SUMMARY
The forum discussion centers on the difficulty of finding a steam table for n-pentane, iso-pentane, or pentane. Users suggest that searching for "n-pentane thermodynamic properties" yields better results, including T-s diagrams and phase diagrams. Tools like CoolProp, an open-source alternative to REFPROP, are recommended for computational thermodynamics. Additionally, references to engineering literature, such as Reynolds & Colonna's book on thermodynamics, are provided for further exploration.
PREREQUISITES
- Understanding of thermodynamic properties and phase diagrams
- Familiarity with CoolProp and REFPROP for computational thermodynamics
- Knowledge of process simulation tools like Pro II, Hysim, and Aspen Suite
- Basic concepts of organic Rankine cycles (ORCs)
NEXT STEPS
- Research "CoolProp fluid properties for n-pentane"
- Explore "REFPROP thermodynamic data for hydrocarbons"
- Study "T-s diagrams and phase diagrams for organic fluids"
- Investigate "process simulation software for thermodynamic analysis"
USEFUL FOR
Engineers, researchers, and students in thermodynamics, particularly those working with hydrocarbons and organic Rankine cycles, will benefit from this discussion.