The ability of transition metal chitosan complexes (TMCs) of varying valence and charge to
selectively adsorb As (III) and As (V) over their strongest adsorptive competitor, phosphate is …

High total and bioavailable concentrations of As in soils represent a potential risk for
groundwater contamination and entry in the food chain. The use of organic amendments in …

The additional use of red mud (RM) on the catalytic fast co-pyrolysis (CFCP) of organosolv
lignin (OL) and polypropylene (PP) over ex-situ HZSM-5 was investigated using a tandem …

A novel multifunctional sorbent material of nano-titanium dioxide-enabled chitosan beads
cross-linked with copper (CuTICB) is capable of photo-oxidation of As (III) to the less-toxic …

The immobilization of Mo (VI) on magnetic poly p-phenylenediamine-thiourea-formaldehyde
composite polymer (MpPDTF)(through an intermediary adsorption step) increased sorption …

Fe3+-cross-linked chitosan exhibits the potential for selectively adsorbing arsenic (As) over
competing species, such as phosphate, for water remediation. However, the effective …

Soil conditioner is class of products used to enhance physics, physicochemical or soil
biological activities, being able to recover disturbed or nutritional unbalanced soils. The …

The sorption of As V on red mud (bauxite residue), produced in the ALCOA-San Cibrao
factory (Spain), was assessed in view of its potential use as sorptive liner of landfills for the …

In this study, red mud (RM), a highly alkaline waste generated from alumina production
industries, was used as a catalytic material for both fast copyrolysis of organosolv lignin (OL) …

Arsenic (As) bio-availability in the soil is influenced by different organic and inorganic
anions. In the present study, the effects of various competitive agents, including phosphate …