It was recently demonstrated that a nano-clustering was present in the monophasic “pre-
Ouzo” region of ternary liquid mixtures without surfactants. The goal of this work is to check if …

A new hybrid local composition model was developed for simulating the liquid-liquid
equilibria of systems involved in biofuels production. This model was based on the …

Several plant species have been proposed as source of oil for the transesterification
reaction that generates the mixture of esters known as biodiesel; this biofuel has been …

Liquid-liquid phase equilibrium (LLE) for the system of biodiesel, glycerol, methanol or
ethanol is fundamental for modeling, simulation, design and economic evaluation of …

In the present work the liquid–liquid equilibrium (LLE) data were obtained for systems
relevant for biodiesel production process. The ternary systems of FAMEs+ vegetable oil+ …

The environmental adversities and the global concern about the conservation of non-
renewable natural resources have stimulated a search for environmentally friendly energy …

Liquid–liquid equilibrium (LLE) for the biodiesel+ glycerol+ alcohol system is essential for
the design, operation, process optimization, and economic evaluation of a biodiesel …

Two phases liquid systems composed by vegetable oil, biodiesel, fatty acids (FAs), glycerol,
low molecular weight alcohols, and water are present in most of the biodiesel production …

Liquid–liquid equilibrium (LLE) data for aqueous two-phase systems (ATPS) were discussed
through experiment and correlation at 25° C, in polymer–organic salt ATPS, alcohol–salt …

Biodiesel is considered a good alternative for diesel engines, given its characteristics, for
being non-toxic and for being a more environmental-friendly fuel. A liquid–liquid equilibrium …