Abstract
The increasing focus on sustainability has prompted researchers to investigate innovative catalytic methods for converting acids produced from biomass into value added ester compounds. The present study focuses on the efficient conversion of diverse biomass-derived acids into esters through the utilization of zeolite-based catalysts, capitalizing on their unique structural and acidic properties. The utilization of esters encompasses a wide range of applications, making them highly versatile as both platform chemicals and biofuels. Recent development and enhancement of catalytic systems based on zeolites are specifically reviewed for the efficient synthesis of ester compounds with significant commercial value from biomass derived acids.
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