288.
[4] Yang Zihao, Li Mingyuan, Peng Bo, Lin Meiqin, Dong Zhaoxia. “Dispersion Property of CO2 in Oil Part1: Volume expansion of CO2 + alkane at near critical and supercritical condition of CO2.”J. Chem. Eng. Data. 57 (3) (2012), pp 882–889.
[5] Yang Zihao, Li Mingyuan, Peng Bo, Lin Meiqin, Dong Zhaoxia. “Dispersion Property of CO2 in Oil Part2: Volume expansion of CO2 + organic liquid at near critical and supercritical condition of CO2.” J. Chem. Eng. Data. 57 (4) (2012), pp 1305–1311.
More than 120 papers and books published in the last 30 years.
