Sustainable Approaches for Catalytic Bond Functionalization

Catalytic bond functionalization through sustainable and energy-efficient synthetic methods Traditional bond functionalization depends on thermal activation and excess reagents, creating significant energy demands. Sustainable Approaches for Catalytic Bond Functionalization presents green strategies for functionalizing C H, C X (where X equals heteroatom), and C C bonds that reduce energy consumption while maintaining synthetic efficiency across multiple compound classes. The book covers the application of photoelectrochemical, visible-light-induced and electrochemical pathways to the construction of complex organic molecules, natural products, active pharmaceutical ingredients, polymers, and advanced materials. Readers will also find: Practical insights into flow chemistry approaches in catalytic bond forming transformations Coverage of mechanochemistry and ball milling techniques as solvent-free alternatives A dedicated chapter on industrial applications connecting laboratory-scale methods to real-world challenges Designed for organic chemists, catalytic chemists, and chemical industry professionals, this book provides actionable methods for adopting sustainable bond functionalization in research and industry.