The need to control eutrophication in water bodies and the risk of supply shortage of
phosphate rock have motivated the search for treatment techniques able to sequester and …

Phosphate recovery from water and wastewater serves as a feasible alternative to the
exploitation of scarce phosphate rock resources. Currently, phosphate is recovered using …

Adsorption technology has been regarded as an efficient method for removing low-
concentration phosphate ions from water; however, the designed fabrication of expectable …

The present paper reports the synthesis, surface characterization, and application of a
grafted adsorption bed material namely carboxylate functionalized chitosan copolymer …

The paper reports the global applicability of adsorption as one of the most sustainable
processes that can be technologically transform into a factorial model in mitigating heavy …

Slovak bentonite was used as an effective natural adsorbent for the removal of Cd (II) and
Co (II). Characterization of the samples was conducted using X-ray diffraction (XRD), high …

Wastewater treatment and reuse have risen as a solution to the water crisis plaguing the
world. Global warming-induced climate change, population explosion and fast depletion of …

Lanthanum modified zeolite (LMZ) has been proven to be an effective inactivation agent for
lake internal phosphorus load control. However, its performance in the co-sequestration of P …

The paper describes a sustainable way of approach in limiting the dye pollution in surface
water systems. An active formaldehyde modified ragi husk (FMRh), a bio adsorbent, was …

A co-precipitation approach has been used to produce a novel iron-calcium-lanthanum (Fe-
Ca-La) trimetallic composite for the removal of phosphate from water. The composite was …