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A non Cubic Equation of State for Describing the (p ro T) Properties of Pure Components and Their Mixtures

By V. Brandani, V. Gallese and S. Brandani

Abstract

In this work we use a non cubic equation of state proposed by Brandani et al.1 to represent the volumetric properties of three pure fluids (carbon dioxide, n-pentane and toluene) at supercritical or near-critical temperatures and at pressures up to 70 MPa. The pT properties of two binary mixtures (carbon dioxide – n-pentane and carbon dioxide – toluene) are calculated in the same range of temperatures and pressures, using the mixing rules proposed by Brandani et al.1 The calculated densities are in good agreement with the literature experimental values, taking into account the wide range of temperatures and pressures at which experimental data were collected

Topics: Equation of state; density; carbon dioxide; n-pentane; toluene; mixtures
Publisher: Croatian Society of Chemical Engineers
Year: 2006
OAI identifier: oai:hrcak.srce.hr:3879

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