Scientists at North Dakota State University have developed a method to produce epoxidized sucrose esters of fatty acids (ESEFAs). These are macromolecules with a rigid sucrose core from which 8 arms extend, the arms derived from fatty acids. ESEFAs have extraordinary versatility with respect to potential uses and manufacturing processes. This versatility is derived from the well-defined, compact structure, which imparts very useful characteristics in a wide range of thermosets, polyurethanes (non-isocyanate), and other polymers; composites; adhesives; and coatings. ESEFAs aren't just versatile in terms of end use, but also in terms of chemistry (examples include epoxy anhydrides, methacrylates, acrylates, and polyols) and curing options (including, but not limited to, using cyclic anhydrides, blocked acids, natural acids/water/solvents, novel isorbide trimer, cationic curing, curing with melamine-formaldehyde resins, and photochemical initiation).
Sucrose and vegetable oils are first used to produce sucrose ester resins of vegetable oil fatty acids. These macromolecules are then epoxidized to produce ESEFAs, which are then available for the diverse applications described here and in other publications.
This technology is patented, issued US patents 9,096,773, 10,329,377, 10,907,008, and Issued European patent 2531543, and is available for licensing/partnering opportunities.