• Thermodynamic models must be able to describe with accuracy and predictive power both short and long range interactions
  • The compounds are often very reactive implying the consideration of both chemical and physical equilibrium simultaneously
  • Many phases can co-exist, implying that the algorithm must have a strong stability analysis

Electrolyte systems appear in many different applications, as:


  • Transformation of biomass
  • Battery
  • CO2 capture
  • Corrosion
  • Geothermal context
  • Metal purification and recycling
  • ….

In a previous version of the JIP, partners have agreed to share some basic information regarding the industrial application that they encountered:


Label CaseStudies PartnersV3