Mechanochemistry: A new frontier in chemical synthesis
Anup Basnet Chetry
Abstract
Mechanochemistry, a branch of chemistry that involves the application of mechanical energy to induce chemical reactions, has garnered significant attention for its unique approach to chemical synthesis and materials processing. This review explores the fundamental principles of mechanochemistry, including the impact of mechanical forces on crystalline structures and the resultant chemical transformations. Recent advancements highlight the field’s potential in reducing reliance on hazardous solvents, improving energy efficiency, and supporting sustainable practices. Mechanochemistry’s applications extend to recycling and resource recovery, particularly in the context of valuable metals and materials, aligning with the principles of green chemistry and the circular economy. Despite its benefits, the field faces challenges related to scalability, process control, and material limitations. Future directions include integrating advanced technologies, exploring new applications, and enhancing fundamental understanding to address these challenges. Mechanochemistry stands as a transformative and evolving area of research with significant implications for scientific progress and industrial applications, promising to drive innovation and sustainability in various sectors.