The treatment of arsenite pollution in water has always been concerned. Oxidation of high
toxic As (III) to relatively low toxic As (V) by efficient photocatalytic oxidation technology is a …

Over 50 million people in South Asia are exposed to groundwater contaminated with
carcinogenic arsenic (III). Photocatalyst-adsorbent composite materials are popularly …

In this study, the attempt was made to enhance the degradation of the typical antibiotics,
metronidazole (MNZ) by coupling three-electrode photocatalytic and microbial fuel cell …

Herein we synthesized two novel chitosan-based bicomposites namely chitosan@ MoO 3
(Ch@ MoO 3) and chitosan-cellulose@ MoO 3 (Ch-CS@ MoO 3) to detoxify water polluted …

We report the preparation and characterization of a series of nano-sized metal oxides
namely CuO, NiO, SnO, SnO2 and Zn2SiO4 to adsorb Cr (VI) via batch method. It is the first …

Adsorption modeling is important to understand and predict both how water contamination
occurs, and how it might be prevented or remediated. Surface complexation models (SCM) …

Abstract Arsenite, As (III), is a highly toxic form of arsenic that poses a significant risk to
human health if present in drinking water. Oxidation of As (III) to the less toxic As (V) using …

Abstract p-Chlorophenol (4-CP) is a recalcitrant pollutant with high toxicity that
bioaccumulates and persists in the environment. In order to remove most of 4-CP in a short …

For wastewater treatment, a highly reliable and ecologically friendly oxidation method is
always preferred. This work described the production of a new extremely effective visible …

The introduction of Cu ions onto ZnO leads to alterations in the electrical, optical, and
magnetic characteristics of ZnO. These transformations, in turn, result in heightened …