Separation Of Crude Oil Research Articles

Gas chromatographic separation of diterpene acids on glass capillary columns of different polarity

AbstractMixtures of resin acids from tall oil distillation products and from naturally occurring rosins (colophony) were separated on WCOT glass capillary columns coated with SE 30, FFAP, DEGS and BDS, and the resin acids were identified by gas chromatography‐mass spectrometry (GC‐MS). In contrast to previous investigations, the identified diterpene acids are characterized by Kovats index values. These retention values are correlated with the different polarity of the stationary phase. The advantages of columns coated with FFAP for the separation of crude and distilled tall oil and fatty acid samples are discussed.

Calculation of basic parameters of distillation in a complex tower for separation of crude oil

Calculation of basic parameters of distillation in a complex tower for separation of crude oil

Procedure for extractive separation of crude oils into oils, resins, and asphaltenes

Procedure for extractive separation of crude oils into oils, resins, and asphaltenes

Separation of crude oil into oils, resins, and asphaltenes by extraction

1. An extraction procedure has been developed for the separation of crude oils into oils, resins, and asphaltenes. 2. The procedure has been applied to a number of crude oils from Soviet oil fields and the hydrocarbon composition and properties of the separated fractions have been investigated.