Jun Xie s main research achievements, Jun Xie s recent major research projects

In recent years, the relevant representative scientific research projects are as follows:

1) Research on the distribution of residual oil in sandstone reservoirs, China National Petroleum Corporation project;

2) Fine description and reservoir evaluation of reservoir in high water cut period in Niu 19-019-28-123 well area, Liaohe Oilfield Company project;

3) Sedimentary microfacies research and residual oil adjustment and potential mining of oil rot in Nanmazhuang oilfield, North China Oilfield Company project;

4) Niu-16 fault block reservoir fine description and adjustment potential mining research, Liaohe Oilfield Company project;

5) Niu-60 fault block reservoir fine description and adjustment potential mining research, Liaohe Oilfield Company project;

6) Fine reservoir description and remaining oil distribution research in Overseas River Oilfield, Liaohe Jinma Oilfield Company Project;

7) Description and comprehensive treatment of residual oil in Wa 38 test area, Liaohe Oilfield Company project;

8) Research on the distribution of residual oil in the Long 11 fault block and its potential tapping countermeasures, Liaohe Oilfield Company project;

9) Research on the distribution law and adjustment plan of the remaining oil in the Ci 78 fault block, Liaohe Oilfield Company project;

10) Research on the distribution law and adjustment plan of residual oil in Ci 79 fault block, Liaohe Oilfield Company project;

11) Reservoir geology and reservoir characterization of the third member of Sha Formation, Ninghai Oilfield, Shengli Oilfield Company Project;

12) Three-dimensional reservoir quantitative characterization technology and its application, China National Petroleum Corporation project;

13) Reservoir description and fine geological model of Niu 12 fault block, Liaohe Oilfield Company project;

14) Dynamic description of the development of Niu 12 fault block and potential tapping measures, Liaohe Oilfield Company project;

15) Comprehensive geological study on the recalculation of reserves in the Shen 150 fault block area, Liaohe Oilfield Company project;

16) Comprehensive geological study on reservoir parameter evaluation and reserve recalculation in Du 68 fault block area, Liaohe Oilfield Company project;

17) Reservoir Static Dynamic Analysis and Enhanced Oil Recovery, PetroChina Tianting Lilu Ran Gas Group Project;

18) Study on the distribution law of residual oil in the 21 fault block of Fa 21, Liaohe Oilfield Project;

19) S21-3 Reservoir Evaluation and Potential Analysis Before and After Injection and Aggregation in Shengtuo Oilfield, Shengli Oilfield Company Project;

20) Study on sedimentary microfacies and reservoir distribution characteristics of Shaershang 2+3 reservoir in Pucheng Oilfield, Zhong**tian Company project;

21) Sedimentary microfacies, modeling and numerical modeling of the third member of the core of Xiaermen Oilfield, Nanyang Oilfield Project.

22) Study on the potential and method of enhanced oil recovery in the lower unit and up-dipping part of the river, Nanyang Oilfield Project.

23) Favorable target and evaluation study of the third member of the Minfeng depression, Shengli Oilfield Company project;

24) Research on the operation mechanism and potential tapping measures of Ban 876 underground gas storage, Langfang Branch of PetroChina Research Institute of Exploration and Development.

25) Research on the development mode and development technology countermeasures of the main oil-bearing area of Changchunling, PetroChina Jilin Oilfield Company.

26) Geological Modeling and Numerical Simulation of Reservoirs in the South and North of Banzhongbei, Langfang Branch, Research Institute of Petroleum Exploration and Development, PetroChina.

He is the academic leader of the doctoral program of geological resources and geological engineering of Shandong University of Science and Technology, such as oil and gas reservoir evaluation, three-dimensional geological modeling, reservoir numerical simulation, residual oil distribution, adjustment and potential mining, tertiary oil recovery to enhance oil recovery, and natural gas underground storage construction. In view of the difficulty in the development of high water-cut oilfields in China, the unclear understanding of the distribution of residual oil, and the urgency of the construction of natural gas underground gas storage, he led the team to carry out research work such as fine reservoir description, quantitative evaluation of remaining oil reserves, and design of natural gas underground gas storage, and successively completed and undertaken 2 national "Tenth Five-Year" scientific and technological research projects, 1 national "Twelfth Five-Year" scientific and technological research project, 1 national natural science ** project, 1 provincial and ministerial project, and more than 60 key scientific and technological research projects of oilfield enterprises and institutions; Published 3 related academic works, won 4 national invention patents, 3 utility model patents, 2 computer software copyright registrations, published more than 80 academic articles in domestic and foreign journals and conferences, including more than 20 articles included in SCI and EI, and currently serves as a member of the Information Technology Committee of China Petroleum and Chemical Industry, a member of the Communication Technical Committee of China Petroleum and Chemical Industry, "Petroleum Exploration and Development", "Journal of Ocean University of China" (Natural Science Edition), "China Science and Technology", " Reviewer of the Journal of Shandong University of Science and Technology (Natural Science Edition), Journal of Northwest University (Natural Science Edition), Northwest Geology, Journal of Henan Polytechnic University (Natural Science Edition) and other journals. In recent years, he has won 1 first prize of provincial and ministerial science and technology progress awards, 9 second prizes of science and technology progress awards, and 5 third prizes of science and technology progress awards.

In 2008, he was rated as a national outstanding scientific and technological worker in chemical industry, and in 2011, he was rated as a top-notch talent in Qingdao Economic and Technological Development Zone.

Research Direction 1: Reservoir Geology and Reservoir Description.

Guided by the theories of sedimentology, structural geology, reservoir geology and petroleum geology, and comprehensively using the information of geology, sedimentation, logging and oil testing and production, the structural appearance of the reservoir, the type and distribution of sedimentary facies and microfacies, the geometric form and size of the reservoir, the distribution and heterogeneity of reservoir parameters and its microscopic characteristics, the properties and distribution of fluids in the reservoir are fully revealed, and the change law of the reservoir in three-dimensional space is fully revealed, so as to provide a sufficient and reliable basis for improving oil recovery.

Research Direction 2: Theory and Methods of Oil and Gas Field Development.

The theory of oilfield development geology is divided into natural energy flooding, water flooding and tertiary oil recovery flooding, which are combined, interpenetrated and complementary with petroleum geology, reservoir geology, reservoir engineering, reservoir numerical simulation and well testing. Make full use of various geological logging, logging, testing, well testing, special core analysis technology and development pilot test and other means, and use the method of combining analysis, calculation and simulation to repeatedly verify and invert geological results, and guide the rational development of oilfields.

Research Direction 3: Enhanced Oil Recovery Theory and Technology.

In view of the difficulty of exploitation of high water-cut oilfields in China, this research direction uses physical, chemical and biological new technologies for tailings oil recovery based on theoretical innovation, mainly by injecting chemical substances, steam, gas or microorganisms into the reservoir, so as to change the oil-water viscosity ratio, displacement phase and oil-water interface properties or physical properties, so as to achieve the purpose of improving oil and gas recovery.

Published "Prosperous Files".

5. The "China International Commercial Bank" is missing.

He published "Sheng Xuanhuai and Zhongchen Touched the International Commercial Bank", "My Views on China's Finance in the Thirties", "China International Commercial Bank Discussed under the Attack of Foreign Capital", etc.

He is the author of "The Biography of Weng Tongyi" and "Political System and Modern China".

Xie Jun (born September 9, 1973) is a native of Ruzhou, Henan Province, and an associate professor at the School of Political Science and Law of Xinyang Normal University. In 2005, he was admitted to Huazhong University of Science and Technology, where he studied epistemological research under Professor Ouyang Kang, and graduated in May 2008 with a doctorate degree in Marxist philosophy. Since December 2011, he has been doing postdoctoral research at the Postdoctoral Research Station of the School of Philosophy and Society, Jilin University.

Xie Jun: male, professor, doctoral supervisor, doctor (post), born in August 1968, from Beijing, Hubei, joined the work in July 1996, graduated from Xi'an Petroleum Institute in June 1996 with a master's degree in petroleum and natural gas geology, and is now the director of the Department of Mineral Geology, School of Earth Sciences and Engineering, Shandong University of Science and Technology. 1. National Outstanding Scientific and Technological Worker in Chemical Industry, Top Talent in Qingdao Economic and Technological Development Zone, Graduate Tutor.

Over the years, he has been engaged in the teaching and scientific research of oil and gas reservoir evaluation, geological modeling, reservoir numerical simulation, residual oil distribution, adjustment and tapping, tertiary oil recovery to enhance oil recovery, and oil and gas field development geology, and has set up many courses for undergraduate and graduate students, such as "Reservoir Numerical Simulation", "Sedimentary Basin Simulation", "Residual Oil Description and Exploration", "Oil and Gas Field Development Geology", "Reservoir Engineering", "Computer Simulation of Geological Processes", "Computer Application in Geoscience" and so on.

1.In 2010, the second prize of Shandong Science and Technology Progress Award, fine characterization technology of oil and gas reservoir and its application in high-precision exploration and development, ranked third;

2.In 2010, the first prize of Qingdao Science and Technology Progress Award (sub-provincial level), the formation mechanism and evaluation technology of deep complex oil and gas reservoirs, ranked third;

3.In 2009, the second prize of Shandong Province Science and Technology Progress Award, the formation conditions and favorable targets of deep oil and gas reservoirs in Jiyang depression, ranked third;

4.In 2009, the second prize of Shandong Provincial Science and Technology Progress Award, ranked 10th in the real-time monitoring and evaluation of deep clastic rock reservoir characteristics and fluids;

5.In 2009, the second prize of Science and Technology Progress Award of the Ministry of Education, the research on deep fine exploration and rapid detection technology of oil and gas in Jiyang depression, ranked 4th;

6.In 2008, the first prize of scientific and technological progress of China Petroleum and Chemical Industry Automation Association, the development of rapid detection technology and instruments for geological logging oil and gas, ranked 4th;

7.In 2007, the second prize of scientific and technological progress of Sinopec Association, fine exploration technology and exploration practice of conglomerate reservoirs, ranked 5th;

8.In 2007, the second prize of scientific and technological progress of Sinopec Association, the development of geological logging oil and gas rapid detection technology and instruments, ranked 4th;

9.In 2006, the second prize of scientific and technological progress of Sinopec Association, the technology and method of describing the remaining oil in high water-cut oilfield, ranked second;

10.In 2006, the second prize of scientific and technological progress of Sinopec Association, oil and gas accumulation conditions and fine exploration in the slope zone of Dongying Sag, ranked third;

11.In 2009, the second prize of scientific and technological progress of China Petroleum and Chemical Industry Association, ranked 10th in the real-time monitoring and evaluation of deep clastic rock reservoir characteristics and fluids;

12.In 2009, the first prize of scientific and technological progress of Shandong Provincial Department of Education, and the research on enhanced oil recovery technology for severe heterogeneous reservoirs, ranked first;

13.In 2009, the third prize of Shandong Province Science and Technology Progress Award, the research on the distribution law of abnormal stratigraphic pressure and the evaluation method while drilling in the Shengli exploration area, ranked third;

14.In 2010, the third prize of scientific and technological progress of China Petroleum and Chemical Industry Association, and the research on enhanced oil recovery technology for severe heterogeneous reservoirs, ranked first;

15.In 2010, the third prize of scientific and technological progress of China Petroleum and Chemical Industry Association, effective identification technology and fine exploration method of deep complex lithologic reservoirs, ranked third;

16.In 2009, the third prize of scientific and technological progress of China Petroleum and Chemical Industry Association, the research on the distribution law of abnormal pressure in the formation and the evaluation method while drilling in the Shengli exploration area, ranked third;

17.In 2007, the third prize of Qingdao Natural Science Award, ranked 2nd in the geological conditions and accumulation mode of the formation of ** gas reservoirs in the basin;

18.In 2007, the third prize of Shandong Province Science and Technology Progress Award, fine exploration technology and exploration practice of sand and conglomerate reservoirs, ranked 5th;

19.In 2006, the third prize of Qingdao Natural Science Award, the technology and method of describing the remaining oil in high water-cut oilfield, ranked second;