Strong base ion exchange (SBIX) is a best available technology to remove a range of
regulated oxyanions from potable water. Some ion exchange resins can be regenerated …

Abstract Metal-organic frameworks (MOFs), with high surface areas and abundant active
sites, have been widely studied as adsorbents and catalysts in water treatments. Although …

In this study, mesoporous iron/aluminum (Fe/Al) bimetallic particles were synthesized and
employed for the removal of aqueous As (III). Scanning electron microscopy and energy …

Arsenic is regarded as a highly toxic element that naturally exists in ground drinking water.
Owing to its inherent carcinogenic nature, arsenic free water becomes necessary for a …

Ion exchange (IX) using synthetic resins is a cost-efficient technology to cope with a wide
range of contaminants in water treatment. However, implementing IX processes is …

In this paper surfactant modified kaolin clay for As (III) and As (V) was prepared by
intercalating hexadecyltrimethylamonium bromide (HDTMA-Br) cationic surfactant onto the …

Groundwater is considered as the primary source of drinking water in many countries
around the world. For maintaining resource sustainability, clean and safe groundwater is a …

Few studies have investigated surface complexation of antimony (Sb) on natural sorbents. In
addition, intrinsic acidic constants, speciation, and spectroscopic data are scarce for Sb …

In this work, a novel porous biosorbent (HF-D) based on orange peel (OP) was prepared by
an efficient and simple method. The prepared HF-D showed well-ordered dendrimerlike …

A novel copper ferrite foam fabricated on Fe-Ni foam substrate was synthesized via a simple
hydrothermal method to efficiently remove arsenic from aqueous solution. Scanning electron …