Shen Yinchu, professor-level senior engineer, honorary president of Zhejiang University of Technology and academician of China Academy of Engineering. 1962 graduated from the Department of Biochemistry of Fudan University, and in the same year entered the Institute of Genetics of Fudan University to pursue postgraduate courses. 1997 was elected as an academician of China Academy of Engineering. He used to be the director of Shanghai Pesticide Research Institute, the director of Shanghai Biochemical Research Center of Ministry of Chemical Industry, the vice chairman of China Chemical Industry Society, and the director of biochemical professional committee of China Chemical Industry Society. From 65438 to 0998, he was transferred to Zhejiang University of Technology as the chief professor of the School of Bioengineering, Zhejiang University of Technology. From February 2000 to March 2005, he served as president of Zhejiang University of Technology. Since April 2005, he has served as honorary president of Zhejiang University of Technology. He has been engaged in the research of biocatalysis and biological pesticides for a long time. Jinggangmycin, which was successfully studied in 1970s, is the first microbial pesticide with the lowest dosage per unit area of farmland in China. In the 1980s, the research on the production of acrylamide by microbial catalysis was completed, and the first industrial plant for the production of bulk chemical raw materials by biotechnology in China was established in 1994, which initiated the application of biocatalysis in the chemical industry. Won two second prizes for national scientific and technological progress, three second and third prizes for national inventions, three first prizes for Shanghai scientific and technological progress, two first prizes for scientific and technological progress of the Ministry of Chemical Industry, two first prizes for scientific and technological progress of China Petroleum and Chemical Industry Association, DuPont Scientific and Technological Innovation Award 1 and Haohua Award 1. 1998 won the title of Shanghai Science and Technology Hero, 1998 He Liang Heli Fund Science and Technology Progress Award, Hou Debang Chemical Technology Award in 2002 and Zhejiang Major Science and Technology Contribution Award in 2009. The main achievements are as follows: ① Jinggangmycin, an agricultural antibiotic for controlling rice sheath blight, was found in the soil of Jinggangshan area in China, and won the third prize of national invention and the Shanghai major scientific and technological achievement award; (2) Complete the research and development of acaricidal antibiotic liuyangmycin, a key project in the Seventh Five-Year Plan, and realize industrialization, and win the key project award in the Seventh Five-Year Plan; (3) Completed the research on key biological pesticides for agricultural and livestock storage by Shanghai Science and Technology Commission, and put them into production in many factories across the country, becoming the main pesticides for agricultural and livestock in China. This technology won the first prize of Shanghai Science and Technology Progress Award, the first prize of the Ministry of Chemical Industry, the first prize of the "Eighth Five-Year Plan" Excellent Achievement Award and the second prize of the National Science and Technology Progress Award. By the State Planning Commission, the State Science and Technology Commission, the Ministry of Finance as the "Eighth Five-Year Plan" major scientific and technological achievement award; ④ During my study in Japan, I established a long-term cooperation with the Japanese Institute of Physics and Chemistry to develop agricultural antibiotics, which was under the responsibility of Ren Zhongfang, and became the first batch of substantive scientific and technological cooperation projects of the State Science and Technology Commission after the reform and opening up. The project team found 7 kinds of antibiotics; ⑤ During the Seventh Five-Year Plan and the Eighth Five-Year Plan, he presided over the national key scientific and technological project "Production of acrylamide by microbial method", established the first industrial device for producing bulk chemical raw materials by biotechnology in China, and initiated the application of biocatalysis in the chemical industry. This technology won the first prize of Shanghai Science and Technology Progress Award, the Eighth Five-Year Excellent Achievement Award, the second prize of National Science and Technology Progress Award and the Dupont Science and Technology Innovation Award. In 2002, the development of 10,000-ton industrial technology for producing acrylamide by microbial method won Haohua Award;