A literature review on experimental data for binary mixtures of methane and carbon dioxide
with hydrocarbons up to n-hexadecane is presented. Based on these data, the extended …

Mutual solubilities of hydrocarbon–CO2 systems are important in a broad range of
applications. Experimental data and theoretical understanding of phase behavior of large …

Experiments are always the go-to approach to reveal mysterious observations and verify
new theories. However, scientific research has shifted to areas that are difficult to probe …

We report measurements of the viscosity and density of two binary mixtures comprising
hexadecane with dissolved carbon dioxide or methane over the temperature range from …

This paper presents a new experimental VLE property data in the binary system of carbon
dioxide–n-tetradecane at three selected isotherms of 313.15 K, 333.15 K, and 353.15 K in …

This work reports new experimental data for the density and viscosity of n-decane+ CO 2
binary mixtures. A simultaneous density and viscosity measurement apparatus was …

The lack of a transparent and universal parameterization method is one of the main
problems in developing SAFT-type equations of state and it's an obstacle in their way of …

The development of solvent-based and hybrid (solvent+ steam) processes is hampered by
limited data and modeling methodologies for bitumen/solvent systems. The economics of …

Many industrial processes utilize a liquid phase with large amounts of dissolved gases at
elevated pressures; eg CO 2 capture; enhanced oil recovery; CO 2-expanded Liquids; etc. In …

Enhancing oil recovery by injecting CO2 into the reservoirs is a widely employed technique
in the oil industry. The density of solutions is a key property to affect the performance and …