Thermodynamic And Transport Properties Of Binary Liquid Mixtures Of Sulfolane With Some Organic Solvents At 308.15 K

Experimental data on density, viscosity and speed of sound have been studied for the binary mixtures of (sulfolane + Butanone), (sulfolane + n-Butyl amine), (sulfolane + n-Butyl acetate) at 308.15 K. The data of thermodynamic properties of the investigated liquids and their mixtures are required for the design of mixing, storage and process equipment. Furthermore, thermodynamic properties of binary mixtures containing components capable of undergoing specific interactions exhibit significant deviations from ideality not only arising from a difference in molecular size and shape but also due to structural changes. The results are fitted to a Redlich-Kister type polynomial equation to derive binary coefficients and standard deviations.