5 Chemical Project Wins Shanghai Science and Technology Award

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The 2012 Shanghai Science and Technology Invention Award was announced several days ago. Among the 8 first-class projects, there are 5 chemical-related projects, namely the creation and industrial application of adhesive-free composite pore zeolite catalysts, the development and industrialization of high-performance acrylic catalysts, and the high-concentration organic wastewater energy. The research and development projects for resource-based processing technologies and equipment, the research and development projects for high-efficiency and low-emission dimethyl ether engines, and the key technologies for large-capacity sodium-sulfur batteries for energy storage and battery quantification manufacturing technology projects.

According to reports, the creation and industrial application projects of the binder-free composite pore molecular sieve catalyst co-developed by Sinopec Shanghai Research Institute of Petroleum and Chemical Industry have, after 10 years of innovative efforts, overcome the creation of non-adhesive composite pore catalysts, reactor development, and processes. Technological breakthroughs such as process design and engineering amplification have enabled breakthroughs in key olefin cracking technologies. In the world, binderless molecular sieve technology has been applied to the industrialization of catalysis for the first time. The project has been granted 40 Chinese-invented invention patents, and the United States has authorized 2 invention patents to build an industrialized device with an annual output of 60,000 tons. The regeneration period of this catalyst is up to 20 days, which is 7 times that of similar foreign technology. The overall technical index has reached the international leading level and has been promoted by many domestic enterprises.

Shanghai Huayi Acrylic Acid Co., Ltd. completed the development of high-performance acrylic catalysts and industrial application projects, according to the reaction characteristics of the catalyst targeted design, the development of a new high-altitude airspeed, high yield, high stability catalyst, the successful realization of the industrialization, Promote the use of multiple sets of industrial devices. The successful development of this catalyst filled the domestic gap and made China the third country in the world to master acrylic acid production technology.

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