• cdro crude rapeseed oil degumming refinery machine
  • cdro crude rapeseed oil degumming refinery machine
  • cdro crude rapeseed oil degumming refinery machine
  • cdro crude rapeseed oil degumming refinery machine
  • How to optimize soft degumming of crude rapeseed oil?
  • Soft degumming conditions were optimized by response surface methodology. Chemical agents, water volume, and time affected the efficiency of soft degumming. A modified soft degumming process of crude rapeseed oil for maximizing phospholipid removal and minimizing losses of antioxidants was proposed and optimized by response surface methodology.
  • Should rapeseed oil be modernized?
  • The industrial acid degumming process of crude rapeseed oil causes significant losses of natural antioxidant compounds; thus, it seems worth to consider the modernization of this refining step for the production of rapeseed oil with high quality and potent antioxidant properties.
  • Can soft degumming improve oil refining process?
  • A modified soft degumming was proposed as the first step of oil refining process. Efficient removal of undesirable phospholipids from the crude oil was achieved. Soft degumming protects antioxidants in comparison with industrial degumming. Soft degumming conditions were optimized by response surface methodology.
  • Does water degumming reduce phosphorus content in rapeseed oil?
  • The water degumming process of crude extracted and pressed rapeseed oils decreases the phosphorus content by approximately 92% and 61%, respectively, whereas acid degumming using citric acid caused higher losses of phosphorus (98% and 89–80%) in the extracted and pressed rapeseed oils (Zufarov et al., 2008, Wei et al., 2015).
  • Does degumming time affect pl content in rapeseed oil?
  • For comparison, citric acid concentration, phospholipase C concentration, and the degumming temperature were prominent factors affecting the PL content in rapeseed oils during the enzymatic degumming process, whereas degumming time had insignificant effect on the efficiency of PL removal (Ye et al., 2016). 3.4. Analysis of response surfaces
  • Can rapeseed oil be degummed under different water volumes?
  • Moreover, ABTS results of rapeseed oil samples that were degummed under different water volumes but same degumming time = 15 min (experiments 3, 4, 9, 13, 14, 15) or same concentrations of SDS and EDTA (c SDS:c EDTA = 1, experiments 1, 2) did not differ significantly (Table 2).