Hydroformylation could convert olefins and syngas(mixture of H_(2) and CO)into aldehydes with a great atomic efficiency.This transformation serves as one of the most prominent processes in modern chemical industry;as ...Hydroformylation could convert olefins and syngas(mixture of H_(2) and CO)into aldehydes with a great atomic efficiency.This transformation serves as one of the most prominent processes in modern chemical industry;as it provides over 10 million tons of aldehydes as feedstock for our daily essential products such as plasticizers;paints;solvents;and pharmaceuticals.展开更多
基金supported from the National Key R&D Program(No.2023YFB4103100,and 2023YFB4103102)National Natural Science Foundation of China(No.22172186,22302221,and 22202229)+3 种基金Major science and technology project of Ordos(No.2022EEDSKJZDZX001)Inner Mongolia Key Research and Development Program(No.2023YFHH0009)Institute of Coal Chemistry,Chinese Academy of SciencesSynfuels China,Co.Ltd..
文摘Hydroformylation could convert olefins and syngas(mixture of H_(2) and CO)into aldehydes with a great atomic efficiency.This transformation serves as one of the most prominent processes in modern chemical industry;as it provides over 10 million tons of aldehydes as feedstock for our daily essential products such as plasticizers;paints;solvents;and pharmaceuticals.
