Synthesis of eugenol?based monomers for sustainable epoxy thermoplastic polymers

New developments in thermosets based on bioproducts are gaining significance due to the importance of replacing and their monomers, traditionally obtained from petrochemical processes, with biobased prepared biomass. In context new BPA/DGEBA replacements both enhanced performance reduced toxicity development innovative thermosetting resins, conversion plant biomass, especially natural phenols, into useful polymeric materials is believed have considerable environmental economic value. Eugenols receiving encouraging interest, not only sourcing but also structure chemical properties, which could enhance physical characteristics materials, reduce toxic effects environment human health. The present review mainly focuses utilization eugenol for synthesis epoxy its describing synthetic details designs eugenol-based monomer and/or additive component preparation that conducive formation eugenol-containing materials. Synthetic methods monomers classified according principles green chemistry divided three large groups: single reactions, consecutive multicomponent reactions. Outstanding formulated described.