Li Chuanxian, male, Ph.D., professor and doctoral supervisor of School of Storage, Transportation and Architectural Engineering, China University of Petroleum (East China). 1963 was born in Yuncheng, Shandong province in April, 1984 graduated from China Youshi University with a bachelor's degree in oil and gas storage and transportation engineering. 1993 graduated from China Youshi University with a master's degree in oil and gas storage and transportation engineering; He graduated from Shandong University in 2003 with a doctorate in physical chemistry. He is now a member of the Professional Committee of Petroleum Storage and Transportation of China Petroleum Institute.

Chinese name: Li Chuanxian

Nationality: China.

Ethnic group: Han nationality

Place of Birth: Yuncheng City, Shandong Province

Date of birth:1April 963

Occupation: teacher

Graduate school: Youshi University, China; Shandong University

Representative work: crude oil rheology

Personal profile

Education experience

65438+September 0980-65438+July 0984 Petroleum University (East China) majoring in oil and gas storage and transportation engineering

65438+September 0990-65438+July 0993, Master of Oil and Gas Storage and Transportation Engineering, University of Petroleum (East China)

From September 2000 to July 2003, he was a Ph.D. student majoring in physical chemistry in Shandong University.

Business experience

1984-1February 1995, China Youshi University (East China) engaged in teaching and related scientific research;

1996 65438+ 10-1996 July UniversityofStrathclyde was engaged in an academic visit;

1August 1996-Today, the Department of Oil and Gas Storage and Transportation Engineering of China Youshi University (East China) is engaged in teaching and related scientific research.

Teaching undergraduate and graduate courses: crude oil rheology, applied fluid mechanics and natural gas pipeline design and management. , and published the textbook "Crude Oil Rheology".

Main research direction: 1, crude oil rheology theory and application research; 2. Study on the theory and application of chemical modification of waxy crude oil/heavy oil: 3. Study on the theory of energy saving and consumption reduction and safety guarantee technology of oil and gas pipeline system: 4. Study on emulsification and demulsification technology of crude oil.

As the person in charge (main researcher), he has successively completed four national and provincial projects, including the National 863 Plan 1, the National Natural Science Foundation 1 and the Shandong Natural Science Foundation, and presided over or participated in more than 20 scientific research projects of PetroChina and Sinopec. Innovative research achievements have been made in the development and application of pour point depressant for waxy crude oil, upgrading crude oil with dissolved gas, energy saving and safety guarantee of oil and gas pipelines, emulsified transportation of heavy oil, and many scientific and technological achievements have been popularized and applied at home and abroad. As the finisher of 1, it won the second prize of Shandong Science and Technology Progress 1 and 2 national patents.

Undertake scientific research projects

"Research on the method of eliminating severe plug flow in deep-sea riser and its supporting separation system", national 863 project (2006AA09Z302), deputy head;

"Study on Aggregation Kinetics and Flow Safety of Hydrate Particles", National Natural Science Foundation of China (5 1006 120), the second director;

"Study on the Regulation Mechanism of Spherical Nano-silica on the Performance of Polyacrylate Wax Crude Oil Pour Point Depressant", National Natural Science Foundation (5 1204202), the second person in charge;

"Regulation and control of modified inorganic nano-materials on pour point depression effect of waxy crude oil and its physical and chemical mechanism", Shandong Natural Science Foundation (ZR20 12EEQ002), the second person in charge.

Publication of academic papers/works

Scaling of (1) StructuralCharacteristics of GeledModlwaxyoils. Energy fuel, 20 13, accepted. (SCI，EI)

(2) The structural characteristics based on scale model are studied. Energy fuel, 2013,27, 1307- 13 13. (SCI，EI)

(3) Solubility and rheology saturated by different alkanegases. Petrol. Sci. Technol.2013. (SCI，EI)

(4) Solubility and rheology of domestic crude oil. Advanced materials research, 2012,524-527:1881-1888. (EI)

(5) Modified maleic anhydride copolymer pour point depressant and its effect on the rheology of lubricating oil. Energy fuel, 2012,26 (2): 995-1001. (SCI，EI)

(6) Study on the transformation from oil-in-water emulsification induced by continuous fermentation to normal emulsification. (SCI，EI)

(7) Qinghai waxycludeoilafterstatistical dynamic cooling.j.pet.sci.eng, 20 1 1, 77(3-4):35 1-358. (SCI，EI)

(8) The influence of measuring temperature on the isothermal gelation characteristics of Qinghai crude oil. Journal of China Youshi University (Natural Science Edition), 201,35 (1):135-139, 145. (EI)

(9) Study on nonlinear creep model of gelled waxy crude oil. Journal of chemical engineering of chinese universities, China, 20 1 1, 25 (4): 579-583. (EI)

Special modification law of (10) ethylene-vinyl acetate polymer pour point depressant on Nile crude oil. Journal of beijing university of chemical technology (Natural Science Edition) Supplement, 2009, 36:27-32.

( 1 1)stressandoscillatoryfrequencyonthestructuralproperties of daqingoil . j . pet . sci . eng，2009，65(3-4): 167- 170。 (SCI，EI)

Preparation of (12) octadecyl acrylate/vinyl acetate binary polymer and its pour point depressant effect on waxy crude oil. Oilfield Chemistry, 26, 2009 (1):102-105,97.

Study on (13) polyacrylate pour point depressant for pour point depression of synthetic wax oil. Oilfield Chemistry, 26, 2009 (1):106-10,10/.

Study on (14) pour point depressant for waxy crude oil. Journal of University of Petrochemical Technology, 2009,22 (2): 20-25.

(15) Research progress and exploration on interaction mechanism between pour point depressant of waxy crude oil and paraffin. Polymer bulletin, 2009, 8:24-3 1.

Evaluation of (16) ethylene-vinyl acetate * * * polymer on pour point depression effect of waxy crude oil. Journal of China Youshi University (Natural Science Edition), 2009,33 (5):108-13. (EI)

(17) Effect of emulsification conditions on rheological properties of O/W heavy oil emulsion. Journal of University of Petrochemical Technology, 2009,22 (3): 51-54,59.

Research progress of (18) Pickering emulsion. Chemical progress, 2009,21(0708):1418-1426. (SCI)

Study on phase inversion characteristics of (19) emulsion. Chemical progress, 2009,21(6):1124-1133. (SCI)

(20) Study on the characteristics and model of isothermal gelation process of thixotropic waxy crude oil. Journal of China Chemistry, 2009,67 (23): 2685-2691. (SCI)

Influence of (2 1) pipeline depth on thermal characteristics of hot oil pipeline in stable operation. Journal of University of Petrochemical Technology, 2008,21(3): 63-67. (EI)

(22) Study on stability and rheology of O/W emulsion of Caoqiao heavy oil. Journal of chemical engineering of chinese universities, China, 2008,22 (5): 55-761. (EI)

(23) Study on the gelling process characteristics of waxy crude oil. Journal of China University Chemistry, 2008,29 (11): 2239-2244. (SCI)

Experimental study on demulsification of caoqiao heavy oil by O/W emulsion. Oilfield Chemistry, 25, 2008 (1): 82-85.

famous

1. Li chuanxian, Yang Fei, Qiu Dongping, Xia Zheng, Wu kaomin, Zhu Jing, Lin mingzhen, Guo Gang, Yu Zhenhua. Technology of changing easy-to-condense and high-viscosity crude oil into transportation. Second Prize of Shandong Science and Technology Progress, 20 1 1.

2. Published the monograph "Crude Oil Rheology", and published more than 20 academic papers, including 17 articles in SCI and EI.