OAC2 is primarily used in advanced organic synthesis as a catalyst or reagent in selective oxidation reactions. It enables efficient transformation of alcohols to carbonyl compounds under mild conditions, making it valuable in pharmaceutical manufacturing where precision and functional group tolerance are critical. Its stability and reactivity profile allow for use in multi-step synthetic pathways without interfering with sensitive intermediates. Additionally, OAC2 has been employed in materials science for modifying polymer surfaces, enhancing adhesion and compatibility in composite materials. Its application extends to analytical chemistry as a derivatizing agent for detecting trace alcohols in complex mixtures.