On December 28, 2019, wen-xing Chen academicians of Chinese Academy of Engineering academician workstation with ancient towpaths signing ceremony was held in the company, wen-xing Chen member of team, the Chinese Academy of Engineering, the shaoxing association for science and technology, the municipal party committee organization department, municipal development and reform commission, the city government, shaoxing and depth fusion comprehensive service center, the city association for science and technology leaders and guests attending and witnessed the signing ceremony.
The signing ceremony was presided over by zhang rongshe, party secretary of shaoxing association of science and technology. Zheng pointed out that the establishment of academician workstation is a powerful move to boost the development of enterprises and a rare opportunity for promotion. The academician workstation will be closely linked with the technological innovation of enterprises, and the development of enterprises and the comprehensive construction of industrial chain will promote each other to help implement the construction of hangzhou bay economic zone.
President xu to attend the signing ceremony of the academician workstation leadership guests warm welcome and heartfelt thanks, he said since ancient towpaths factory pay attention to scientific and technological innovation, and member of wen-xing Chen team to carry out the liquid viscous melt direct spinning Polyester Industrial Yarn and technical cooperation of the world first,, several technical problems in the project in 2011 to achieve industrialization, boost productivity become the first company. In this cooperation with academician Chen wenxing, we will make every effort to provide innovative element resources, and produce significant scientific and technological achievements in revealing the basic scientific laws of polyester field, solving key common problems in the industry, and expanding the application field of polyester through our cooperation, so as to promote the development of the industry!
Wang xiaowen, director of the environmental and textile engineering department of the Chinese academy of engineering, and academician Chen wenxing of the Chinese academy of engineering sent messages respectively. Director wang said that academician Chen is a new academician in 2019, the state issued a policy: one academician under the age of 80 can only sign one academician workstation, as a member of shaoxing academician Chen chose zhejiang ancient fiber road green fiber co., LTD., showing his return to his hometown of the pure heart, work in sangzi boxing heart. Academicians are the pride of the country and the people. We hope that enterprises can make full use of the platform of academician workstation to promote high-level industry-university-research cooperation, cultivate talents and develop enterprises, and boost the development of industrial polyester industry in the future.
Academician Chen also used three words to say today's emotion: fate, Thanksgiving, wish, in 2005 shaoxing city government an enterprise and the university of the joint activities let President Chen and the ancient fiber road forged a bond, promote the cooperation.
Then, in the Chinese academy of engineering environment and textile company wong siu man, director of zhejiang sci-tech university, dean of the school of materials science and engineering professor ju-ming yao, executive director of the company Xu Yuelin, city of shaoxing, the deputy district chief yeeli hua zheng and others, under the witness of wen-xing Chen academicians and company general manager Jin Ge represent the two sides signed a cooperation agreement text and photo as a souvenir.
The successful signing ceremony marks the official start of the construction of academician Chen wenxing workstation. In the future, research and development projects will be carried out around the theoretical research on the structural-activity relationship of polyester industrial silk and the expansion of fiber application field, so as to further improve product quality, expand new application fields of fiber materials and enhance core competitiveness.
