Clay minerals and their modified derivatives have composed a large family of adsorbents
which can be used for the adsorption of most of the chemical contaminants from aqueous …

Excess phosphate in water is known to cause eutrophication, and its removal is imperative.
Nanoclay minerals are widely used in environmental remediation due to their low-cost …

Phosphate removal from polluted water is crucial to preventing eutrophication. Herein, we
present the investigation on phosphate adsorption in aqueous solutions by using lanthanum …

Oxygen deprivation and hydrogen sulfide toxicity are considered potent kill mechanisms
during the mass extinction just before the Permian–Triassic boundary (~ 251.9 million years …

Excessive phosphorus (P) in water bodies causes eutrophication, which threatens the health
of the environment. In the present study, a novel rice husk biochar–calcite composite (BRH …

Eutrophication is a continuously growing problem that threatens the water quality of
freshwater resources. A relatively simple and effective way to treat eutrophicated waters can …

To understand the influence of the pre-treatment of bentonite with Na+ and Ca 2+ on the
adsorption of phosphate on zirconium-modified bentonite, three kinds of adsorbent materials …

The adsorption of phosphate onto CaCO 3–montmorillonite (calcite–M) was studied in a
series of batch experiments and in a wide range of phosphate concentration (5–160 μM) …

In the present study, hydroxyiron-modified montmorillonite (HyFe-MMT) nanoclay was
prepared using a simple wet chemical synthesis method. Arsenite (As (III)) removal using …

Achieving ultralow levels of phosphorus (P) concentrations to prevent eutrophication is an
important goal of surface water management. Hence, a highly efficient and economical …