NOVELTY - Producing diacylglycerol (DAG) oil of crude DAG oil (at least 12 wt.%), refined DAG oil (at least 46) and refined palm oil by carotene-enriched process involves i) reducing size of fresh fruit bunches (FFB); ii) storing FFB with reduced size; iii) extracting oil from FFB; iv) degumming and bleaching oil extracted from step (iii); v) multi-stage vacuum distillation of oil by degumming and bleaching process for removal of free fatty acids (FFA), which is mixture of DAG oil and triglycerides (TAG), and vi) distilling residue oil obtained from step (v) for separation of TAG and DAG.    USE - For producing diacylglycerol (DAG) oil, which is used in refined oil and oil diet enriched in diacylglycerol (DAG) (claimed).    ADVANTAGE - The process produces high diacylglycerol (DAG) oil directly from oil palm fresh fruit bunches (FFB) without the addition of chemicals and enzymes, followed by oil refineries to produce DAG oil and refined oil enriched residual 10-carotene.    DETAILED DESCRIPTION - Producing diacylglycerol (DAG) oil of crude DAG oil (at least 12 wt.%), refined DAG oil (at least 46) and refined palm oil by carotene-enriched process involves i) reducing the size of fresh fruit bunches (FFB); ii) storing FFB with the reduced size of the step (i) under a temperature of 24-32 degrees C subjected to sunlight or cooled to a temperature of 24 degrees C for at least one day; iii) extracting oil from FFB from step (ii); iv) degumming and bleaching the oil extracted from step (iii); v) multi-stage vacuum distillation of oil by degumming and bleaching process of step (iv) for the removal of free fatty acids (FFA), which is a mixture of DAG oil and triglycerides (TAG), which is obtained as a residue enriched carotene, and vi) distilling the residue oil obtained from step (v) for the separation of TAG and DAG, which is obtained as a distillate DAG oil and TAG oil, while less than 2% DAG obtained as residue. An INDEPENDENT CLAIM is included for a refined oil comprising a mixture of diacylglycerol (DAG) and triglycerides (TAG) produced by the method.