Homogeneous catalysis has become a powerful tool for achieving highly selective chemical transformations under controlled reaction environments. Because catalysts and reactants exist within the same phase, homogeneous systems often provide exceptional reaction precision, making them particularly valuable in pharmaceutical synthesis, fine chemicals, polymer production, and specialty chemical manufacturing.
Current research focuses on designing sophisticated organometallic complexes, transition metal catalysts, and ligand systems capable of delivering higher selectivity while operating under milder reaction conditions. Advances in asymmetric catalysis, photocatalytic activation, and environmentally benign catalytic systems are opening new possibilities for sustainable synthesis. Computational chemistry is also playing an increasingly important role in understanding reaction pathways and catalyst optimization.
This session provides an international forum for discussing catalyst design, mechanistic studies, synthetic methodologies, and industrial applications of homogeneous catalysis. Researchers will explore innovative approaches that improve efficiency, reduce environmental impact, and support the development of next-generation chemical processes.