1980Journal of Chemical Technology & BiotechnologyRequires access

Isobaric vapour‐liquid equilibria of the ternary system hexane‐benzene‐sulpholane

Bachan S. Rawat, Amar N. Goswami, Sri Krishna

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Abstract

Abstract Isobaric vapour‐liquid equilibria for the ternary system hexane‐benezene‐sulpholane have been determined at 760 mmHg pressure. The data have been compared with those calculated using the NRTL equation. The NRTL constants obtained from the literature were evaluated from ternary liquid‐liquid equilibrium data for this system. The agreement between experimental and calculated values is reasonable.

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Abstract Isobaric vapour‐liquid equilibria for the ternary system hexane‐benezene‐sulpholane have been determined at 760 mmHg pressure. The data have been compared with those calculated using the NRTL equation. The NRTL constants obtained from the literature were evaluated from ternary liquid‐liquid equilibrium data for this system. The agreement between experimental and calculated values is reasonable.

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Available abstract

Abstract Isobaric vapour‐liquid equilibria for the ternary system hexane‐benezene‐sulpholane have been determined at 760 mmHg pressure. The data have been compared with those calculated using the NRTL equation. The NRTL constants obtained from the literature were evaluated from ternary liquid‐liquid equilibrium data for this system. The agreement between experimental and calculated values is reasonable.

Key concepts: Non-random two-liquid model, Isobaric process, Ternary operation, Thermodynamics, Ternary numeral system, Hexane, Benzene, Chemistry

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