On December 9, 2016, the "2016 functional silane application technology exchange meeting" hosted by the small and medium sized enterprise working committee of China Petroleum and Chemical Industry Federation, CO organized by China Chemical Industry Economic and Technological Development Center, organized by Sinochem low carbon technology engineering center, chemical new material industry research center, national silicon industry green development strategic alliance and national special rubber industry cooperation group was held in Shanghai Hall 8 on the second floor of Everbright Convention and Exhibition Center International Hotel was grandly held. More than 100 experts, executives and technical representatives from all over the country attended the meeting.

Prof. Fan Hong, Department of chemical engineering and Bioengineering, Zhejiang University, Chen Haiping, chief engineer of Hubei Xingfa Chemical Group Co., Ltd., Dr. Mei long, Jinqiao international consulting company, Dr. Yi Yulin, Shanghai Institute of organic science, Chinese Academy of Sciences, technical manager of Evonik special chemistry (Shanghai) Co., Ltd., Li Hongbo, manager of Anhui sibaoxiangfei silicone new material Co., Ltd., Xi Riyong, manager of Shandong Province Professor Ge Shengsong, School of chemistry and environmental engineering, University of science and technology, Professor Feng Jie, School of chemical engineering and materials, Zhejiang University of technology, and Professor Huang Chi, School of chemistry and molecular science, Wuhan University made wonderful speeches at the conference, and had a full exchange with participants. Experts and representatives attending the meeting said they had benefited a lot from this trip.


Professor Fan Hong, Department of chemical engineering and Bioengineering, Zhejiang University, gave a speech entitled "functional silane coupling agent and spreading agent - molecular design and product application". He mainly described the preparation and application of dihydrolaurenol trisiloxane surfactant and dihydrolaurenol type silane coupling agent. Professor Fan proposed to select bio based raw materials through a series of experimental data comparison The silane coupling agent / surfactant (e.g. eugenol, dihydrolaurenol, etc.) has the advantages of improved acid-base stability, applicability, spreading ability and environmental protection.