Pei Bolin
Chinese name: Pei Bolin
Gender: Male
Ethnicity: Han
Nationality: China
Date of birth: December 1959
Occupation: Professor of Education
Graduation institutions: Southwest Petroleum Institute, University of Science and Technology of China
Representative work: "Horizontal Well Physical Model and Its Experiments"
Character Information
Instructor's Name: Pei Bolin
Work Unit: China University of Petroleum (Beijing) )
Gender: Male
Age: 51 years old (2010)
Professional title: Associate Professor
Tutor attributes: Master's tutor
Working Department: School of Petroleum and Natural Gas Engineering
Education: Doctoral
Teaching status: Master students: "Introduction to Reservoir Engineering"; Undergraduate: "Reservoir Engineering" Fundamentals", "Reservoir Engineering Curriculum Design".
Education resume
In January 1982, he received a bachelor's degree in oil and gas field development from Southwest Petroleum Institute
In January 1995, he obtained a master's degree in oil and gas field development (course study) from Southwest Petroleum Institute.
October 1997, Ph.D. in Fluid Mechanics, University of Science and Technology of China
Research direction
Research on sand control in oil and gas wells, especially research on sand control technology in horizontal wells: sand control in oil and gas wells It is a major problem encountered in the development of domestic and foreign oil fields, especially overseas oil fields and China's offshore oil fields. Sand production greatly affects the economic benefits of oil field development. Regarding sand control technology issues in oil and gas wells, especially horizontal wells, the main research is: sand production prediction, sand production mechanism of oil and gas wells, sand control methods, sand control technology, optimization of sand control design parameters, anti-blocking measures in the sand control process; technical and economic evaluation research on sand control methods, etc. , through these studies, oil and gas fields can achieve high and stable production and high return on investment. In this regard, a unique sand control laboratory has been established with complete equipment and corresponding sand control design software. The scientific research projects he has undertaken include: "Research on Sand Production Prediction and Sand Control Technology of Horizontal Wells in the Chunxiao Gas Field Group in the East China Sea", "Research on the Sand Production Prediction and Sand Control Technology of the Chunxiao Gas Field Group in the East China Sea", "Research on the Sand Control Technology of the Panyu 30-1 Gas Field in the Eastern South China Sea", " "Research on Optimization of Horizontal Well Parameters in the South China Sea Dongfang 1-1 Gas Field", "Research on Sand Control Technology in the South China Sea Dongfang 1-1 Gas Field", "Bohai Sea Qinhuangdao 32-6 Oilfield Production System and the Effect of Acidification on Sand Production", "Selection Method of Sand Control Pipes in Offshore Oil and Gas Fields" Research" etc.
Research on the seepage theory of horizontal wells: Focusing on the seepage theory of horizontal wells, the main research is: optimizing the design of horizontal well length and other parameters from aspects such as production and cost. The advantage is that it has unique laboratories at home and abroad and advanced numerical simulation software.
Research on horizontal well completion technology: In view of the particularity and complexity of horizontal well completion technology, the main research is: selecting reasonable horizontal well completion string structures according to the characteristics of the reservoir, etc., through horizontal wells Optimization of completion parameters and completion process steps to achieve optimization of productivity.
Reservoir simulation (including physical simulation and reservoir numerical calculation analysis): Aiming at the complex characteristics of different reservoirs, the main research is to conduct static or dynamic simulation of a single well or the entire reservoir well network to find The distribution patterns of influencing factors such as bottom water coning and edge water can be used to optimize the well pattern, productivity and remaining oil distribution patterns. The advantage is that it has the only scannable three-dimensional large reservoir model device at home and abroad.
Scientific research results
In scientific research work, the three-dimensional reservoir physical simulation developed is at the leading level in China. It has successively undertaken more than 10 scientific research projects such as oil and gas well sand control research and horizontal well parameter optimization for Offshore Oil, South China Sea, Jiangsu Oilfield, Tarim Oilfield and other units, and has achieved good application results. Its research results provide corresponding technical support for China's petroleum industry, especially the offshore oil industry, in terms of sand control technology, horizontal technology and well completion technology. Published 4 papers. 2 invention patents.
Academic Papers
Experimental Study on the Clogging Mechanism of Gravel-packed Wells 2004.06 Journal of China University of Petroleum
Horizontal Well Physical Model and Its Experiments 2003.12 Petroleum Drilling Technology
Experimental Study on Mechanical Stability of Horizontal Well Walls in Panyu 30-1 Gas Field 2004.12 Journal of Xinjiang Petroleum Institute
Experimental Study on Determining Reasonable Aperture of Horizontal Well Sand Control Nets 2005.6 Xinjiang Petroleum and Natural Gas
Well testing physical simulation device 2003.11 Patent No. ZL00105652.2
Layer network isobaric plate and seepage simulation experimental device (authorized) 2003.12 Patent No. ZL200320127902.9