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The oil-water separation technology of the micro-nano technology research institute of the table interface won the second place in the "big seamless dongli cup" Tianjin youth innovation and entrepreneurship competition.


In November 2016, the "Great Seamless. Dongli Cup" Tianjin Youth Innovation and Entrepreneurship Competition, jointly sponsored by Tianjin Youth Entrepreneurship and Employment Foundation, Tianjin Committee of the Communist Youth League, Tianjin Industry and Information Technology Commission, and Tianjin Steel Pipe Group Co., Ltd., was solemnly held in the Star of enlightenment. The "self-assembly coating modified oil-water separation technology" of the surface interface micro-nano technology research institute of Tianjin high-end equipment research institute of Tsinghua university officially entered the semi-finals through the audition of the organizing committee of the competition, and won the second place in the start-up group in the final.

  

清华大学天津高端装备研究院

SATIS Team Winning Site

In accordance with the deployment arrangements of the Tianjin Municipal Party Committee and Municipal Government to implement the innovation-driven development strategy to help Tianjin's industrial transformation and upgrading and economic development, Tianjin Municipal Youth League Committee, Municipal Industry and Information Commission, Municipal Education Commission, Municipal Science and Technology Commission, Dongli District Government, Tianjin Steel Pipe Group Many other units launched the "Great Seamless. Dongli Cup" Tianjin Youth Innovation and Entrepreneurship Competition and the 3rd "Creating Youth" China Youth Innovation and Entrepreneurship Competition in September this year.

清华大学天津高端装备研究院

Certificate and Trophy

The participating teams include innovation teams from universities in Tianjin, a number of R & D institutions in Tianjin, and innovative enterprises in Tianjin. Through the audition of the competition organizing committee, a total of 180 semi-finals projects were selected. In this competition, the Surface Interface Micro-Nano Technology Research Institute used nano-self-assembly coating technology to modify materials such as metal mesh, sponge, oil-absorbing film, etc., to achieve a variety of low-cost and high-efficiency separation technologies for oil-water mixtures to stand out, and was highly affirmed by the competition jury. The technology can be widely used in petrochemical, machinery, catering industry, soup oil removal and other oily wastewater treatment and oil-water mixture separation, with broad market prospects.

Table Interface Micro-nano Technology Research Institute Report/Liu Xiaohong Figure/Liu Xiaohong