Nicola Morante is a passionate chemical engineer and researcher specializing in photocatalysis and advanced oxidation processes. He graduated with honors in both his bachelor's and master's degrees in Chemical Engineering, with a focus on Energy and Environment, and is currently pursuing a Ph.D. in Innovative Engineering Technologies for Industrial Sustainability (IETIS). His research centers on the selective photocatalytic epoxidation of propylene, investigating reaction mechanisms involving surface oxyradicals and in situ hydrogen peroxide generation. He has expertise in catalyst synthesis, characterization, and kinetic modeling, working with titania-based and non-noble metal oxide photocatalysts. He has conducted extensive research on heterogeneous Photo-Fenton reactions, VOC removal in indoor environments, and photocatalytic reactor design, including the development of MATLAB-based kinetic models for photocatalytic processes. His expertise spans light modulation strategies, process optimization, and reactor engineering to enhance photocatalytic efficiency. Committed to sustainability and industrial innovation, he actively publishes and reviews scientific work in photocatalysis, contributing to the advancement of green chemical engineering solutions.