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  • Fundamentals of adsorption, thermodynamics and kinetics.

  • Molecular modeling of adsorption phenomena.

  • Adsorbent materials (covering e.g. zeolites, carbons, polymers, silicas, metal organic frameworks).

  • Characterization of adsorbent materials.

  • Solid surfaces: adsorption and catalysis.

  • Liquid phase and gas phase adsorption processes.

  • Pressure/temperature swing adsorption and simulated moving bed processes.

  • Biotechnology applications of adsorption (e.g., chiral separation, drugs delivery and purification).

  • Energy applications, covering e.g. biofuels, fuel cells, gas storage.

  • Environmental applications, covering e.g. the role of adsorption in greenhouse gas capture.

  • Chromatography (adsorption, preparative, reverse).

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