In the afternoon of November 19th,our university and Shanghai Hongli Purification Technology Co., Ltd. held asigning ceremony to jointly establish the "Research Centers forNon-Homogeneous Separation Ultrafiltration and Fine Filtration Technology"(hereinafter referred to as the "Research Centers"), aiming topromote technological innovation and industrial application through in-depthcooperation. The aim is to promote technological innovation and industrialapplication through in-depth cooperation, and to cultivate scientific andtechnological professionals to meet the development needs of the new era. Thesigning ceremony was presided over by Vice President Xu Yufang.
Wang Yuanyuan, Dean of School ofEnergy and Materials, and Song Zhili, Chairman of Shanghai Hongli PurificationScience and Technology Co. President Xie Huaqing presented Song Zhili with theappointment letter of master's degree tutor. Chairman Song Zhili donated 1million yuan scholarship to the school.
Mr. Li Guojuan, Vice Chairman ofJiu San Municipal Committee, attended the signing ceremony. Zhang Yongqiang,Deputy Director of National Energy Group Guoneng Longyuan EnvironmentalProtection Co., Ltd, Chen Daijie, Professor of Shanghai Jiaotong UniversitySchool of Pharmacy, Zhang Fuli, Director of Pharmaceutical Process Center ofChina National Pharmaceutical Industry Research Institute of Sinopharm, and DuLihong, Executive Deputy Director of Filtration and Separation SpecializedCommittee of the Chinese Society of Chemical Industry, etc., delivered speechesas the guest representatives.
With the non-homogeneousseparation ultrafiltration fine filtration technology in industrial watertreatment, environmental protection and other fields of application is becomingmore and more extensive, in order to further enhance the innovation ability andapplication level of this technology field, the school and Shanghai HongliPurification Technology Co., Ltd. to carry out in-depth cooperation betweenindustry, academia and research, which will be centered on industrial research,technological innovation, training of personnel and several other aspects.
Relying on the strength of theschool's scientific research team, combined with industry trends and marketdemand, the formation of research centers team, a clear research direction andgoals, the existing product technology, production processes for in-depthanalysis and research, while the establishment of special topics, theenterprise to provide the appropriate scientific research funds to help theuniversity's scientific research.
At the same time, the universityestablishes student internship bases and postgraduate innovation practice basesin the enterprises, encourages students and researchers to practice in theenterprises, and young doctoral teachers to carry out postdoctoral and otherrelated research work in the centers, and the enterprises will providecorresponding financial support to motivate university researchers throughequity investment, intellectual property licensing and other ways to help thetransfer of scientific and technological achievements of universities.
The non-homogeneous separationultrafiltration technology, on which both the university and the enterprise arejointly focusing, has great potential in the future environmental protectionfield. It can be used in the treatment of industrial wastewater, effectivelyremoving pollutants such as heavy metals, organic matter and suspended solidsin wastewater, so that the wastewater meets the discharge standards and reducesthe pollution of the environment. In air purification, the technology can alsobe used to remove tiny particles and harmful substances in the air to improveair quality. In the field of water treatment, the technology can effectivelyremove microorganisms, suspended solids, organic matter and other impurities inwater, improve the quality of drinking water and protect people's health; inindustrial water treatment, it can also be used for the deep treatment of waterto ensure the quality of industrial water and improve the efficiency of waterresource utilization.
In addition, this technology canalso be used in the chemical production process, for raw material purification,product purification and wastewater treatment, etc., to improve productquality, realize clean production and reduce environmental pollution. In thepharmaceutical field, through the pharmaceutical process of drug separation,concentration and purification, etc., to improve the purity and activity ofdrugs to ensure the quality of drugs, to protect the safety of drugs.
