The city and Zhengzhou New Century Materials Genomics Engineering Research Institute Co., Ltd. formally signed a graphene techno
On the afternoon of April 23, the city's urban investment and development limited liability company and Zhengzhou New Century Materials Genomics Engineering Research Institute officially signed the
On the afternoon of April 23, the city's urban investment and development limited liability company and Zhengzhou New Century Materials Genomics Engineering Research Institute officially signed the graphene technology cooperation project agreement in the Central Plains Zhigu Innovation and Entrepreneur Complex, which marked the cooperation between the two parties. A substantial step.
City leaders Song Shujie, Wang Xinting, Zhang Donghui, Zhang Shuxia, Ma Binglin, Teng Fei, Ding Wenxia, Li Xianwu, Zhang Hongwei, Fu Shumin, deputy director of the Industrial Management Zone of Puyang City, witnessed the signing of the contract.
The Graphene Technology Cooperation Project is invested by City City Investment and Development Co., Ltd. with a capital of 30 million yuan. In accordance with domestic first-class and world-leading standards, the company is implementing R&D, demonstration, industrialization and commercial promotion of graphene preparation and application technology in the city. High-efficiency green graphene material R&D and preparation base and high-end application product R&D and manufacturing base for graphene, creating a 100-billion-level industrial cluster and creating a “carbon valley” for China's graphene industry technology, human resources and capital accumulation.
It is understood that with the strong support of the city, the R&D team headed by Professor Shao Guosheng, a professor of the National Thousand Talents Program, has established Zhengzhou New Century Materials Genomics Engineering Research Institute Co., Ltd. in Zhongyuan Zhigu Innovation and Entrepreneurship Complex, focusing on Two major fields of advanced carbon materials, such as carbon fiber, graphene and diamond, and "photovoltaic film materials and manufacturing equipment", carry out research and application of material genome engineering research and related theories and practical achievements, with advanced material research and development concepts. Successfully developed advanced technologies and processes for efficient green preparation of graphene. It breaks through the existing technical bottlenecks of high cost, high pollution, high defect rate and low productivity in the existing graphene preparation technology , and overcomes the “high pollution, low quality” of the redox method and the “high cost and low yield”of the arc method. Such major defects are a breakthrough method for low-cost, full-process green preparation of high-quality graphene, laying a solid foundation for high-quality, low-cost, large-scale commercial production and application of graphene. The technology and process are currently applying for national and international patents.