Followed by "Introduction to Senior Academicians of the Department of Energy and Mining Engineering of the Chinese Academy of Engineering (II)" (in alphabetical order of surname).
Hong Boqian, born on December 30, 1931 in Xiamen, Fujian Province, is an expert in special sinking engineering for mine construction, an academician of the Chinese Academy of Engineering, the chief scientist of China Coal Science and Industry Group, and a professor-level senior engineer and doctoral supervisor of the Tiandi Science and Technology Well Construction Research Institute.
After graduating from Zhejiang University in 1956, Hong Boqian was assigned to work in the Shuangyashan Mining Area in HeilongjiangIn 1957, he was transferred back from the Shuangyashan internship site in advance to participate in the organization of the new technology study class of prestressed concrete structures of the Ministry of CoalIn 1972, he served as the director of the Drilling Research Office of the Construction InstituteIn 1988, he was promoted to researcher-level senior engineerIn 1991, he served as the chief engineer of the drilling roomIn 1997, he was elected as an academician of the Chinese Academy of Engineering.
Hong Boqian has been engaged in mine construction research on the front line of scientific research for a long time. In 1958, the first cantilever prestressed reinforced concrete derrick in China's coal mine shaft was successfully researched, and it was put into use in Lulou Mine, Hebi City, Henan Province. In 1964, the 32-meter-high prestressed reinforced concrete derrick was successfully studied and put into practical application. Since 1966, he has been to the Qinghai-Tibet Plateau at an altitude of nearly 5,000 meters for three consecutive years to carry out a feasibility study project for mining in alpine areas. After that, he was responsible for and completed the national "Sixth Five-Year Plan" and "Seventh Five-Year Plan" scientific and technological research projects "Research on Deep Well Drilling Method, Sinking Technology", which made the drilling method the first large-diameter wellbore special construction method in China through 440 meters of unstable topsoil formation, and the comprehensive technology reached the international advanced level. In 2002, he undertook (technical responsibility) the research of the national "Tenth Five-Year Plan" scientific and technological research project, proposed the "moment balance method" to control the vertical stability of the structure of the suspended sinking shaft wall in the deep wellbore mud, and completed the research and application of a number of large-diameter wellbore drilling technology in unstable formations with nearly 600m deep topsoil.
Hu Jianyi, male, Han nationality, born on March 25, 1934 in Beijing, is an expert in petroleum and gas geology and exploration, an academician of the Chinese Academy of Engineering, and a former vice president, chief geologist and senior engineer of the Petroleum Exploration and Development Research Institute of China National Petroleum Corporation.
From 1952 to 1953, Hu Jianyi studied at the Department of Geology and Mining of Beijing Institute of Geology (the predecessor of China University of Geosciences).From 1953 to 1954, he studied Russian at Beijing University of Foreign Chinese (the predecessor of Beijing University of Foreign Chinese).From 1954 to 1956, he studied at the Department of Petroleum Geology of the Urau Mining Institute of the former Soviet UnionIn 1959, Hu Jianyi graduated from the Moscow Petroleum Institute of the former Soviet Union with a master's degreeFrom 1959 to 1963, he served as the deputy director of the Daqing Oilfield Battle HeadquartersFrom 1963 to 1964, he served as the chief geologist of Dagang OilfieldFrom 1964 to 1978, he served as Deputy Chief Geologist and Chief Geologist of Shengli OilfieldFrom 1969 to 1972, he served as the head of the General Group of Albanian PetroleumFrom 1978 to 1999, he served as the vice president of PetroChina Research Institute of Petroleum Exploration and DevelopmentIn 1996, he served as the deputy director of the Academic Degree Evaluation CommitteeIn 1997, he was elected as an academician of the Chinese Academy of Engineering. In 1999, he served as the chief geologist of PetroChina Research Institute of Petroleum Exploration and DevelopmentFrom 2000 to 2003, he served as the director of the management committee of the postdoctoral mobile station of the InstituteIn 2003, he served as the leader of the academic evaluation team of the postdoctoral mobile station.
Hu Jianyi is mainly engaged in overseas oil and gas research and postgraduate teaching. WB has summarized and established the theory of continental petroleum geology and accumulation in China, and discovered many large-scale oil and gas fieldsThis paper studies and summarizes the series of reservoir types in ChinaHe explored and studied the formation of natural gas fields in marine environment, and presided over and researched the completion of China's first "General Report on the Evaluation of China's Oil and Gas Resources".
Hu Side, born on March 31, 1936 in Ningbo, Zhejiang, is a nuclear engineering expert, an academician of the Chinese Academy of Engineering, a researcher and doctoral supervisor of the China Academy of Engineering Physics.
In 1956, Hu Side joined the Communist Party of ChinaAfter graduating from the Department of Physics of Fudan University in 1958, he was assigned to the Ninth Research Institute of the Second Ministry of Machinery Industry, and successively served as deputy director, deputy director and vice president of the research officeIn 1994, he served as the president of the China Academy of Engineering PhysicsIn 1995, he was elected as an academician of the Chinese Academy of EngineeringIn 1996, he was elected as a member of the Standing Committee of the Sichuan Provincial Committee of the Chinese People's Political Consultative ConferenceIn 1999, he served as a senior scientific advisor to the Chinese Academy of Engineering. On February 17, 2023, he was awarded the "Ho Leung Ho Lee ** Science and Technology Achievement Award".
Hu Side has been engaged in the research and design of nuclear theory for a long time, and has done pioneering research work in the equation of state, implosion dynamics and nuclear physics design. He has served as the person in charge of the theoretical design of a number of nuclear models, proposed new physical diagnosis projects in nuclear tests, and creatively solved a series of key technical problemsParticipate in the formulation of scientific and technological development strategies, organize research, lead the implementation of nuclear tests, and participate in leading nuclear arms control research.
Huang Qili, born on January 15, 1941 in Yingkou City, Liaoning Province, is an expert in the field of steam engineering, an academician of the Chinese Academy of Engineering, a consultant to the State Grid Corporation of China, a chief scientist in the field of electric power of the National Energy Group, a professor-level senior engineer, a doctoral supervisor, and an honorary chief engineer of the Northeast Power Grid.
Huang Qili graduated from Tsinghua University in 1964In 1968, he received a master's degree from Nanjing Institute of TechnologyIn 1978, he was transferred to the Science and Technology Department of the Northeast Electric Power Authority and took up a management positionIn 1981, he was sent to Japan for further study, and in 1987, he received a doctorate degree in engineering from Hokkaido University, JapanIn 1993, he was transferred back to the Northeast Electric Power Authority as the chief engineerIn 1997, he was elected as an academician of the Chinese Academy of Engineering.
Huang Qili has long been engaged in scientific research, engineering application and technical management in the field of energy and power. He has presided over and implemented more than 70 major technological transformation projects such as energy saving, fuel saving, and NOx emission reductionHe has presided over the implementation of more than 20 projects in the fields of uniform distribution of pulverized coal, optimization of flue gas system and large flow measurement. He has presided over or participated in more than 40 consulting studies on national energy development strategies, and has put forward reference suggestions for the country in the development of renewable energy in the energy field, clean utilization of coal, comprehensive and coordinated utilization of multiple energy sources, and other large energy systems.
Jin Qinghuan, born on October 25, 1934, is a native of Linhai, Zhejiang, an expert in marine geology, oil and gas geology, a professor-level senior engineer of Guangzhou Marine Geological Survey, and an academician of the Chinese Academy of Engineering.
Jin Qinghuan was admitted to the Department of Civil Engineering of Zhejiang University in August 1952From September 1954 to May 1963, he completed five years of undergraduate studies and three and a half years of postgraduate studies in petroleum geology at the Faculty of Geology of Moscow State UniversityIn 1982, he was appointed as the chief engineer of the Guangzhou Marine Geological Survey of the former Ministry of Geology and Mineral ResourcesIn 1997, he was elected as an academician of the Chinese Academy of Engineering.
Jin Qinghuan presided over or participated in the presiding over a number of important geological exploration and scientific and technological reports, such as "Beibu Gulf Geological Structure and Oil and Gas Prospect Evaluation", "Comprehensive Preliminary Investigation of Marine Geology in the Northern South China Sea", "Geological Structure Characteristics and Oil and Gas Prospect Evaluation of the Pearl River Estuary Basin", "Mesozoic Geological Structure Characteristics and Oil and Gas Geology in the Taiwan Strait and Surrounding Area", "Oil and Gas Prospect Evaluation of Wan'an Basin in Nansha Sea", "Special General Report on Oil and Gas Exploration in Nansha Sea".He has made significant contributions to the evaluation and breakthrough of oil and gas prospects in the Pearl River Estuary and Beibu Gulf Basin, and has made outstanding achievements in the study of geology and polymetallic nodules in the South China Sea, oil and gas geological exploration and scientific research in the Taiwan Strait, and scientific research in Nansha.
Kang Yuzhu, male, Manchu, born on May 5, 1936 in Beining City, Liaoning Province, member of the Communist Party of China, petroleum geologist, petroleum explorer, petroleum strategist, oil and gas exploration master, China Paleozoic marine oil and gas exploration pioneer, China Paleozoic oil theory founder, academician of the Chinese Academy of Engineering, professor-level senior engineer, deputy leader of the expert group of Sinopec Western New Area Exploration Headquarters.
From September 1956 to July 1960, Kang Yuzhu studied at the Department of Geological Survey of Changchun Institute of Geology and obtained a bachelor's degreeFrom January 1985 to December 1995, he served as the commander and head of the expert group of the Tabei Oil and Gas Exploration Joint Command of the Ministry of Geology and Mineral ResourcesFrom January 1980 to December 1997, he worked in the Northwest Petroleum Geology Bureau of the Ministry of Geology and Mineral Resources (during which he served as the head of the senior advisory group (deputy department level)).In 2005, he was elected as an academician of the Chinese Academy of EngineeringFrom May 2001 to March 2007, he served as the deputy manager of the exploration headquarters and the deputy leader of the expert group of Sinopec Western New Area.
Kang Yuzhu is mainly engaged in oil and gas exploration and research, and has traveled to more than 40 basins in 22 provinces such as Northeast China, North China, Northwest China, Central South China, East China, South China and Southwest China in his decades of oil and gas exploration career, and has carried out arduous petroleum geological exploration work. During his more than 30 years in Xinjiang, he presided over the exploration and discovery of 10 oil and gas fields and 1 large oil field in the Tarim Basin.
Lei Qingquan, male, Han nationality, born on July 23, 1938 in Zhonghe Township, Yuechi County, Sichuan Province, member of the Communist Party of China, insulation technology expert, academician of the Chinese Academy of Engineering, director of the Academic Committee and director of the Research Department of the State Key Laboratory of Electrical Insulation of Power Equipment, dean of the School of Materials Science and Engineering, professor and doctoral supervisor of Harbin University of Science and Technology, and double professor of Xi'an Jiaotong University.
In 1962, Lei Qingquan graduated from Xi'an Jiaotong UniversityFrom 1962 to 1981, he worked in Harbin Institute of Electrical EngineeringFrom 1981 to 1983, he was sent to study at the University of Hannover in West GermanyFrom 1983 to 1986, he worked in Harbin Institute of Electrical EngineeringFrom 1986 to 1991, he served as the deputy director of the Department of Harbin Institute of Electrical EngineeringIn 2001, he founded Harbin University of Science and Technology, and in 2003, he was elected as an academician of the Chinese Academy of EngineeringIn 2010, he became a full-time academician of Qingdao University of Science and Technology.
Lei Qingquan has long been engaged in the basic theory and application research of engineering dielectrics, especially the structural motion and properties of nanodielectrics and their composites. He has presided over the completion of the country"Ninety-five"1 key scientific and technological research project, 3 national natural science projects, and 12 other scientific research projects, in the use of thermal induced current technology to study the electronic motion law in insulating polymers, A number of innovative achievements have been made in the evaluation of its electrical aging resistance characteristics and the modification of guiding materials, and have reached the leading domestic and international advanced level in China, invented a new method of co-condensation to prepare new provincial quinone black polymer powder materials, discovered new conductivity laws, made the original innovative pressure and temperature dual-parameter sensor, solved a number of technical problems that have not been applied in the field of sensors for a long time in the world, and the new sensor is matched with the oil production electric pump unit in Daqing, and has achieved economic benefits.
Li Lijun, born on July 8, 1941 in Yancheng, Jiangsu, is an expert in power grid engineering, an expert in DC transmission, an academician of the Chinese Academy of Engineering, a professor and doctoral supervisor of the School of Electric Power of South China University of Technology, and the chairman of the Expert Committee of China Southern Power Grid Corporation.
Li Lixun graduated from Tsinghua University in 1967, and then joined Gansu Power Transmission and Transformation Engineering CompanyHe joined the Communist Party of China in 1975From 1984 to 1992, he served as the director of the ultra-high voltage transmission company of China Southern Power GridFrom 1992 to 2002, he served as the director of the power grid department of China Southern Electric Power Joint Venture CompanyIn 2002, he served as the Secretary-General of the Expert Committee of China Southern Power Grid CorporationIn 2007, he was elected as an academician of the Chinese Academy of EngineeringIn 2018, he won the Ho Leung Ho Lee Science and Technology Award.
Li Lixun has been engaged in power grid construction for a long time, and his research areas include power grid engineering, DC transmission and AC/DC parallel grid operation technology. He participated in and organized the construction of China's first 330 kV AC transmission project, the first 500 kV AC transmission project, and the first 500 kV DC transmission projectParticipated in and organized the technical research, key project research and engineering construction of China's first and the world's first 800 kV DC transmission project. As the technical leader and project leader of a number of ultra-high voltage AC and DC transmission projects, he presided over key technology research and organized project construction.
To be continued).