Hydrous iron oxide impregnated alginate beads were developed for effective arsenic
removal from water. As (III) adsorption was maximized at neutral pH while As (V) adsorption …

Mesoporous aluminium magnesium oxide composites with varying composition (Mg content:
0–100%) and high surface area (118–425 m2 g− 1) are synthesized by a facile, low-cost …

A simple, single step and eco-friendly approach was taken for synthesizing iron oxide
nanoparticles using Aloe vera leaf extract. The nanoparticles were characterized by various …

The hierarchical flower-like iron containing γ-MnO 2 hollow microspheres assembled by
ultrathin nanosheets have been successfully fabricated via a facile one-step co-precipitation …

Arsenite (As (III)) is more toxic and more difficult to remove from water than arsenate (As (V)).
A pre-oxidation step is therefore necessary to achieve higher removal of As (III). In this work …

Arsenic contamination in natural water has posed a significant threat to global health due to
its toxicity and carcinogenity. Adsorption technology is an easy and flexible method for …

The eutrophication of water bodies caused by the excessive release of phosphorus is
becoming a serious world-wide environmental problem. To address this issue, the …

Contamination of ground water with arsenic is a serious problem all over the world. An
urgent needs is being felt to develop a highly effective and extremely capable sorbent …

Here, we have put in conscientious effort to demonstrate the careful design of binding sites
in fibers and their stability for enhanced adsorption of metal ions, which has proven to be a …

The development of inexpensive and effective adsorbents for the highly efficient removal of
arsenic (As) and antimony (Sb) from water is of great importance for the environment and …