Separation of hydrofluorocarbons using ionic liquids: A state-of-the-art review on molecular interactions, phase equilibria, and industrial process design

Key Points

• The review highlights how ionic liquids can enhance separation of hydrofluorocarbons through unique molecular interactions.
• Key insights include various phase equilibria that dictate efficiency in industrial process design, including multiple variable conditions.
• Ionic liquids provide a promising alternative for hydrofluorocarbon separation, potentially leading to greener solutions in various applications.
• Future developments in industrial applications may depend on optimizing ionic liquid interactions and phase behaviors.