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Flory-Huggins Solution Theory for Heavy Oils

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The addition of a solvent to heavy crude oil causes reduction in its viscosity and facilitates extraction. Existing data on swelling of oil in presence of solvent in vapour form… Click to show full abstract

The addition of a solvent to heavy crude oil causes reduction in its viscosity and facilitates extraction. Existing data on swelling of oil in presence of solvent in vapour form have been analyzed using Flory-Huggins theory. The model uses volume fractions and hence problems related to what an appropriate average molecular weight of oil to use in the calculations are avoided. The data expressed in terms of swelling as a function of solvent partial pressure fit well with the model when the solvent vapour can condense and is miscible with oil or immiscible with oil or even when condensation is not possible. We are also able to predict when phase separation can occur (which we take to be asphaltene precipitaFtion) in the solution although the above experiments have not looked at this aspect. This article is protected by copyright. All rights reserved

Keywords: flory huggins; theory heavy; huggins solution; solution theory; oil

Journal Title: Canadian Journal of Chemical Engineering
Year Published: 2017

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