Course Overview

Petroleum Production Engineering" is one of the core courses required for petroleum engineering students. This course starts from the reservoir characteristics and learns the flow laws of oil wells, flowing wells, gas lift, rod pumps, water injection, hydraulic fracturing, acidification, etc., so that students can master the basic theories and technical principles of various oil production processes. Familiar with the engineering background, cultivate students' ability to analyze and solve practical oil recovery engineering problems, and have the basic skills in process design, production management and scientific research in the field of petroleum production engineering.

Teaching objectives

Through the study of this course, students can systematically grasp the dynamic laws of the flow process of the oil well production system, the basic principles of various oil production methods and production stimulation measures, and can use the professional knowledge to solve complex production engineering problems.

Students can apply flowing, gas lift, rod pump, water injection, fracturing, acidification and other basic principles of oil production technology, identify, express, and analyze the complex engineering problems related to oil and gas exploitation through literature research to obtain effective conclusions and treatment method.

Establishing the engineering concept of oil production system, mastering the basic theory of petroleum production technology and the design method and construction skills of petroleum production engineering. Ability to design solutions for complex engineering problems in oil and gas exploration, design lift process systems that meet specific ground conditions, wellbore conditions, and formation characteristics requirements, injection and production processes, hydraulic fracturing and acidification process design, etc. Innovative awareness is reflected in the links, taking into account social, health, safety, legal, cultural and environmental factors.

Study complex oil and gas exploration engineering problems based on mathematics, natural sciences, engineering foundations and petroleum engineering science principles, and scientific methods, including designing experiments, analyzing and interpreting data, and obtaining reasonable and effective conclusions through information synthesis.

Have a certain international vision, understand the international development trends and research hotspots of oil production engineering, and be able to effectively communicate hydraulic fracturing, acidification and other related oil production engineering issues in a cross-cultural background.

Requirements

Basic knowledge of advanced mathematics, engineering fluid mechanics, reservoir physics, oil and gas reservoir seepage mechanics, reservoir engineering, etc.

Reference Materials

采油工程（第三版 富媒体），石油工业出版社，2021年12月

Syllabus

• Chapter 1 Basic Flowing Principles in Pipes and Reservoirs
• Chapter 2 Nodal Analysis & Gas Lift
• Chapter 3 Sucker Rod Pumpng
• Chapter 4 Water Injection
• Chapter 5 Hydraulic Fracturing
• Chapter 6 Acidification

Lecturer

	CONG LU Southwest Petroleum University School of petroleum and natural gas engineering Professor Engaged in the teaching and research of oil and gas reservoir stimulation theory and technology. The field application of the research results are obvious. Hosted or principally researched more than 10 provincial and ministerial-level projects, such as the National Natural Science Foundation of China, the National Oil and Gas Science and Technology Major Project, and the National Key Laboratory Open Project, and more than 20 oilfield enterprise collaboration projects. He has won 1 second prize for national technological inventions, 8 provincial and ministerial patent awards, technological inventions and scientific progress awards; published more than 50 academic papers; applied for more than 60 national invention patents, of which more than 30 have been authorized. Applied for 2 US invention patents; formulated 1 national energy industry standard; registered 14 computer software copyrights. Editorial board member of "Oil and Gas Well Testing", executive director of Sichuan Science and Technology Youth Federation, member of American Petroleum Engineers Association, won Sun Yueqi Youth Science and Technology Award (2017), Petroleum and Chemical Industry Young Science and Technology Outstanding Contribution Award (2019), Sichuan Province Academic and Technology Candidates for the leader (2018).
	Haitao Li Southwest Petroleum University School of petroleum and natural gas engineering Professor Since 1990, he has been engaged in teaching and scientific research in the field of oil and gas exploration in the School of Petroleum Engineering, Southwest Petroleum University. His research areas include: conventional and unconventional oil and gas well completion optimization theories and technologies, oil field water injection and comprehensive management, and horizontal well water control Water technology research, etc. Presided over the National 863 Project, National Science and Technology Major Special Sub-project, 16 provincial and ministerial level scientific and technological research projects and international cooperation projects, hosted more than 40 oilfield technical cooperation projects, won 2 provincial and ministerial awards, and 5 bureau level awards. The first author or corresponding author has published more than 100 academic papers publicly. In the past 3 years, SCI included 15 papers, 7 EI papers, 11 CSCD and core journals, 5 authorized invention patents, 5 authorized utility model patents, and authorized software works 3 items. Published 2 monographs, 2 textbooks, 5 editors, and trained more than 60 master and doctoral students.
	Yonghui Liu Southwest Petroleum University School of petroleum and natural gas engineering Professor Since 2005, he has been engaged in teaching and scientific research in the field of oil and gas production in the School of Petroleum Engineering, Southwest Petroleum University, and has won the second and third prizes in teaching achievements in Sichuan Province. He presided over and researched 9 national-level projects such as the National Natural Science Foundation of China, National Oil and Gas Science and Technology Major Project, 3 provincial and ministerial-level scientific research projects, and more than 30 oilfield collaboration projects. In the gas lift, rod pump, submersible electric pump, unconventional lifting process and gas well underground gas reduction projects such as throttling, hydrate prediction, drainage gas recovery, etc. He won the first prize and the third prize each time, and won 6 national invention patents; published more than 40 academic papers in domestic and foreign magazines such as Journal of Hydrology, Journal of Natural Gas Science and Engineering, Petroleum Science and Technology, Petroleum Journal, and Natural Gas Industry , Including 7 articles in SCI and 9 articles in EI. Edited 1 textbook for undergraduates, participated in the compilation of 2 national "Twelfth Five-Year" planning textbooks and 1 textbook recommended by the National Engineering Masters Degree Steering Committee. More than 60 masters are trained.
	Xiaogang Li Southwest Petroleum University School of petroleum and natural gas engineering Professor He has long been engaged in teaching and scientific research in the field of oil recovery engineering, and his main professional direction is the theory and technology of oil and gas stimulation. He has specialized research in the reservoir reform of coalbed methane, shale gas and tight sandstone gas, and participated in the organization of the hydraulic power of coalbed methane wells in the Qinshui Basin. R&D and application of process technologies such as fracturing and complex plugging for tight sandstone gas wells in the East China Sea.
	Nianyin Li Southwest Petroleum University School of petroleum and natural gas engineering Associate Professor Mainly engaged in scientific research and teaching work on the theory and technology of oil and gas reservoir stimulation and transformation, oil and gas production theory and technology. Hosted or researched more than 30 national, provincial and ministerial and oilfield major engineering projects, published more than 20 academic papers in core journals at home and abroad, published 1 academic monograph, received 3 provincial and ministerial awards, and authorized invention patents1 4 items, computer software copyright.
	Haiquan Zhong Southwest Petroleum University School of petroleum and natural gas engineering Associate Professor Mainly engaged in scientific research and teaching of oil and gas production engineering and multiphase flow of wellbore, is one of the fixed members of "Key Laboratory of Natural Gas Exploitation" in Sichuan Province. Responsible for or researching 9 national-level projects such as the National Natural Science Foundation of China, National Science and Technology Major Projects, and more than 20 other projects. He has published more than 50 papers in JERT, Hydrodynamics, Journal of Petroleum, SPE, etc., including 7 papers in SCI and 13 papers in EI. Reviewer of Journal of Petroleum, Journal of China University of Petroleum, Petroleum and other magazines. Participated in the compilation of 1 master textbook, 2 undergraduate textbooks, more than 10 authorized invention patents and software copyrights, and 3 provincial and ministerial level scientific and technological progress awards.
	Wenying Guo Southwest Petroleum University School of petroleum and natural gas engineering lecturer Mainly serves as the instructor of undergraduate students' courses of "Oil Recovery Engineering", "Basics of Oil Recovery Engineering", "Introduction to Petroleum Engineering", "Professional English", etc. .
	Yongquan Hu Southwest Petroleum University School of petroleum and natural gas engineering Professor The main research directions are unconventional reservoir reconstruction theory and technology, repeated fracturing theory and technology, overall fracturing scheme and fracture parameter optimization design technology, R&D working fluid stimulation, special reservoir fracturing theory and technology, production stimulation evaluation technology, etc. . Won the third prize of excellent teaching achievements in Sichuan Province, and the first prize of scientific and technological progress in the petroleum and petrochemical industry. Undertake national "863" high-tech development plan projects, national major science and technology projects (including foreign commissions), key scientific and technological projects of CNPC and CNOOC, Sinopec-oriented technology projects, Daqing, Liaohe, Shengli, Xinjiang, Northwest Oilfield, China United Coal, etc. A number of collaborative projects in the oil field. Participated in the "Oil Production Engineering Manual" of Petroleum Industry Press (2000), the textbook "Oil Production Engineering" (2002) for colleges and universities in the 21st century and the "Twelfth Five-Year" planning textbook "Oil Production Engineering" (2008) and edited CNPC training materials "Principles and Design Methods of Hydraulic Fracturing" (1999). Published more than 90 formal papers in journals such as "Journalof Oil & Gas", SPE, CIM, "Applied Mathematics and Mechanics", "Journal of Southwest Petroleum University", "Natural Gas Industry", etc. Five of them are included in SCI.
	Jianxun Jiang Southwest Petroleum University School of petroleum and natural gas engineering Associate Professor Engaged in teaching and scientific research on oil and gas field mining technology and water injection. He has participated in and presided over more than 50 national, provincial and ministerial and oilfield collaboration projects, and published more than 30 papers.
	Zhifeng Luo Southwest Petroleum University School of petroleum and natural gas engineering Associate Professor Mainly engaged in the theory and technology research of oil and gas field stimulation. Presided over and participated in 6 National Natural Science Foundation projects, 4 national major scientific and technological special projects, presided over 1 provincial and ministerial-level scientific research projects; presided over more than 10 oilfield scientific research projects, designed and implemented more than 100 well-times. In the past 10 years, it has mainly carried out in-depth research on the theory and technology of stimulation stimulation of deep tight oil and gas reservoirs, high-efficiency acidizing technology of offshore oilfields, stimulation stimulation theory and technology of fracture-cavity carbonate reservoirs, and chemical fracturing. And have a deep understanding of the diversion capacity construction theory and control technology, production increase and transformation effect evaluation theory and technology. Published more than 30 papers, of which 15 were included in SCI; won 7 provincial and ministerial level scientific and technological progress first and second prizes, authorized 7 international and national invention patents, and authorized 6 software copyrights.
	Lan Ren Ph.D Southwest Petroleum University School of petroleum and natural gas engineering Associate professor 0