Environmental pollution, water scarcity, resource shortage, and fossil fuel reliance have all
represented threats to a sustainable future. Separation processes play a pivotal role in …

The molecular design of polymer interfaces has been key for advancing electrochemical
separation processes. Precise control of molecular interactions at electrochemical interfaces …

Robust, energy-efficient separation technologies for desalination and the removal of organic
contaminants are critical in addressing growing concerns about water shortage and water …

Electrochemically driven separation technologies have become a promising avenue for
tackling environmental and energy challenges. By bridging redox-based energy storage and …

Electrodialysis is finding an increasing number of applications, recently also in the
separation and purification of organic acids. This technology involves reducing the use of …

Abstract Electro-separations (eg, electro-filtration, electrosorption, electro-deposition, electro-
precipitation, electro-coagulation) have received growing interest towards the selective …

Leveraging specific noncovalent interactions can broaden the mechanims for selective
electrochemical separations beyond solely electrostatic interactions. Here, we explore redox …

Membrane capacitive deionization (MCDI) has attracted much attention to selective
separation and recovery of various ionic species due to its simplicity, environmental …

In electrodialysis process, polyelectrolyte multilayer membranes (PEMMs) are introduced as
a novel ion exchange membrane (IEM), as they can adjust different membrane structures …

Fermentative volatile fatty acid (VFA) production is a sustainable approach for waste
valorization. However, selective product recovery remains challenging due to the range of …