Topics

  1. Solubility Phenomena - theories, experimental and analytics.
    aqueous solutions, deep eutectic solvents, molten salts, solubility under extreme ionic strengths, temperatures and pressures.

  2. Advances in Computational Modeling
    thermodynamics, kinetics, and computational approaches (ab initio, MD, Monte Carlo, machine learning) for predicting and understanding solubility across diverse systems.

  3. Solubility Phenomena in Pharmaceuticals and Biological Systems
    drug solubility, solubility in physiological and metabolic fluids. 

  4. Solubility Phenomena in the Environment 
    solubility in natural waters and wastewater treatment, soil solutions and remediation, pollutant transport, contaminant dissolution, metal speciation.

  5. Solubility Phenomena in Industrial Applications
    eco-friendly solvents, solubility effects in corrosion and materials durability, solubility-driven separations, extraction processes.

  6. Chemical synthesis of nanosized materials
    reaction optimization, crystallization, extraction, purification, etc.

 

Invited Speakers

Prof. Dr. Wolfgang Voigt | TU Bergakademie Freiberg, Germany

 

 

 

 

Research focus: materials science, with particular emphasis on thermodynamics, phase equilibria, and the development and characterization of advanced materials. 

 

Prof. Dr. Michael Steiger |  University of Hamburg, Germany

 
 
 
 
Research focus: crystallization phenomena, salt weathering, and the physicochemical processes governing the deterioration of porous materials. Internationally recognized for his contributions to the understanding of salt damage in cultural heritage and building materials, combining experimental studies with theoretical modeling.
 

Prof. Dr. José Francisco Palomar Herrero |  Autonomous University of Madrid, Spain

Research focus: applied mathematics and computational methods, in particular the integration of multi-scale simulation tools (from molecular design to process modeling) to optimize new chemical processes with reduced environmental impact.
 

Prof. Dr. Vera Slaveykova |  University of Geneva, Switzerland

Research focus: speciation and bioavailability of trace elements and nanoparticles in the aquatic environment; aquatic toxicology of inorganic contaminants, nanoparticles and microplastics; transcriptomics and metabolomics; community ecotoxicology and biodiversity in aquatic systems.