Achieving efficient phosphate removal is critical to control eutrophication of the aquatic
environment and meet increasingly stringent phosphate emission regulations. Among the …

Eutrophication is a widespread environmental challenge caused by excessive phosphate.
Thus, wastewater engineers primarily aim to limit the phosphate concentration in water …

Abstract The Ni/Fe/Zn trimetallic LDH intercalated with carbonate ions grown over In 2 S 3
nanoparticles to form a novel In 2 S 3/LDH nanocomposite fabricated with the combined …

The introduction of oxygen defects toward constructing new binding sites is a promising
strategy for improving the adsorption performance of layered double hydroxide (LDH). Here …

In this study, date-palm biochar MgAl-augmented double-layered hydroxide (biochar–MgAl–
LDH) nanocomposite was synthesized, characterized, and used for enhancing the removal …

Extensive chloride ions existing in the seawater could occur a competitive reaction along
with water oxidation on the anode during seawater electrocatalysis. The alkaline electrolytes …

This work examines the micromechanical properties of AFm phases formed in seawater and
deionized water. As the interlayer SO 4 2− in the AFm phase is gradually replaced by Cl− in …

Controlling eutrophication requires satisfying stringent phosphorus concentration standards.
Metal-based adsorbents can effectively remove excess phosphorus from water bodies and …

The situation of eutrophication and shortage of phosphorus resources have triggered the
development of new methods for the removal and recovery of phosphorus. In this study, a …

A novel organic-modified aluminum‑manganese bimetal oxide (OABO) adsorbent was
fabricated to adsorb nitrate and phosphate from wastewater and reduce eutrophication risk …