predicted using UNIFAC and MOSCED as compared to the reference data from the Minnesota Solvation Database version 2012 and DECHEMA . In following the same methodology conducted previously, we sought to analyze the models' ability to predict limiting activity coefficients when water is the solute and when water is the solvent. The reference data from "Yaws' Handbook of Properties for Aqueous Systems" again served as the basis for systems that were modeled using the SM12 universal continuum solvent model, UNIFAC and MOSCED. A parity plot is provided in fig. where the top pane contains data where water is the solute and the bottom pane where water is the solvent. The corresponding statistics are recorded in table . i,j at 298.15 K using the SM12 universal solvent model, UNIFAC, and MOSCED versus reference data from "Yaws' Handbook of Properties for Aqueous Systems" . In the top pane results as shown for the case of water as the solute (water in organics), and in the bottom pane results are shown for the case of water as the solvent (organics in water). The blue lines corresponds to the y = x line, and the dashed blue lines correspond to ±1.1 and are drawn as a reference. For the SM12 universal solvent model predictions, ∆G self i,i was predicted.