This study continues a comprehensive comparison between the Critical Point-based Modified PC-SAFT (CP-PC-SAFT) and the Group Contribution Polar PC-SAFT (GC-PPC-SAFT), The predictive values of these approaches are enhanced by reducing their referring to the experimental pure compound data. The mixtures comprising aromatic and aliphatic alkanols, esters, ethers and ketones have been treated in the entirely predictive manner, without adjusting any binary parameters. The results indicate that both models under consideration are particularly accurate estimators of single phase liquid densities at high pressures, usually with slight superiority of GC-PPC-SAFT. Nevertheless the universality of CP-PC-SAFT could be considered as more advanced since this model yields accurate predictions also for sound velocities and compressibilities. In addition, the results indicate that GC-PPC-SAFI' is often a superior estimator of phase equilibria in symmetric systems. At the same time, CP-PC-SAFT typically has a clear advantage in predicting the global phase behavior of asymmetric systems. (C) 2016 Elsevier B.V. All rights reserved.