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MOLCAT Research interests and activities

Transition metal chemistry plays a vital role in advancing catalysis and sustainable chemical processes, significantly impacting energy, industry, and environmental applications. The design and synthesis of transition metal complexes, particularly those based on elements such as ruthenium, iron, silver, and rhodium, have enabled the development of efficient catalytic systems for key transformations. Our research focuses on exploring homogeneous catalysis and bio-inorganic chemistry using innovative ligand frameworks, including N-heterocyclic carbenes and cyclopentadienones, to drive reactions relevant to energy transition and the circular economy. These catalysts facilitate processes such as selective hydrogenation, biomass valorization, and electrochemical transformations, including water oxidation and hydrogen evolution. By combining experimental techniques such as spectroscopy, electrochemistry, and mechanistic studies, we aim to develop sustainable catalytic solutions for industrial and environmental challenges.