Publication | Closed Access
Structure Oil‐Absorption Relationships During Deep‐Fat Frying
303
Citations
20
References
2003
Year
Oil UptakeEngineeringThermal ProcessingFood ChemistryFluid PropertiesRheologyTransport PhenomenaHeavy Oil RecoveryStructure Oil‐absorption RelationshipsBiophysicsHealth SciencesEnhanced Oil RecoveryHeat TransferViscous Oil RecoveryChemical Enhanced Oil RecoveryOil FractionsFood EngineeringFood ProcessingLipid ChemistryEnhanced Oil ProductionPotato Cylinders
ABSTRACT Analysis of the oil‐absorption process in deep‐fat fried potato cylinders (frying temperatures of 155°C, 170°C, and 185°C) allowed to distinguish 3 oil fractions: structural oil (absorbed during frying), penetrated surface oil (suctioned during cooling), and surface oil. Results showed that a small amount of oil penetrates during frying because most of the oil was picked up at the end of the process, suggesting that oil uptake and water removal are not synchronous phenomena. After cooling, oil was located either on the surface of the chip or suctioned into the porous crust microstructure, with an inverse relationship between them for increasing frying times.
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