The Generalized Phase Behavior of Paraffin-Tetralin-Bitumen Systems

The addition of paraffin hydrocarbons to a solution of bitumen in tetralin will cause partial separation of the bitumen. Increasing the paraffin concentration will increase the separation of bitumen providing a second liquid phase characterized by high solvency for bitumen does not form. A maximum in the bitumen separation is thus obtained at the paraffin concentration corresponding to the formation of this second liquid phase. An increase in temperature generally results in a decreased separation of bitumen. These complex phase behaviors have been investigated for the addition of methane, n-pentane, and decane to a restricted bitumen-tetralin system.

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Publication Details

Journal
Caltech Library
Published
2025-06-27
DOI
https://doi.org/10.7907/7b1g-ka12
Primary Topic
Petroleum Processing and Analysis
Type
article
Field-Weighted Citation Impact
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article

The Generalized Phase Behavior of Paraffin-Tetralin-Bitumen Systems

Caltech Library
Petroleum Processing and Analysis
article

The Generalized Phase Behavior of Paraffin-Tetralin-Bitumen Systems

article en

Abstract

The addition of paraffin hydrocarbons to a solution of bitumen in tetralin will cause partial separation of the bitumen. Increasing the paraffin concentration will increase the separation of bitumen providing a second liquid phase characterized by high solvency for bitumen does not form. A maximum in the bitumen separation is thus obtained at the paraffin concentration corresponding to the formation of this second liquid phase. An increase in temperature generally results in a decreased separation of bitumen. These complex phase behaviors have been investigated for the addition of methane, n-pentane, and decane to a restricted bitumen-tetralin system.

Caltech Library
California Institute of Technology (US)
Clean water and sanitation
Openalex Percentile: Top 52%
Petroleum Processing and Analysis
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The Generalized Phase Behavior of Paraffin-Tetralin-Bitumen Systems · Caltech Library (2025) | TGRS Research Map | TGRS