Abstract
Salt effects on the solubilities of nonelectrolytes in water have been investigated theoretically as well as experimentally by many workers, and a number of correlating or predicting methods have been described in the literature (6-70). A majority of these experiments was devoted to the solubilities of gases in liquids. Salt effects on the solubility of liquid nonelectrolytes in water are also of industrial importance in liquid-liquid contact operations such as in extraction processes. In the present work, an experimental investigation of the solubilities of toluene in 12 aqueous salt solutions was made at 25OC. The equilibrium data were obtained by employing a method similar to that described by Sobotka and Kahn ( 7 7).
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