Harnessing the copper surface for direct mechanocatalysis: A case study on mechanochemical sulfonylurea synthesis

Key Points

• Mechanocatalysis enables efficient synthetic transformations using copper surfaces, enhancing reaction outcomes.
• The study showcases how copper can act as a catalyst for the mechanochemical synthesis of sulfonylureas.
• Direct mechanocatalysis opens new avenues in catalysis, utilizing specific materials for more effective reactions.
• The findings highlight the potential for copper to reduce costs and improve efficiency in chemical synthesis.