Focus on cutting -edge and do valuable learning!Published Top Ten Papers of Petroleum Science in 2021

What are the new breakthroughs in the research and exploration of unconventional oil and gas resources?

How to make better decisions for natural gas transportation "power heart" air stamp field?

Where is the breakthrough point of building an energy transformation?

On June 23, the results of the "Top Ten Paper of China Petroleum Sciences", which were jointly organized by the University of Petroleum (Beijing), China Petroleum and Chemical Industry Federation, were announced. "10 articles, 16 nominated papers cover all directions such as petroleum geology, petroleum earth physics, petroleum engineering, petroleum machinery, petroleum chemistry, petroleum economy, and interdisciplinary discipline.

Songliao Basin Changling Depression Baiya Qingshankou Group a section of shale oil reserve space type and enrichment mode

author

Liu Bo, Sun Jiahui, Zhang Yongqing, He Junling, Fu Xiaofei, Yang Liang, Xing Jilin, Zhao Xiaoqing

Journal name and volume period

Petroleum exploration and development, 2021, 48 (3): 521-535

Reasons for awards

Shale oil is the key area of ​​current unconventional oil and gas resources research and exploration. As an important land -containing oil and gas basin in my country, the Songliao Basin has proved that the Aoyamukou Group has huge shale oil exploration and development potential. The Aoyamukou Group was affected by the changes in climate and land source input. The riches of shale oil in different parts were very different. It revealed that the type and enrichment model of the shale oil concentration of the Aoyamukou group were very important. The thesis system studies the rotation position of different rock phases in the south of the Songliao Basin, compare and analyze the differences in storage, reservoir structure and oil content, and establish two types of shale oil rich in pages and pattern type types. Collection mode. The study of this paper has become a hot spot for colleagues at home and abroad. The review expert believes that the study has important scientific value for the exploration of the exploration of the large -scale trapped land.

About the Author

Liu Bo, Dean, Dean, Dean, professor and doctoral supervisor of Northeast Petroleum University. It is mainly engaged in scientific research in the direction of shale oil geology, hydrocarbon source and oil -containing system. Selected to the national level youth scholars' award plan, members of the team of Huangda Nian -style teacher team across the country. He presided over 3 National Natural Science Foundation of China, won 1 provincial natural science award, 2 science and technology progress awards, and industry associations such as scientific research awards. Published 8 books, published more than 60 academic papers, of which more than 40 SCI retrieval was selected, and 2 ESI hot papers have been selected. Authorized 18 national invention patents and 5 US invention patents.

Zhang Yongqing, Dean of the Jilin Oilfield Branch of China Petroleum Natural Gas Group Corporation, Dean of the Institute of Exploration and Development of the Institute of Exploration and Development of the Professor -level High School of Professor. Over the years, he has engaged in comprehensive research and deployment in Jilin Oilfield Company. In recent years, 6 provincial and ministerial scientific and technological progress has been won and multiple awards of China Petroleum and Natural Gas Co., Ltd. Published more than 10 technical papers in core publications such as "Petroleum Exploration" and "Petroleum Exploration and Development".

Fu Xiaofei, Secretary of the Party Committee of Northeast Petroleum University, a special professor of "Longjiang Scholars", a second member of the National College Huangda New Year Teacher Teacher, the winner of the Sun Yuezaki Outstanding Youth Science and Technology Award, and experts from the Heilongjiang Provincial Government. He has been engaged in the research of fracture deformation, closure and control mechanism for a long time. He presides over 4 major national oil and gas special projects, 4 National Natural Science Foundation projects, and 7 provincial and ministerial projects. Won 1 Special Award of Heilongjiang Province, 1 first prize in Heilongjiang Province Natural Sciences, and more than 10 provincial scientific and technological progress awards. Published more than 100 papers, published 7 monographs, compiled 3 textbooks, and more than 20 invention patents.

The shale oil enrichment theory, exploration technology and prospects of the Shenzhen Pen Lake Phasement District — Take the ancient approximate system in the Bohai Bay Basin Huang Cai, as an example

author

Zhao Xianzheng, Pu Xiugang, Zhou Lihong, Kim Fengming, South Korea, Shi Zhanan, Korean, Ding Yujiao, Zhang Wei, Wang Guona, Liu Xuewei, Wang Hu

Journal name and volume period

Journal of Petroleum, 2021, 42 (2): 143-162

Reasons for awards

my country's land -phase shale is non -average, and the laws of shale oil become complicated, revealing that the enrichment of the land phase shale oil in my country is essential for the efficient exploration and development of shale oil. This paper takes the Bohai Bay Basin Huang Cai's trap as an example. It systematically summarizes the enrichment of the shale oil of Shenzhen Pen Lake, revealing that the shale of the Shenzhen Pen Lake District shale has "three highs and one low" , High organic quality, high -length English content, low clay content) characteristics, shale oil enrichment needs to have the principle of "moderate" (ie, the size of the middle lake basin, the distance from the material, the quality of the organic matter, the degree of thermal evolution, and the rock of the rock Evolution and crack development) have established the "advantageous group phase -retention hydrocarbon transcendence effect" rich theory. The review expert believes that the study provides important scientific theories for guiding the efficient exploration and development of my country Rock Oil.

About the Author

Zhao Xianzheng, executive director, party committee secretary, and senior high -level engineering of China Petroleum Port Oilfield Company. Mainly engaged in oil and gas exploration and development research and management. He has long been committed to the research and practice of oil and gas exploration theory of oil and gas exploration in the eastern part of my country. Li Siguang Geological Science Award and Sun Yuezaki Energy Award winner, won 2 second prizes of national science and technology progress, 12 provincial scientific and technological progress special prizes, 12 first prizes, 1 provincial technology invention first prize, major discovery first -class first -class discovery first prize 8 prizes, 19 invention patents (6 in the United States), the first author published 65 SCI/EI papers, 6 top papers in F5000, and 12 publishing monographs.

Pu Xiugang, Executive Deputy Dean and Professor of the Institute of Exploration and Development of PetroChina Oilfield Corporation of China Petroleum. Won 8 first prizes for provincial scientific and technological progress and technology invention, 2 national standards, 1 industry standard, 15 invention patents (4 US), SCI/EI include 21/37 papers (4 F5000 papers), Cooperative publishing four monographs (international 1). He has won the honorary title of Central Enterprise Labor Model, Tianjin Outstanding Communist Party Member, Tianjin Excellent Science and Technology Workers, Advanced Science and Technology Workers of China Petroleum and Natural Gas Group Corporation, and the modeling model of China Petroleum Natural Gas Group Corporation. Strike abnormalities based on deep learning and abnormal reaction of gravity gradient abnormalities

author

Zhang Zhihou, Liao Xiaolong, Cao Yunyong, Hou Zhenlong, Fan Xiangtai, Xu Zhengxuan, Lu Runqi, Feng Tao, Yao Yu, Shi Zeyu

Journal name and volume period

Journal of Earth Physics, 2021, 64 (4): 1435-1452

Reasons for awards

Under the influence of big data and artificial intelligence technology, smart global physical detection has become a new direction of development. This article proposes a joint anti -discovery method based on deep learning and abnormal gravity gradient abnormalities. It adopts multi -dimensional data combined counterattack results and is more "focused", which has a very significant advantage in the posture and physical prediction of complex models. The thesis passed the new method of testing the noise -containing gravity data and the measured gravity data testing of Wendonya Hill, which proves that deep learning has the huge potential of the high -efficiency and high -precision countermeasures of deep learning in gravity data. This method has also become an important case for intelligent global physical detection methods.

About the Author

Zhang Zhihou, an associate professor and a master tutor of Southwest Jiaotong University. He has been engaged in the processing data of heavy, magnetic, and electrical artificial intelligence and machine learning for a long time. He presided over and participated in more than 30 national, provincial and ministerial scientific research projects, and published more than 30 academic papers (including 15 SCI papers and 12 EI papers). Won 1 first prize of the Tibet Autonomous Region Science and Technology Progress Award.

Liao Xiaolong, a doctoral student at the School of Civil Engineering of Southwest Jiaotong University. At present, it is mainly engaged in research on the physical anti -disclosure and artificial intelligence algorithm, and has published more than 10 papers (7 SCI/EI includes 7 articles).

Lu Runqi, a master's degree in the School of Earth Science and Environmental Engineering, Southwest Jiaotong University. At present, the deep learning counter -research on frequency domain aviation/semi -aviation electromagnetic learning is published, and 6 papers (SCI/EI include 5 articles).

Shi Zeyu, a master's degree in the School of Earth Science and Environmental Engineering, Southwest Jiaotong University. At present, the study of artificial intelligence methods that are mainly engaged in severe magnetic anti -discrimination and downward extension of the field, published 9 papers (SCI/EI include 6).

Rock injection carbon dioxide increases harvesting factor nuclear magnetic resonance experiments

author

Lang Dongjiang, Lian Zengxuan, Lu Chengyuan, Wang Haitao, Zhao Qingmin, Sheng Han

Journal name and volume period

Petroleum exploration and development, 2021, 48 (3): 603-612

Reasons for awards

The prospects for the exploration and development of my country's shale oil and gas are expected to become a new growth point for oil and gas reserves. The shale oil is existed in the shale micro -nano -level pores, and shale oil is urgently needed to increase the harvesting technology. Carbon dioxide is one of the effective ways to increase oil and gas harvesting. The research on carbon dioxide injection shale layers is of great significance to explore shale oil development and use technology. At present, the use of micro -visualization methods such as MRI to carry out high temperature and high -voltage conditions under high temperature and high -pressure conditions. The experimental studies of the income rate of ripar heart injection carbon dioxide rarely reported. This paper uses MRI to perform shale oil concentration layer injection of carbon dioxide to increase the harvesting factors online dynamic testing experiments, and directly observe the process of adopting the crude oil and the distribution of the remaining oil in real time. The effects of the factors on the effect of carbon dioxide oil removal provides a scientific evaluation method for shale oil storage collection of carbon dioxide effects.

About the Author

Lang Dongjiang, Sinopec Petroleum Exploration and Development Research Center, Science and Technology Experimental Research Center, senior engineer. Mainly engaged in the application research and development of MRI, CT technology in oil exploration and development, and the development of MRI's development and laboratory construction.

Dian Zengzheng, the manager, party branch secretary, researcher, secretary of the party branch, researcher. Professional direction is to improve the physical research of harvesting rates, oilfield chemistry, and oil layer. He has hosted or participated in more than ten national and Sinopec science and technology research projects, won one second prize of the National Science and Technology Progress Award, 1 provincial and ministerial technology invention award, and a number of provincial and ministerial scientific and technological progress; participated in the establishment of the country and the industry 4 standards, 16 authorized invention patents, and published more than 30 research papers in domestic and foreign publications.

Simulation method of temporarily blocked steering fracture values

author

Wang Bo, Liu Xiongfei, Hu Jia, Liu Jinjun, Zhou Fujian, Zhou Hang

Journal name and volume period

Oil Science Report, 2021, 02: 262-271

Reasons for awards

Hydraulic fracture is one of the key means for the development of unconventional oil and gas resources. The development of natural weak sides (nodes, layers, faults, and natural cracks) is a necessary condition for forming sewing mesh fracture. Increased net pressure in hydraulic cracks is the core means to effectively activate natural weak surfaces. Temporarily blocking fracture can establish artificial obstruction in the seam, improve the net pressure, promote the fissure steering, and improve the complexity of the seam network. The paper establishes the simulation method of temporarily blocked steering fracture values ​​in the seam, and the dynamic steering process is temporarily blocked in the seam. This research work is to reveal the mechanism of temporarily blocked steering fracture mechanisms, and establish a basic model and method to establish a temporarily blocking steering fracture control method, which has important scientific significance. About the Author

Wang Bo, a lecturer, a lecturer and a master's tutor at the Petroleum Institute of Clarmai Campus. The research field is the direction of unconventional oil and gas reservoirs and intelligent optimization of hydraulic fracture. Published more than 20 academic papers, 4 authorized invention patents, and 5 computer software copyrights. Won one first prize of provincial and ministerial scientific and technological progress.

Liu Xiongfei, a senior engineer of the University of Petroleum (Beijing) Disitor -in Oil and Gas Science and Technology, a master's tutor. He has participated in major basic research on national science and technology and "973". Won 1 national invention award, 9 provincial and ministerial science and technology progress awards, 3 second prizes, and 1 third prize; more than 20 papers, authorize 10 national invention patents.

Zhou Fujian, director and doctoral supervisor of the reservoir renovation center of the University of Petroleum (Beijing). The research fields are oil and gas collection transformation, oil and gas shaft anti -sand prevention, and reservoir protection technology. Participated in the completion of the national seventy -five, eighty -five major research, the topic of the "973" plan project, and more than 10 major oil and gas special projects. Won the second prize of the National Science and Technology Invention Award, multiple provincial and ministerial science and technology awards, and Sun Yuezaki Energy Outstanding Youth Science and Technology Award. Published 81 academic papers, 35 EI and SCIs, 3 monographs, and 18 patents.

High extension features of shale oil multi -storage set layers of fracture seams

author

Wang Yizhao, Hou Bing, Wang Dong, Jia Zhenhua

Journal name and volume period

Petroleum exploration and development, 2021, 48 (2): 402-410

Reasons for awards

my country's land -phase rock oil storage sets generally have many longitudinal production layers, and they are unevenly thin. The weak structural surface of the layer develops, and it is difficult to achieve effective extension of hydraulic cracks. This paper revolves around the effective means of improving the utilization of thin expansion resources around the cracking technique of penetrating layer. Based on the physical simulation experiments of the real three -axis fracture, the longitudinal extension of hydraulic cracks in different storage layers has been studied. The multi -storage set of three -dimensional crack expansion numerical models reveals the expansion mechanism and influencing factors of hydraulic cracks. The review expert believes that the study provides a scientific design theory for the multi -layer penetration fracture of the multi -layer of shale oil storage.

About the Author

Wang Yizhao, a doctoral student at the University of Petroleum (Beijing) Petroleum Engineering, is mainly engaged in the research work of geological mechanics and rock mechanics in storage, and won the second prize of the ISRM International Rock mechanics student forum competition.

Hou Bing, a professor and blog director at the School of Petroleum Engineering of Petroleum (Beijing). Mainly engaged in the research, methods and engineering application research of hydraulic fracture rock mechanics. Presid out 10 vertical topics including the National Key R & D Plan Project, the National Science and Technology Special Subtracts of the National Science and Technology of the National Natural Science Foundation of China. He has won the National College Outstanding Youth Science and Technology Talent Award, the China Petroleum and Chemical Industry Federation Youth Science and Technology Outstanding Contribution Award, and the U.S. Rock Mechanics Future Leadership Program. He has won 12 prizes such as the Science and Technology Progress of the China Petroleum and Chemical Automation Application Association and the Chinese Rock Mechanics and Engineering Society, and 12 provincial and ministerial science and technology awards. He has published more than 100 academic papers and authorized more than 30 invention patents.

Wang Dong, Sinopec Zhongyuan Petroleum Branch, researcher. Mainly engaged in reservoir transformation. Won five provincial and ministerial science and technology progress awards, and many branch science and technology progress awards. He has won the honorary title of "Advanced Manufacturer" and "Excellent Communist Party Members" of the Central Plains Oilfield Branch.

Intelligent decision -making system based on digital twin compression stations

author

Wang Jinjiang, Wang Shuhui, Zhang Laibin, Zhang Zhe

Journal name and volume period

Natural Gas Industry, 2021, 41 (07): 115-123

Reasons for awards

As the power heart of natural gas transportation, the gas station field ensures the long -range transportation and downstream supply of natural gas. Studying risk evaluation technologies suitable for air stalls is of great significance for ensuring the operation of the air -stroke station work safety. This paper integrates digital twin concepts, risk -based inspection technology and reliable maintenance methods centered on using modern digital measurement technology to establish digital models in air stations, and use sensor communication technology to build digital twins for real -time information, research and development, research and development, research and development, research and development A visible risk analysis system that is suitable for the equipment and facilities of the air station field. The review expert believes that the study has promoted the intelligent construction of the air -stroke station, and puts forward important development directions for the safety and information management of the stress station.

About the Author

Wang Jinjiang, a professor and doctoral supervisor of the University of Petroleum (Beijing) Safety and Marine Engineering. Entering the teaching and scientific research of oil and gas equipment safety monitoring and intelligent diagnosis, risk evaluation, artificial intelligence, and intelligent manufacturing direction. Elected by the National Young Talent Program, the leader of youth disciplines in the field of emergency management in Beijing. He presided over 30 high -level projects such as the National Natural Science Foundation of China and the national key R & D plan, and won 4 provincial and ministerial awards such as the first prize of the Ministry of Education's Scientific and Technological Progress Award, Shandong Provincial Technology Invention Award. 1, published 96 papers, 28 applications/authorized invention patents, 6 registration software copyrights, and 12 national standards/drafts. Wang Shuhui, a master's degree from the University of Petroleum (Beijing) Safety Engineering, is currently working at the Yangtze River Three Gorges Group Co., Ltd., mainly engaged in research on safety monitoring, early warning, risk assessment and decision -making. Participate in the compilation of 1 monograph, publish 4 journal papers, and 2 standards for drafting.

Zhang Zhe, an engineer of China Petroleum Xinjiang Oilfield Company. It is mainly engaged in the research of natural gas and gas storage libraries. It has obtained 1 industry standards, 1 invention patent, 3 departments -level results, and published 5 papers.

Mechanical failure diagnosis method based on multi -source heterogeneous information fusion

author

Duan Lixiang, Li Tao, Tang Yu, Yang Jialin, Liu Wei

Journal name and volume period

Petroleum Machinery, 2021, 49 (2): 60-67+80

Reasons for awards

The application of information fusion technology is a major research trend and hotspot in the field of fault diagnosis. The rotating machinery plays a vital role in the operation of the modern industrial system. However, its structure is complex, the working environment is bad, the fault signal often shows the characteristics of weakness, non -linearity, and coupling. In the interference signal; at the same time, the quality, installation location and anti -interference ability of different sensors are different, resulting in the contribution of the fault information of each sensor to the contribution of the diagnostic results. This paper proposes to be based on the multi -source heterogeneous information data -level fusion diagnosis method based on improving convolutional neural networks. This method improves feature extraction capabilities, has good robustness and noise resistance, and verification Has high failure identification accuracy. The review expert believes that this method has a innovative type and provides new ideas for the failure of the fault diagnosis of rotating machinery.

About the Author

Duan Lixiang, a professor and doctoral supervisor of the University of PetroChina (Beijing) Safety and Marine Engineering. The research direction is safety monitoring and intelligent diagnostic project. He presided over more than 30 national, provincial and ministerial -level and enterprise scientific research projects, won 1 second prize of the National Technology Invention Award, and 4 provincial and ministerial scientific and technological progress. 12 software copyrights; 1 editor -in -chief and 2 textbooks; published more than 150 academic papers, of which more than 20 are included in SCI, and more than 50 articles are included in EI.

The effect of catalytic cracking gasoline distillation division and its hydrogenation performance on heavy gasoline distillation division of degrade values

author

Cao Liyuan, Dong Lixia, Zhao Liang, Zhang Yuhao, Gao Jinsen, Xu Chunming

Journal name and volume period

Petroleum refining and chemical industry, 2021, 52 (3): 1-7

Reasons for awards

Catalytic cleaning gasoline is critical to the production of clean gasoline in my country. Catalytic hydrogen desulfurization technology is currently the mainstream technology to produce clean gasoline. How to reduce the olefin saturation of catalytic cracking gasoline in the desulfurization process to reduce the loss of alkane is the key to produce high -quality clean gasoline. This paper adopts the combination of computing and experiments to study the impact of the structure, carbon numbers and content of olefin in catalytic cracking gasoline distillation points on gasoline alkane values, and the effect of hydrogenation performance on the olefin group. To better reduce the significance of alkane value caused by olefin saturation, it can provide a new perspective for the improvement of catalyst improvement. The review expert believes that the work has important scientific guiding significance for the cleansing and high -quality production of catalytic cracking gasoline.

About the Author

Cao Liyuan, engineer of the National Key Laboratory of Heavy Oil University of Petroleum (Beijing). It is mainly engaged in the research work of catalytic materials representation and oil performance evaluation, and participates in key projects, projects and key R & D projects in many national natural funds. There are more than 10 public articles and more than 10 patents.

Zhao Liang, a professor, doctoral supervisor, deputy director of the National Key Laboratory of the University of Petroleum (Beijing). Mainly engaged in "clean oil and gas production" related teaching and research work under the concept of molecular refining. Won the National Natural Science Foundation of China, Excellent Youth Fund, Hou Debang Chemical Science and Technology Youth Award, China Petroleum and Chemical Industry Federation Youth Science and Technology Outstanding Contribution Award. He presided over and participated in 18 scientific research projects such as the National Natural Fund and the national key research and development plan. He published more than 70 articles in SCI and applied for 68 invention patents. Won one second prize of national technology invention, 2 technical invention awards of the China Petroleum and Chemical Industry Federation, and 1 scientific and technological progress award.

Gao Jinsen, a professor and doctoral supervisor of the National Key Laboratory of the University of Petroleum (Beijing). Research on the direction of heavy oil processing, clean oil production and computing chemistry engineering for a long time. The winner of the National Outstanding Youth Fund, a special professor of "Yangtze River Scholars", and a member of the State Council's subject evaluation team, and a member of the Chemical Engineering process of the Chinese Chemical Society strengthening professional committees. Host or participated in more than 30 scientific research projects such as the "973" project, the National Natural Science Foundation, and the international cooperation. Won one second prize of national technology invention, three national scientific and technological progress awards, and won the honor of He Liang He Li's Innovation Award. Published more than 200 SCI/EI papers, authorized more than 70 Chinese invention patents, and published a monograph. The law of energy transformation, driving mechanism and Chinese path

author

Fan Ying, Yi Bowen

Journal name and volume period

Manage the world, 2021, 8: 95-105

Reasons for awards

In response to the lack of research on the international laws and power mechanisms of energy transformation in this round of energy transformation, this paper analyzes the four types of energy transformation of energy transformation from all over the world from the core motivation of energy transformation and the endowment of oil and gas resource endowments from the core motivation of energy transformation, and analyzes the analysis The common drive mechanism behind different transformation paths has refined and summarized the multi -dimensional drive factors including policies, innovation, markets, and behavior. Expert reviews agreed that the law of focusing on the transformation of energy and driving mechanisms has important theoretical innovation and practical guidance value, which can further study the key management scientific issues in the development and transformation of green low -carbon development. The formation of Chinese paths, focus point, breakthrough point search to provide theoretical basis and decision support.

About the Author

Fan Ying, dean and professor at the School of Economics Management of Beijing University of Aeronautics and Astronautics. Research on the energy economy, oil market and low -carbon management for a long time. The person in charge of the National Fund Innovation Research Group, the Yangtze River Scholars of the Ministry of Education (2017), the winner of the National Outstanding Youth Science Fund, selected as the national candidate for the "Hundred Talents Plan" and "Top 100 million Talent Projects in the New Century" Safety ball is cited scholars (2021). He has presided over 60 national key major projects, national key research and development plan projects, major international cooperation projects, and commissioned projects. He has published more than 300 academic papers in important academic papers at home and abroad and compiled 15.

Yi Bowen, a assistant professor and a master instructor at the School of Economics Management of Beijing University of Aeronautics and Astronautics. The research directions include energy economy, power planning management, power market, and external environmental assessment. Published more than 20 academic papers. He presided over the National Natural Science Foundation of China Youth Project, National Key R & D Planning Subject, etc. In 2021, he was selected into the Beihang Youth Talent Support Program.

Academician Zhang Laibin, director of the Editorial Board of Petroleum Science, Fu Xiangsheng, Vice President of China Petroleum and Chemical Industry Federation, Bao Zhidong, Vice President of PetroChina (Beijing), Academician of PetroChina Sun Long De, Academician Li Gen Sheng of Petroleum (Beijing), China Petroleum Academician Hao Fang, Sinopec Guo Xusheng, Secretary of the Party Committee of the China Petroleum Engineering Technology Research Institute, Feng Yancheng, the Dean of Sinopec Petroleum Exploration and Development Research Institute of Petroleum Engineering and Technology, Zheng Herong Mi Lijun, General Manager of the General Institute, Professor Chen Mian, editor -in -chief of the Petroleum Science Report, member of the editorial board, all deputy editor -in -chief, editorial department, head of the University of Petroleum (Beijing) Journal, representative of the award -winning author, and experts and scholars in the oil field Wait for the "Top Ten Paper of Petroleum Sciences of 2021" and the Petroleum Science Forum.

Bao Zhidong welcomed and thanked the guests. Chen Mian introduced the selection of "Petroleum Science Report" and 2021 Top Ten Petroleum Science Paper Selection. Participants affirmed the thesis selection mode and selection standards, congratulating the award -winning papers.

Academician Sun Long De

The award -winning papers represent the important direction of the development of oil science and show the style of oil scientists. The "Petroleum Science Report" will continue to provide high -quality platforms. I hope that more petroleum scientists will participate in it and further enhance the influence of the "Petroleum Science Report".

Academician Ligen

In the context of the current energy transformation and "double carbon" strategic goals, the selection of thesis is of great significance. It has established a first -class academic platform for the PetroChina academic community, which helps to guide oil scientists to write the papers on the land of the motherland and actively create academic academic academics. The scientific atmosphere promotes the development of oil scientific innovation.

Academician Hao Fang

Petroleum safety is a major topic of national energy safety. Under the background of more complex geological conditions and higher economic requirements, scientific and technological innovation is the most important area and direction to ensure petroleum safety. As an important carrier of scientific and technological achievements, the paper is to promote scientific and technological progress. Has a great positive role. Thesis selection helps oil scientists to focus on the true cutting -edge scientific issues and do valuable science.

Academician Guo Xusheng

The selection process reflects the principle of openness and fairness. The selected papers reflect the development dynamics and scientific research progress of the oil industry. The selection activity has promoted the research of oil science and technology, inspiring oil technology workers to write the paper on the land of the motherland. It has strengthened the confidence and determination to develop the oil industry.

Academician Zhang Laibin

The selection of thesis fully evaluates the development status of my country's oil science, research hotspots, and the degree of integration with the international, fills the gap of the domestic oil industry thesis awards, and provides reference indicators for the development of oil technology in my country. I hope that scholars can make more fruitful results and publish more high -level academic papers. Feng Yancheng

The award -winning papers include innovation, demonstration, and influence, leading the development direction of the petroleum industry, and also inspired the majority of petroleum technology workers to continue to focus on practice, focus on research, be brave to innovate, and promote the innovation and development of oil technology.

Zheng Herong

Scientific and technological innovation is an important strategic support for the game of great powers. Scientific and technological papers are an important carrying and embodiment of scientific and technological innovation. The award -winning papers are very representative, forward -looking, and leading. And key bottleneck technology and other issues, I hope that in the future, it can further promote and support high -quality development in the oil and gas industry.

Zhao Jinhai

The authors of the award -winning papers are representatives of the majority of science and technology workers in the oil industry. They write the papers on the front line of oil and gas exploration and development and the front line of experimental research to ensure national energy security with practical actions.

Mi Lijun

The award -winning papers have the characteristics of high -level, high -quality, and high influence, covering the key areas and leading directions of the development of the oil industry, and have the functions of science and technology standing and innovation.

Fu Xiangsheng

It is hoped that the selection activity can continue to launch a higher -level, high -quality oil scientific papers, give full play to the leading and driving role of scientific and technological innovation, better promote the communication and display of results, open the channel for the basic research and industrialization connection of thesis application, and take the channel for the connection of basic research and industrialization. The platform creates the enlightenment of the original innovation of oil science, and the industry's green sustainable development booster.

In the Petroleum Science Forum, the author of the top ten papers represents Liu Bo, Shi Zhannan, Zhang Zhihou, Lian Zengxuan, Zhou Fujian, Hou Bing, Wang Jinjiang, Duan Lixiang, Gao Jinsen, Fan Ying, etc., focusing on the current hot issues of oil science and future innovation The development direction made an academic report.

Source: Journal Agency

Edit: Wei Zhibo

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