木质素
化学
水热液化
分解
产量(工程)
水解
有机化学
液化
热液循环
烷基化
乙醚
键裂
化学工程
催化作用
材料科学
工程类
冶金
作者
Shimin Kang,Xianglan Li,Juan Fan,Jie Chang
摘要
Alkaline lignin was liquefied under hydrothermal conditions, and the liquefied products were effectively separated into four main types of substances: benzenediols, monophenolic hydroxyl products, weak-polar products, and water-soluble products (low-molecular-weight organic acids, alcohols, etc.). The production process and yield of each classified products are discussed. More than half of the yields of the oil products consisted of phenolics. A mechanism for phenolic production from lignin liquefaction is proposed. It suggests that the decomposition of lignin under hydrothermal conditions occurs mainly by three steps: hydrolysis and cleavage of the ether bond and the C–C bond, demethoxylation, and alkylation.
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