In recent years, new acrylic acid synthesis techniques based on non-petroleum routes have received extensive attention from both academia and industry.

Recently, a research group led by Prof Xianglin Hou and Prof Tiansheng Deng from the Institute of Coal Chemistryof the Chinese Academy of Sciences, presented a green and efficient aqueous degradation system.

Recently, a research conducted by Shuai Guo/Kuan Lu from the Institute of Coal Chemistryof the Chinese Academy of Sciences, in collaboration with Prof.

Decades of research and development , the Shanxi Institute of Coal Chemistry , Chinese Academy of Sciences has pioneered internationally leading.To the paper ： https : / / doi . org / 10.1038 / s41929-024 - 01155 - y.

Propene hydroformylation , which exceeds 7 million tons per year .Therefore , tremendous efforts have been devoted to develop supported hydroformylation.Rh-zeolite system .

A research team led by Prof . Nanwen Li from the Institute of Coal Chemistry ( ICC ) of the Chinese Academy of Sciences ( CAS ) reported poly ( oxindole biphenylene ) - based ion-solvating membranes ( ISMs ) with highly stable oxindole/KOH complex ion pairs for use in water electrolysers .These ISMs exhibit promising alkaline stability at 80 ° C with a negligible conductivity decay over more than 15000h and , thus , allow durable alkaline electrolysis over 2500h , even at elevated temperatures and high operating voltages of 2.3V .