Our hospital and Nanhe County Government formally signed an agreement to jointly establish a friction reduction project center.

The Signing Ceremony of the Engineering Center for Reducing Friction and Consumption Held in Xingtai City

On July 10, 2016, the signing ceremony of the cooperation agreement between the Tianjin High-end Equipment Research Institute of Tsinghua University ("High-end Institute") and the Nanhe County Government on the joint establishment of a friction reduction and consumption reduction engineering center was held in Xingtai City. Luo Jianbin, president of the high-end hospital, and Tong Yingan, vice mayor of Xingtai City, attended the signing ceremony. Zhang Xiangjun, vice president of the high-end hospital, and He Qingdong, deputy head of Nanhe County, signed cooperation agreements on behalf of both sides. Also present at the signing ceremony were Wood Min, vice president of the High-end Institute, Zhang Chenhui, director of the Lubrication Technology Research Institute, Yang Fei, executive deputy director of the Laser Engineering Research Institute, Li Chaoying, secretary of the Nanhe County Party Committee, Li Shengmin, deputy secretary of the county party committee and county magistrate, and Liu Haichuan, member of the Standing Committee of the county party committee and executive deputy county magistrate.

High-end Academy Delegation Visits Hebei Jinshahe Nugget Group

At the symposium, Tong Ying'an and Li Chaoying respectively introduced the economic and social development of Xingtai City and Nanhe County. Tong Yingan said at the meeting that the municipal party committee and municipal government will attach great importance to the cooperation between the high-end hospital and the Nanhe county government, make every effort to ensure and provide high-quality services, so as to continuously inject new vitality and expand new space for city-school cooperation. It is hoped that the two sides will give full play to their respective advantages, realize the transformation of scientific and technological achievements as soon as possible, and improve the lives of the people through scientific and technological innovation.

Luo Jianbin said that with the help of the cooperation agreement signed with Nanhe County, our institute will further deepen the strategic cooperation with Xingtai, actively promote the effective transformation and industrial development of more scientific research achievements in Xingtai City, accelerate the settlement of more scientific research bases and incubation projects in Xingtai, promote the gathering of innovative elements and talents, and contribute to the coordinated development of Beijing, Tianjin and Hebei.

High-end Institute Delegation Visits Hebei Jiantou Xingtai Thermal Power Plant

According to the agreement, the two parties will build a manufacturing technology platform for friction reduction and consumption reduction, promote the sustainable development of the manufacturing system in Nanhe County, Xingtai City, and Hebei Province through industry authoritative testing and certification, and attract experts in related fields at home and abroad. Or institutions to effectively provide friction reduction and consumption reduction technology solutions for Nanhe County enterprises; organize domestic and foreign experts and scholars to promote the construction of talent training in Nanhe County through industry technical training, industry conferences and exhibitions, extensively promote the manufacturing industry's friction reduction and consumption reduction and green energy-saving technologies; through the application and promotion of the manufacturing industry's friction reduction and consumption reduction series of technologies, integrate the upstream and downstream enterprises in the manufacturing industry and the mechanical processing industry, from the formulation of industry standards, high-quality friction materials and In the whole chain of product research and development, promote the upgrading of manufacturing and technical service industries.

Scientific Research Department Report/Wang Liquan/Zhou Pengfei