Journal of the American Oil Chemists Society · 1979 · 43 citations · 1 references
Natural SciencesChemistryFood ScienceCatalysisFood EngineeringPolymer ChemistryFatty Acid ChemistryFatty Acid SynthesisFatty Acid EsterificationNonisothermal PolymerizationPolycarboxylic AcidsPolymerization ReactionsTriglyceride Structure
Abstract When glycerol is heated with an alkaline catalyst to over 230 C, water is evolved and polymerization occurs to form a whole family of polyglycerols ranging from diglycerol with 3 hydroxy groups, to triacontaglycerol with 32 hydroxy groups. The carboxylic acid esters of polyglycerols prepared by direct esterification or by interchange, may be solid or liquid; saturated or unsaturated; aliphatic or aromatic; mono, di‐ or polycarboxylic acid esters; mono‐, di‐, or polyesters of the polyglycerol; single or mixed acid esters; high or low molecular weight; water or oil soluble; and with an HLB from about 4 to about 13. Polyglycerol esters find utility in a wide variety of food products including beverages, desserts, topping and baked goods. They are thermally stable and find application in several industrial systems.
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