• I:1 Mass transport in turbulent bubbly cells
• I:2 The mirror effect and surface roughness in gas-evolving electrodes
• I:3 Pickling of steel
• I:4 Flow in nuclear reactors
• I:5 Development of an electrodialysis cell
• I:6 Flow in solid polymer fuel cells
• I:7 Modelling of transport processes in batteries and fuel cells

In this project, a specific water filtration device an electrodialysis-type cell that incorporates grafted non-wovens as ion exchange textile is developed. The equipment is to be used for waste treatment and is to be suitable for treating effluents that already have low concentration impurities, but need to be purified further to a ppb level. The objectives are to design equipment that has large surface area for the ion exchange material per unit volume of cell, to develop mathematical models for the velocity, pressure field and the current-potential distribution inside the designed cell, and to construct and validate the equipment in the field of effluent treatment.