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Issue 9/2019 - New low-temperature esterification catalyst developed
Time of Update: 2022-11-14
The chemical composition of the catalyst is organic acid titanium salt, which is used in the DOP and DOPP production process at the same or lower amount than the current titanate catalyst, and the dieester temperature is reduced from 220 °C ~ 240 °C to 145 °C ~ 155 °C, thereby greatly reducing the reaction energy consumption and isooctanol loss.
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Issue 22, 2013 - Breakthrough in research on novel low-temperature methanol catalysts
Time of Update: 2022-11-12
(Gao Yuan) A breakthrough has been made in the research of new low-temperature methanol catalystsRecently, the new low-temperature and high-performance methanol catalyst jointly developed by Datang Chemical Research Institute and Xiamen University passed the industrial side-line test acceptance.
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High-temperature stable copper-based catalyst constructed by Dahua Institute
Time of Update: 2021-12-28
The cooperative team combined two new technologies for the preparation of supported catalysts: magnetron sputtering (SP) and flame spraying (FSP), and reconstructed the electronic structure of metallic copper and the reducibility of the TiO ₂ carrier for the first time under lower temperature conditions.
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Russia and Spain joint scientific research team developed a low-temperature purification catalyst for carbon monoxide
Time of Update: 2021-09-21
According to a report from the website of the Siberian Branch of the Russian Academy of Sciences, the joint scientific research team of the Institute of Catalysis and the University of Barcelona (Spain) has developed a low-temperature purification catalyst for carbon monoxide, which can be used for the purification of automobile exhaust and thermal power station exhaust gas .
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the latest research results in the field of room temperature nitrogen fixation with fiber-like black phosphorus based double active catalyst
Time of Update: 2019-10-08
Recently, the research team of nanofibers led by academician Yu Jianyong and researcher Ding bin of the textile science and technology innovation center of Donghua University has made important progre
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Angelw. Chem. Int. ed.: Ackermann's team realized electrochemical C-H / N-H activation by water-resistant cobalt catalyst at room temperature
Time of Update: 2018-01-18
C-H activation is widely used in natural product chemistry, pharmaceutical industry, material science and other fields In the past, precious metal catalysts, such as palladium, iridium, ruthenium and