Electrolyte thermodynamics is a complex and broad subject of immense importance in very
diverse applications. The models proposed for electrolyte solutions have some similarities to …

Organic Rankine cycle (ORC) systems are a class of distributed power-generation systems
that are suitable for the efficient conversion of low-to-medium temperature thermal energy to …

Since its publication in 1976, the Peng & Robinson equation of state (PR EoS) has become
one of the most useful and successfully applied models for thermodynamic and volumetric …

A colleague at the Technical University of Denmark has often stated:“Life is too short for
electrolytes”. Another well-known scientist in the field of molecular simulation has recently …

The transition from aqueous electrolyte systems to non-aqueous electrolyte systems is
highly demanded in industrial applications and especially challenging for physics-based …

The thermophysical properties of aqueous electrolyte solutions are of interest for
applications such as water electrolyzers and fuel cells. Molecular dynamics (MD) and …

Salt solubility in organic solvents is of particular interest in industry, for example, for carbon
capture and storage or utilization processes, battery technology, or biotechnology …

The applications of electrolyte thermodynamic models to non-aqueous systems is of great
value to reduce experimental effort and gain inside into molecular interactions. A large-scale …

In this work, mixed-solvent mean ionic activity coefficients (MIAC), vapor–liquid equilibrium
(VLE), and liquid–liquid equilibrium (LLE) of electrolyte solutions have been addressed. An …

The thermodynamic study of the CO 2-H 2 O-NaCl system is of great importance whether in
an environmental context as part of Carbon Capture and Storage (CCS) or in an economic …