C-H functionalization reactions have attracted great attention in recent years due to their promise of simplifying organic synthetic pathways. However, many reported protocols suffer from common limitations, such as the usually harsh reaction conditions, with the related safety issues, and the requirement of high catalyst loadings. Recent research efforts have demonstrated that the application of flow technologies to C-H functionalization reactions can significantly mitigate these issues, also resulting in more sustainable protocols. In this chapter we present selected examples of C-H functionalizations realized in flow conditions, highlighting the sustainability aspects effected by the application of flow techniques.
Chapter 6: Sustainable Approaches to C-H Functionalizations Through Flow Techniques
Santoro S.;Ferlin F.;Vaccaro L.
2020
Abstract
C-H functionalization reactions have attracted great attention in recent years due to their promise of simplifying organic synthetic pathways. However, many reported protocols suffer from common limitations, such as the usually harsh reaction conditions, with the related safety issues, and the requirement of high catalyst loadings. Recent research efforts have demonstrated that the application of flow technologies to C-H functionalization reactions can significantly mitigate these issues, also resulting in more sustainable protocols. In this chapter we present selected examples of C-H functionalizations realized in flow conditions, highlighting the sustainability aspects effected by the application of flow techniques.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
