A brief discussion on several experts in the field of direct coal liquefaction
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This post was last edited by jordan569 on 2013-1-6 22:41 1 Shi Shidong, male, born in September 1946, researcher, doctoral supervisor, currently chief engineer of the Beijing Coal Chemical Research Branch of the General Institute of Coal Science and Technology. In 2004, he was awarded the Excellent Award by the State-owned Assets Management Commission* * * * . He has been engaged in coal liquefaction technology and management for more than 20 years and has made important contributions to my country's coal liquefaction engineering. In 2004, he was hired by the Ministry of Science and Technology as 973 * * Key Basic Research Plan Project—Basic Research on Large-Scale Direct Coal Liquefaction (Project No. 2004CB217600) First * the scientist. He graduated from the Department of Engineering Chemistry of Tsinghua University in 1969 and received a master's degree from the Department of Chemical Engineering of Tsinghua University in 1982. From 1985 to 2002, he served as the director of the Coal Liquefaction Research Office of the Beijing Coal Chemical Research Institute. Since 2003, he has been the chief engineer of the Beijing Coal Chemical Research Institute. He has been engaged in direct coal liquefaction research, technology development and project organization and management for many years, and is responsible for scientific and technological management such as overall plan formulation, international cooperation, and domestic project coordination and management. Major research projects conducted or completed in recent years include:: * * International cooperation project on the pre-feasibility study of three coal direct liquefaction demonstration projects of Shenhua Group, Yunnan Pioneer, and Heilongjiang Yilan commissioned by the Planning Commission, person in charge, 1996-2000, total funding of 10 million yuan ； Sino-Japanese cooperative development project "Research on NEDOL process liquefaction of Chinese coal", person in charge, 1996-2002 ； Shenhua Group Coal Direct Liquefaction Demonstration Project Technical Support and Process Improvement Research, Person in Charge, 2001-2002 ； Main researcher of the Ministry of Science and Technology’s “Tenth Five-Year Plan 863” project “High-efficiency Catalyst for Direct Coal Liquefaction”, 2001-2004. .Note$#, $ $
2 Shu Geping Shu Geping has worked at the Liquefaction Institute of the General Institute of Coal Science and Technology for nearly 20 years. He was transferred to Shenhua Group in 2002 and has been engaged in scientific research for a long time. He is the main inventor of Shenhua’s direct coal liquefaction process.* * "The first chapter of Project 863 * the scientist. Main achievements: First, we have the courage to challenge foreign technology and research and develop Shenhua technology with independent intellectual property rights. The reports he submitted, such as "Analysis Result Report of Shenhua Coal Direct Liquefaction Process Package of American Hydrocarbon Technology Company", "Discussion on Long-term Stable Operation of US Process", "Recommendations for Major Adjustments to US Process", etc. provided basis for decision-makers. The Shenhua process developed through research and development passed the expert signature and was successfully tested on the device. The second is the development of 863 catalyst. In order to overcome the shortcomings of Japanese catalysts, he started the development of 863 catalyst in 2002 and served as the leader of the project. * Scientist, leader of research team. In order to solve the problem of secondary polymerization of nanoscale effective components during the synthesis process, it took more than 5,000 hours and 12 tests to finally overcome the difficulty. The catalyst was officially used during the commissioning test of the pilot plant. It is stable and reliable and has reached the international advanced level. This technology can increase economic income by 240 million yuan per year in the early stage of the project. Third, the problem of easy clogging of the coal slurry preheater was overcome during the device test, which contributed to the stable operation and commissioning of the device. Fourth, my country's first textbook "Direct Coal Liquefaction Technology" that comprehensively discusses direct coal liquefaction was published. His papers have won the second and third prizes at the ministerial level many times.
Both are chief editors of the book "Coal Liquefaction Technology"
Learn the lesson! He has made great contributions to China's energy industry. The key is to be able to develop his own technology, which is his greatest wealth.
But from the laboratory to the factory, many related engineering experts are needed, haha