Covalent Organic Frameworks in Catalytic Organic Synthesis

Covalent organic frameworks (COFs), which are built upon dynamic covalent chemistry (DCC) with various organic building blocks, possess predesignable, highly ordered and crystalline porous structures. These features endow COFs with great potential in the development of function-tailored materials, particularly in catalytic organic synthesis. Start from selective oxidation reactions early introduced by Ferdi, Thomas and their co-workers, and then Wang and co-workers performed Suzuki-Miyaura reaction through integrating palladium into COFs, increasing numbers of works were established to explore their potentials in the 4.5catalysis of organic reactions. As heterogeneous organic catalysts, COFs bring benefits and solve problems, but also create new obstacles. Hence, we would like to establish a comprehensive system to review some pioneering works in this area. This will help us get a better view so that we can discuss the key and challenging issues we are currently confronted with.

Automated summary

Covalent organic frameworks (COFs) built upon dynamic covalent chemistry have great potential in catalytic organic synthesis, with researchers exploring their applications in various reactions. While COFs as heterogeneous organic catalysts bring benefits, they also present new challenges that require further research and discussion.