We present the results of an extensive study on a novel approach of modeling ionic liquids
(ILs) and their mixtures with molecular compounds, incorporating perturbed-chain statistical …

In Part I of this series of articles, the study of H2S mixtures has been presented with CPA. In
this study the phase behavior of CO2 containing mixtures is modeled. Binary mixtures with …

Numerous studies have been presented for modeling of water containing systems with the
perturbed-chain statistical associating fluid theory (PC-SAFT) equation of state (EOS), and …

While we could argue that the goals of modelling fluid phase equilibria have not changed
greatly since the time of van der Waals, there is little doubt that the systems of interest have …

In order to provide a comprehensive understanding of the potential and limitations of the PC-
SAFT, SAFT and CPA equations-of-state, this study offers insight into their application for the …

Water is a fascinating compound, essential to our life and present in most of the biological
and industrial systems. In spite of its importance, the particular features of water and the …

Knowledge regarding the high pressure phase behavior of CO2 mixtures is of primary
importance for designing, operating and optimizing many industrial processes, such as …

This work aims to evaluate the infrared spectroscopic methods for the study of the structural
properties of liquid alcohols–specifically how many alcohol molecules and how many …

The thermodynamics of hydrogen bonding in 1-alcohol+ water binary mixtures is studied
using molecular dynamic (MD) simulation and the polar and perturbed chain form of the …

This work expands the scope of the SAFT-VR Mie framework by considering its application
and that of its polar variant (SAFT-VR Mie-GV) to real phase behavior in alcohol/n-alkane …