Thermodynamics and Transport Under Pressure

Chair(s):
Sarupria, S., Princeton University
Co-chair(s):
Orbey, N., University of Massachussetts - Lowell

Thermodynamics and transport at high pressure are important in supercritical fluid applications, biorefining pretreatments, hydrates, and energy production generally, to name a few. Papers in this session explore theoretical and experimental developments to advance these applications.

Papers:
8:30 AM
(278a) Miscibility and Dynamics of Pressure-Induced Phase Separation in Polymers Solutions: Poly(epsilon-caprolactone) + Acetone + CO2
8:51 AM
(278b) Phase Behavior of a Five-Component Model Gas Condensate
9:12 AM
(278c) Application of Computational Fluid Dynamics (CFD) to Boiling Liquid Expanding Vapor Explosions (BLEVEs)
9:33 AM
(278d) Evaluation of Predictive Models for High-Pressure Natural Gas Viscosity
9:54 AM
(278e) Experimental Measurements and Modeling of Viscosity for Liquid Hydrocarbons At Pressures Up to 243 Mpa and Temperatures Up to 534 K
10:15 AM
(278f) Accurate Viscosity Modeling of CO2-Hydrocarbon Mixtures
10:36 AM
(278g) A Modified Capillary Viscometer for Dynamic Viscosity Measurements: Preliminary Results for Octane and Nonane Up to 30 Mpa and 353 K
Topics: 
Physical Properties
Thermodynamics

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AIChE Members $150.00
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Non-Members $225.00