Recent advancements, such as the work by Goloviznina et al. , have introduced a polarizable and transferable force field (CL&Pol) that seeks to improve the treatment of dispersion interactions by incorporating polarization e↵ects through the use of Drude's particles and also to provide a tool that can be easily extended to any non-conventional solvent. While this innovative approach has significantly advanced our ability to study these systems theoretically, it has also revealed certain limitations, particularly when applied to chlorine-containing DES solvents .