The palladium catalyzed Suzuki coupling is a widely utilized method for carbon-carbon bond formation in pharmaceuticals and other industries. My research aims to evaluate the effect of applying green chemistry principles to the suzuki coupling, specifically focusing on alternative solvent systems, less hazardous materials, and energy efficient reaction routes. Green chemistry focuses on maximizing efficiency of chemical reactions, while attempting to reduce or eliminate hazardous waste. My project will attempt to find the line between efficiency and hazardous waste reduction for the suzuki coupling. These results will be compared to those of traditional materials and reaction conditions by analyzing reaction yield, conversion percentage, and spectroscopic data. The results of this research project will be used to determine if green chemistry principles can be applied to the Suzuki coupling while maintaining efficiency and product yield.
