Northeast Petroleum University, referred to as "Dongyou", formerly known as Northeast Petroleum Institute and Daqing Petroleum Institute, is located in Daqing High-tech Industrial Development Zone, Heilongjiang Province. Northeastern Petroleum University originated from Tsinghua University Oil Refining Department, was bred in Beijing Petroleum Institute, and was born and developed in Daqing Oilfield, the largest oilfield in China. It is a national key university marked by the discovery of Daqing Oilfield and one of the important achievements of Daqing Oilfield Congress. Northeast Petroleum University focuses on engineering, with the coordinated development of engineering, science, management, literature, economics, law and teaching. Northeast Petroleum University is located in Daqing City, Heilongjiang Province, which is the largest petroleum and petrochemical base in China and is known as "the city of green oil and the city of natural lakes". The school was founded in May 1960 and renamed Daqing Petroleum Institute in July 1975. 20 10 April, it was officially renamed Northeast Petroleum University with the approval of the Ministry of Education, and became China Petroleum and Natural Gas Group Corporation (PetroChina), China Petrochemical Group Corporation (Sinopec), China Offshore Oil Corporation (CNOOC) and Heilongjiang Province IV.

General situation of scientific research

The educational and scientific research work of Northeast Petroleum University adheres to the direction and purpose of serving the decision-making of administrative departments, the reform and development of education, the teachers and the enrichment and development of educational theories, actively carries out educational and scientific research management and research work, and promotes the development of teaching, scientific research and management.

In scientific research, we should adhere to the combination of Industry-University-Research and explore the scientific research characteristics of "based on Daqing, facing petroleum and petrochemical industry and serving regional economy". It has formed a relatively stable and unique research direction in the fields of tertiary oil recovery and new energy research 12. Since the Ninth Five-Year Plan, Northeast Petroleum University has undertaken more than 700 scientific research projects at all levels/KLOC-0, and obtained nearly 400 million yuan in scientific and technological funds. More than 400 scientific research achievements have won scientific and technological awards at all levels, including 5 at the national level and more than 200 at the provincial and ministerial levels. More than 40 achievements have applied for national patents. In particular, "Supporting technology for drilling horizontal oil wells" won the first prize of national scientific and technological progress, and "Formation environment and hydrocarbon generation mechanism of coal-formed oil" won the second prize of national natural science, which is the only natural science award in the domestic geoscience field since the 1990s. Published scientific monograph 18 1 department, and published more than 3,500 scientific papers, including 1623 from national statistical sources and 105 from three major international search institutions.

By the end of June 20 12, there were 27 educational and scientific research awards 127, including 6 provincial first prizes, 2 second prizes 10 and 7 third prizes. On June+10, 2008, the Institute of Higher Education of Northeast Petroleum University was rated as the national excellent research institution of higher education by China Higher Education Society, and in June, 2008, it was the advanced collective of Heilongjiang Higher Education Society +0992- 1998, in 2004, and in 2006, it was the Tenth Five-Year Plan of Heilongjiang Province. Educational research plays an increasingly important role in promoting school education decision-making, and it has become an important driving force for school education reform and development. "Oil and gas field development project" is two disciplines under the first-class discipline of "Oil and Gas Engineering". 65438-0988 The discipline of "Oil and Gas Field Development Engineering" in our school was approved as a national key discipline; On this basis, the State Key Laboratory of Oil and Gas Reservoir Geology and Development Engineering was established. 200 1, the subject was once again rated as a national key discipline. The main research directions of this discipline are: oil and gas seepage theory and application technology, gas field development theory and method, oil and gas exploitation theory and engineering technology, and enhanced oil recovery theory and technology. In the 200 1 Ministry of Education's communication evaluation of key disciplines, the passing rate of this discipline was 8 1.82%, ranking first. Many presidents or vice presidents of PetroChina, Sinopec and CNOOC graduated here and are known as the "Whampoa Military Academy" in the oil industry.

Adhering to the new theories and viewpoints generated by the breakthrough of physical simulation and applied basic theory research, this discipline develops and forms new technologies, new processes and new materials for oil and gas field development, thus greatly improving oil and gas production and recovery. This subject has always been in a leading position in China in the theory and numerical simulation of oil and gas seepage and the direction of natural gas development and exploitation. The advantages and characteristics of this subject are:

1, oil and gas seepage theory and application technology direction

This paper mainly studies the seepage mechanism, seepage mode and seepage law of complex oil and gas reservoirs with low permeability, complex fractures, deformed media, water-bearing gas reservoirs, condensate gas reservoirs, coalbed methane and other complex structural wells, establishes and perfects various seepage models of the complex oil and gas reservoirs, and forms the nonlinear seepage theory and corresponding application technology of the complex seepage. Especially, great progress has been made in the theory, method and technology of numerical simulation and numerical well testing for low permeability oil and gas reservoirs and water-bearing oil and gas reservoirs with complex fractures. The theory, method and technology of numerical simulation, well test analysis and reservoir engineering of complex oil and gas reservoirs are developed.

2. Direction of gas field development theory and method.

This paper mainly studies special gas reservoirs such as condensate gas reservoir, low permeability gas reservoir, fractured gas reservoir, high sulfur gas reservoir development and natural gas storage, and forms fluid phase state, seepage and physical simulation technologies, as well as theoretical methods and supporting technologies for condensate gas reservoir, low permeability gas reservoir and component gas reservoir development and gas reservoir management.

3. Oil and gas production theory and engineering technology direction

Mainly engaged in the research of basic theory and applied technology of oil and gas exploitation. In view of the major engineering and technical problems in the process of oil and gas exploitation, with fracturing engineering technology, acidizing engineering technology, mechanical oil recovery technology, perforation testing technology and water injection engineering technology as the main targets, significant progress has been made in fracturing and acidizing technology of complex oil and gas reservoirs, perforation testing of complex structural wells, ball plug gas lift oil recovery and so on.

4.EOR theory and technical direction

Mainly engaged in the basic theory and application research of chemical flooding for enhanced oil recovery, supporting application technology and research and development of oil displacement chemicals, forming the key technology of polymer research and development in polymer flooding and compound chemical flooding for enhanced oil recovery technology in high temperature and high salt reservoirs, and putting forward the solution of how to establish and improve solution viscosity through intercropping water-soluble polymer molecular chains, so as to obtain high-efficiency tackifying polymers with temperature resistance, salt resistance and shear resistance, which provides a foundation for developing high-efficiency tackifying polymers with temperature resistance, salt resistance and shear resistance suitable for various high temperature and high salt reservoirs.

This subject relies on the State Key Laboratory of Oil and Gas Reservoir Geology and Development Engineering of Southwest Petroleum University, the China-Canada Natural Gas Exploration and Development Training Center, the China Oil Well Completion Technology Center of CNPC aided by the United Nations, and the Sichuan Key Laboratory of Natural Gas Exploitation. Relying on the national and provincial laboratories such as the Key Laboratory of Enhanced Oil Recovery jointly established with China Offshore Oil Corporation and the Key Laboratory of Special Gas Reservoir Development of China Petroleum and Natural Gas Group Corporation, it has formed supporting research capabilities such as development experiment and physical simulation, reservoir fluid analysis, reservoir damage, protection and evaluation, development, pilot test and production of chemical treatment agents for oil recovery.

In recent five years, this discipline has further developed the characteristics of complex oil and gas field development, especially natural gas development and exploitation, and achieved new breakthroughs in the theory and technology of unconventional oil and gas field development and exploitation. On the basis of these research results, three doctoral and master programs have been added in two disciplines: development geology, petroleum engineering calculation technology, oil and gas field materials and applications, and the engineering research center of the Ministry of Education and the experimental base for natural gas development and exploitation in Sichuan Province have been added. The discipline of oil and gas field development engineering is one of the disciplines created on the basis of Tsinghua University Petroleum Department when 1953 was founded. 196 1 awarded master's degree in engineering, 1986 awarded doctor's degree in engineering, 199 1 built postdoctoral mobile station. 1998 was approved as a key discipline in Shandong province, 200/kloc-0 was approved as a national key discipline by the Ministry of Education, and the national "2 1 1 project" key construction discipline.

The subject has a well-structured and powerful academic team. Professor 15, associate professor and senior engineer 2 1 person. Among them, there are 50 doctoral supervisors 10 and 50 master supervisors.

Main research directions:

Theory and application of oil and gas seepage

Development principle and system engineering of oil and gas wells

Theory and technology of oil production engineering

Theory and method of enhance oil recovery

Information technology of oil and gas field development and its application

The discipline has established laboratories for seepage physics, modern reservoir numerical simulation, artificial lifting and oil production chemistry. We have developed a number of teaching, scientific research and experimental instruments and equipment with independent intellectual property rights and reached the international advanced level, developed various reservoir numerical simulation software, well test interpretation and analysis software, reservoir engineering analysis and oil production engineering design software, and achieved a large number of landmark achievements with advanced levels at home and abroad.

The discipline of oil and gas field development engineering has become an important base for scientific research and high-level personnel training in the field of oil and gas field development engineering theory and technology in China. Main research direction

082002 oil and gas field development project

0 1 oil and gas seepage theory and its application

02 oil and gas field development theory and system engineering

Theory and technology of oil production engineering

04 enhanced oil recovery and oil recovery chemistry

The main research direction of unconventional oil and gas energy development theory and technology

082002 oil and gas field development project

0 1 oil and gas field development theory and method

Theory and technology of oil and gas production technology

Theory and technology of improving oil recovery

Unconventional oil and gas development

The discipline training of petroleum technology and economic oil and gas field development engineering has the ability to independently engage in development scheme design, oil and gas reservoir engineering analysis, oil production engineering implementation and solve operational problems of oil and gas reservoir development engineering, and can achieve certain innovative research results; Can skillfully use computers and master a foreign language; Be able to engage in teaching, scientific research, scientific and technological development and management of this major and its adjacent majors.

This discipline relies on 1 National Engineering Laboratory (National Engineering Laboratory for Exploration and Development of Low Permeability Oil and Gas Fields), 1 Engineering Research Center of the Ministry of Education (Engineering Research Center of the Ministry of Education for Development and Governance of Western Low Permeability and Ultra-low Permeability Oilfields), and two provincial and ministerial key laboratories (Shaanxi Key Laboratory for Special Stimulation Technology of Oil and Gas Fields, China Petroleum and Natural Gas Group Company's Key Laboratory for Reservoir Reconstruction —— High Energy Gas Fracturing Theory and Technology Research Laboratory, Shaanxi Oil and Gas Field Environmental Pollution and Reservoir Protection Key Laboratory), and two provincial and ministerial engineering research centers (China Petroleum and Natural Gas Group Company's High Energy Gas Fracturing Engineering Technology Center and Shaanxi Oil and Gas Drilling and Production and Pollution Control Engineering Technology Research Center) have strong faculty, with professors 15 and associate professors 13.

The cultivation direction mainly includes:

1, seepage theory and numerical simulation of oil and gas reservoirs,

2, oil and gas production engineering theory and technology,

3. EOR theory and technology,

4. Theories and methods of reservoir description and development geological modeling. In the optimization of unconventional and difficult-to-develop oil and gas reservoirs, enhanced oil recovery technology, fracturing reconstruction theory and technology of difficult-to-develop oil and gas reservoirs such as shale gas reservoirs, completion technology and other aspects, it has initially formed a distinctive research direction, actively participated in the development of shale gas and coalbed methane, and made obvious breakthroughs in condition detection and fault diagnosis of underground drilling engineering and oil production engineering.

We have successively purchased key equipment for unconventional rock analysis-nuclear magnetic resonance core analyzer, gas chromatograph, steam flooding simulation experimental device, wax content tester and other equipment, built a number of experimental equipment such as shale gas fracturing fracture conductivity research equipment and horizontal well multistage fracturing mass flow simulation equipment, and applied for a number of patents related to natural gas hydrate exploitation and ultra-low permeability core displacement.

In view of the characteristics of unconventional and difficult-to-develop oil and gas reservoirs, the matching drilling and production technologies have been preliminarily studied, and new tools such as new comprehensive logging instruments have been developed, which have basically reached the leading level in China. Focusing on the formation and fluid characteristics of difficult-to-develop oil and gas reservoirs, the basic laws, enhanced oil recovery technology and drilling and production technology in the development process are studied. A perfect experimental device for unconventional reservoir physics, basic signal detection equipment and electron microscope are established.

This direction has undertaken a number of major special projects funded by the National Natural Fund of China and the Ministry of Education, and has close cooperation with surrounding research units in this respect, with a solid research foundation. Petroleum engineering major is an undergraduate major approved in 2008 to meet the urgent demand for high-quality petroleum talents in the development of the old industrial base in Northeast China, and enrolled students nationwide in the same year. After years of development, the specialty construction has made great progress. In 2009, the first-level discipline of petroleum and natural gas engineering was approved as "the construction project of characteristic disciplines to enhance the core competitiveness of colleges and universities" and has become the first-level discipline of master's degree.

This major trains applied senior professionals with all-round development in morality, intelligence and physique, solid mathematical foundation and systematic professional knowledge of petroleum engineering, and strong computer application and engineering practice ability, who can engage in engineering design, engineering construction and management, applied research and scientific and technological development in oil and gas drilling and completion engineering, oil production engineering and reservoir engineering in the field of petroleum engineering.

The College of Petroleum and Natural Gas Engineering takes improving teaching quality as the center, standardizing teaching management as the means, focusing on discipline construction, and improving teachers' quality in an all-round way as the basis, and has formed a relatively stable team of highly educated, high-level and high-quality teachers to meet the needs of higher education in 2 1 century.

This major is located in Liaoning, facing the whole country, serving petroleum, and cultivating advanced applied engineering and technical personnel who can serve the local economic development, the revitalization of the old industrial base in Northeast China and the national economic construction. Relying on the resource advantages of Liaohe Oilfield, the third largest oilfield in China, and the rich background of Liaoning University of Petrochemical Technology, which highlights the characteristics of petroleum and petrochemical industry, petroleum engineering has formed distinctive teaching characteristics and stable research direction, and has achieved fruitful results, which has trained a large number of outstanding professional and technical personnel for China's petroleum industry.

The scientific research of this major mainly focuses on the development and utilization of oil and gas resources in low permeability reservoirs, including micro-scale porous media numerical simulation technology; In-situ exploitation technology of oil shale, analysis of formation and maintenance mechanism of shale gas reservoir; Study on mass transfer and heat transfer in heavy oil thermal recovery wellbore and reservoir: study on unconventional oil and gas reservoirs such as shallow oil sand reservoir evaluation and oil production technology selection; Physical property evaluation of super heavy oil reservoir, research on pore fluid flow characteristics, etc.