Conventional continuum models for ion transport across polyamide membranes require
solving partial differential equations (PDEs). These models typically introduce a host of …

As a two-dimensional material containing transition metal carbides and nitrides, MXene is
often used in capacitive deionization for its excellent hydrophilic and pseudocapacitive …

Heavy metal (loid) pollution has become a global concern. While being environmental
pollutants, most of heavy metal (loid) s are valuable resources in the fields such as …

It is extremely important to realize the separation of dyes and salts in textile wastewater. The
nanofiltration membranes with high hydrophilic surface and loose structure are the best …

Diamond nanomaterials are renowned for their exceptional properties, which include the
inherent attributes of bulk diamond. Additionally, they exhibit unique characteristics at the …

Three-dimensional electrode technology (3D technology), featuring dispersed particulate
electrodes is rapidly advancing in the separation of pollutants. However, in contrast to the …

Considering the ubiquity and high toxicity of Cr (VI) species for destroying a sustainable
environment, develo** energy-efficient method for capturing and detoxifying chromium [Cr …

This study presents the first instance of a crucial route for the efficient removal of boron from
effluents using a strategically applied electrosorption technology using nanodiamonds …

Wastewater containing chromium ions (Cr (VI)) presents substantial environmental pollution
risks and is governed by stringent regulations. However, due to fluctuations in industrial …

The goal of the current study is to form a Z-scheme heterojunction between narrow band gap
In2S3 (indium sulphide) and wide band gap BiOBr (bismuth oxobromide) to minimize the …