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Modeling of pressure and solution gas on microemulsion phase behavior
M. Roshanfekr
, R. T. Johns
John and Willie Leone Department of Energy & Mineral Engineering (EME)
Research output
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peer-review
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Keyphrases
Solution Gas
100%
Microemulsion Phase Behavior
100%
Optimum Salinity
100%
High Pressure
50%
Equivalent Alkane Carbon number
50%
Atmospheric Pressure
37%
Pressure Effect
25%
Pressure Control
25%
Solubilization Efficiency
25%
Methane Content
25%
Alkanes
12%
Linear Function
12%
Density Change
12%
Ratio Estimation
12%
Pressure Data
12%
UTCHEM
12%
Cubic EOS
12%
Linear Trend
12%
Live Oil
12%
Reed
12%
Experimental Equipment
12%
Engineering
Alkane
100%
Pressure Gas
100%
Solution Gas
100%
Microemulsion
100%
Atmospheric Pressure
60%
Methane
40%
Predicted Result
20%
Surfactant
20%
Measured Data
20%
Linear Function
20%
Pressure Data
20%
Density Change
20%
Linear Trend
20%
Agricultural and Biological Sciences
Atmospheric Pressure
100%
Methane
66%
Solubilization
66%
Surfactant
33%
Chemical Engineering
Surfactant
100%
Microemulsion
100%