Ion exchange membranes (IEMs) are undergoing prosperous development in recent years.
More than 30,000 papers which are indexed by Science Citation Index Expanded (SCIE) …

Under the vision of carbon peak and carbon neutral, the advancement of hydrogen energy
represents a pivotal approach towards attaining energy conversion. The anion exchange …

Diffusion dialysis employing anion exchange membranes (AEMs) as an energy-efficient and
environmentally-friendly technology is highly desirable for acid recovery from acidic …

Proton blocking anion exchange membrane (AEMs) can be used to treat various of acidic
wastewater (ie, enrich the recovered acid from acidic wastewater). In this work, four AEMs …

Diffusion dialysis (DD) has high economic competitiveness for acid recovery; however, the
fabrication of highly acid-permeable and salt-rejecting anion exchange membranes (AEMs) …

Diffusion dialysis is a promising method for the recovery of titania waste acid due to its low
energy consumption and ease of operation. However, the current commercial anion …

We investigate a facile solution phase di-cationic cross-linking strategy to fabricate anion
exchange membrane (AEM) with efficient electro-kinetic desalination (EKD) attributes from …

Diffusion dialysis (DD) has shown promise in waste acid reclamation, while it presents
excessive water consumption and incomplete acid recovery because mass transfer is …

Carboxylates, which are considered high-value platform chemicals, are by-products
produced during the fermentation of organic waste. There is a major challenge in effectively …

To explore the intrinsic correlation between the rigidity and distortion degree of polymer
backbones and the diffusion dialysis (DD) performance of anion exchange membranes …