Group-contribution polar versions of SAFT equations of state are very useful for predictive
calculations of mixtures containing diverse polar molecules. In this work, we have evaluated …

The SAFT-VR equation of state is extended to treat heteronuclear chain fluids, focusing, in
particular, on symmetric and asymmetric diblock chains. The chain molecules studied are …

Natural gases are complex, multicomponent mixtures for which most available theoretical
approaches do not predict thermodynamic behavior correctly. Development of reliable and …

The SAFT-VRX equation of state combines the SAFT-VR equation with a crossover function
that smoothly transforms the classical equation into a nonanalytical form close to the critical …

This study demonstrates that SAFT EOS models might exhibit the practically unrealistic and
even non-physical predictions due to the two factors, namely the temperature dependencies …

The hetero-segmented version of the statistical associating fluid theory for potentials of
variable range (hetero-SAFT-VR) is used to develop a predictive molecular-based group …

A simplified modification of the crossover statistical associating fluid theory (SAFT) EOS is
used to describe thermodynamic properties of pure fluids and binary mixtures over a wide …

It is well known that water–alcohol–hydrocarbon systems are very difficult to model due to
the existence of hydrogen bonding interactions, permanent dipole–dipole interactions and …

In a previous work, some irregular behaviours of the PC-SAFT EoS–and more generally of
SAFT-type EoS–were pointed out for pure components at low temperatures. In particular, it …

The statistical associating fluid theory is a widely used molecular-based equation of state
that has been successfully applied to study a broad range of fluid systems. It provides a …