The research in the interface chemistry group covers:

1. The kinetics, mechanism and microkinetic modelleing of industrial catalytic reactions.
2. The preparation, structure and reactivity of colloids and nanostructured materials as well as phenomena emerging from the interaction between particles suspended in a natural aquatic matrix.
3. The structure of porous and mesoscopic systems, reactions at internal surfaces in porous materials and modelling of electron-optical phenomena in small particles.

The objective is to build a research group in which theory and experiment, fundamental and applied science are united in the study of industrially important problems.

The current research projects in the group are:

• Development and studies of models of industrial catalytic reactions and development of software required for investigation of kinetic models.
• Construction of a high-pressure microreactor for catalytic reactions.
• Kinetic modelling of biofilters for removal of colloidal particles from the raw waters on fresh water plants.
• The structure and reactivity of colloids formed by inorganic polymers in aquatic systems.
• The investigation of some natural processes for destruction of pollutants in soils.
• Electron microscopy studies of the structure and reactivity of internal surfaces of catalysts and other porous materials.
• Modelling of in situelectron energy loss processes in small particles and the use of this technique for microstructural studies.