Estimation Techniques of Boiling Point and Gas-Liquid Critical Property Validated Using Worldwide Database for Prediction of Pseudos / High-Molecular-Weight Hydrocarbons

Outline of the Poster

• ABSTRACT
• Background and Objectives
• Empirical and G-C Correlation Methods
• Description of Worldwide Database: Tb, Pc, Tc, Vc
• Survey of Property Estimation Techniques
  • Provide Tabulation of Tb Correlations in the Literature
  • Provide Tabulation of Pc, Vc, Tc Correlations in the Literature
  • Provide Tabulation of ω Correlations in the Literature
• Validation of Estimation Techniques for Substances
• Prediction of Tb and Pc, Tc, Vc of Pseudocomponents
  • Roess Data, Lenoir-Hipkin JCED data, Enthalpy
• Prediction of High-Molecular-Weight Hydrocarbons
  • C21 to C100, Nikitin et al. data (nC30, nC40, nC60), Wilson et al. data
  • Squalene, Krytol GPL, petro-esters
• Discussion of Validating Results
• Conclusion and Recommendation
• References