微反应器内药物连续流合成的研究进展
Advances on continuous-flow synthesis of drugs in microreactors
薛潇 1商敏静 1苏远海1
作者信息
- 1. 上海交通大学化学化工学院化工系,教育部变革性分子前沿科学中心,上海 200240
- 折叠
摘要
由于微反应器的特征尺寸较小,其比表面积大,混合效率高,热质传递效率快,可精确调控反应过程.相比于传统的釜式反应器,在微反应器内开展药物的单步/多步合成,具有高选择性、高效率、本质安全等优势.综述了近年来在三种常用的微反应器包括毛细管微反应器、板式微反应器和微填充床反应器以及其他新型微反应器中进行药物及其中间体连续流合成的研究进展.从均相和非均相反应进行分析,总结了不同类型微反应器的优势.最后,对药物连续流合成的发展方向进行了展望.
Abstract
Due to small characteristic size of microreactors,it has a large specific surface area,high mixing efficiency,fast heat and mass transfer efficiency,and can accurately control the reaction process.Compared with the traditional synthesis in batch,the single/multi-step synthesis of drugs in microreactors can achieve the advantages of high selectivity,high efficiency and intrinsic process safety.This article reviews the recent research progress in continuous-flow synthesis of drugs and their intermediates in three commonly used microreactors,including capillary microreactors,plate microreactors and micropacked bed reactors,as well as other new microreactors.The advantages of different types of microreactors are summarized from the perspective of homogeneous and heterogeneous reactions.Finally,the development directions of continuous-flow synthesis of drugs in the future are prospected.
关键词
微反应器/药物/过程强化/动力学/连续流合成Key words
microreactors/drug/process intensification/kinetics/continuous-flow synthesis引用本文复制引用
出版年
2024
国家科技期刊平台
NSTL
万方数据