Fields of research:

• Thermophysical properties of pure ionic liquids and their liquid phase behaviour in mixtures with molecular solvents
• Experimental determination of vapour–liquid equilibria in mixtures containing components of low and high molecular mass
• Data processing using activity coefficient models and equations of state
• Prediction of phase behaviour by means of models based on group contribution methods
• Mass transport in polymeric membranes, mutual influence of permeating substances
• Membrane separation of CH₄ and CO₂ mixtures
• Separation of gases by ionic liquids membranes
• Condensation in porous membranes during vapor permeation
• Gas transport in asymmetric porous membranes
• Pervaporation - dehydration of alcohols, separation of azeotropic mixture, etc.
• Separation of volatile organic compound from  air 
• Pertraction – separation of enantiomers
• Evaluation of transport properties such as permeability, activation energy of permeation and selectivity of process
• Design and construction of extraction units based on Vibrating Plate Extractor (VPE)
• Extractive separation of biologically active substances from plants and microalgae
• Kinetic studies of hydrogenation reactions in a packed-bed microreactor
• Utilization of microreactors as an efficient tool for photosensitive reactions

Applied research:

• Technology for the preparation of molecularly imprinted polymeric materials
• Separation of unwanted components from raw biogas
• Separation of volatile organic compound from air
• Separation of racemic mixtures
• Recovery of precious and special metals from waste electrical and electronic equipment using Vibrating Plate Extractor (VPE)
• Microtechnology application for kinetic studies and process intensification