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Full Description
This book highlights the emerging potential of bio-based epoxides as sustainable alternatives to petroleum-derived chemical precursors. It explores various renewable feedstocks—such as vegetable oils, lignocellulosic biomass, and fatty acids—and their conversion into epoxides through eco-friendly processes. The book presents recent advances in catalyst development, green synthesis techniques, and the optimization of reaction conditions to enhance oxirane yield and stability. Additionally, it discusses the applications of bio-based epoxides in producing environmentally friendly polymers, resins, and coatings. By addressing both technical and environmental aspects, this book serves as a valuable resource for researchers, industry professionals, and students aiming to contribute to greener chemical manufacturing and the development of a circular bioeconomy.
Contents
Chemical modification of palm kernel oil via epoxidation a brief review.- Industrial application bio based epoxides in coatings and adhesives.- Kinetic modelling on epoxidation process.- Epoxidation of waste cooking oil applied hybrid peracids mechanism with applied titanium dioxide.- Extraction of rubber seed oil as a feedstock for epoxidation process via mixed solvent system preserving unsaturation content of oil.- Catalytic epoxidation of palm oil and waste cooking oil using heterogeneous catalyst.- Optimization and kinetic modeling of catalytic epoxidation of palm stearin using an in situ peracid mechanism with sulfuric acid catalyst.
