Possible mechanisms for overlimiting current (OLC) through aqueous ion-exchange
membranes (exceeding diffusion limitation) have been debated for half a century. Flows …

We investigate electroconvection and its impact on ion transport in a model system
comprised of an ion-selective membrane, an aqueous electrolyte, and an external electric …

Electrodeionization (EDI) is essential for producing ultrapure water in power plants and high-
tech industries. Compared with the traditional ion exchange process, EDI does not require …

This study describes the use of a benzimidazolium-based anion exchange membrane for
creating bipolar membranes and the assessment of their suitability for solar-driven water …

Based on pH measurement in water dissociation experiments, the mechanism of a water
dissociation (water splitting) reaction is discussed assuming that the reaction is generated in …

Research on flow batteries based on water dissociation and acid-base neutralization
reactions at bipolar membranes is driven by the possibility of a low-cost and environmentally …

Electrodeionization (EDI), which combines electrodialysis (ED) and conventional ion-
exchange (IX), is a mature process which has been applied since more than twenty years on …

Today, despite the growing interest in nanofluidics, the descriptions of the many complex
physical phenomena occurring at this scale remain scattered in the literature. Due to the …

In the electrodialysis of dilute solutions, performed at intense current regimes, the membrane
electrical conductance and diffusion permeability are no more crucial. Of more importance …

This paper presents the 2D modeling of a laboratory scale ion exchange/electrodialysis
(IXED) flow cell for removal of As (V) ions from water. The cell consists of a central …