Topics of Interest
EQUIFASE 2027 will have the following topics of interest:
Experimental Thermodynamics
Measurement of VLE, LLE, SLE and high-pressure phase equilibria; calorimetry; thermophysical, interfacial and transport property data; apparatus development and data quality.
Fundamentals of Thermodynamics
Statistical mechanics and theory of phase equilibria, stability and critical phenomena; association and electrolyte theory; interfacial and non-equilibrium thermodynamics.
Molecular Simulations
Molecular dynamics and Monte Carlo; force-field development; free-energy and enhanced-sampling methods; coarse-graining, multiscale approaches and classical density functional theory.
Equations of State
Cubic, SAFT-type and association models; mixing rules and group-contribution methods; parameterisation, validation and use of models inside process simulators.
Machine Learning
Data-driven and hybrid physics/ML prediction of thermophysical properties; ML-augmented equations of state and force fields; thermodynamic databases, curation and uncertainty.
Advanced Solvents
Ionic liquids, deep eutectic and bio-based solvents; polymers, surfactants and colloids; solvent thermophysics for separations, materials and formulation.
Pharmaceutical Bio-thermodynamics
Drug and biomolecule solubility; crystallisation and polymorphism; aqueous two-phase systems and bioseparations; food and natural-product thermodynamics.
Process & Product Design
Computer-aided molecular and solvent design (CAMD); separation processes and supercritical technology; integration of thermodynamic models into process and product design.
Energy and Sustainability
CO₂ capture, utilisation and storage; hydrogen and new energy carriers; gas hydrates and natural gas; biofuels, biorefineries and thermodynamics for circular processes.