High levels of groundwater containing both arsenic and fluorine are prevalent, resulting in
serious health problems when consumed as drinking water. This co-pollution phenomenon …

Arsenic (As (III)), more toxic and with less affinity than arsenate (As (V)), is hard to remove
from the aqueous phase due to the lack of efficient adsorbents. In this study, a core–shell …

A major challenge for effective decontamination of arsenate from aqueous solution is the
development of adsorbent possessing enormous high-active sites with strong affinity to …

Naturally co-occurring arsenic (As) and fluoride (F) in groundwater have caused increasing
public concerns, and their simultaneous removal is still a challenge due to the lack of …

Coexisting arsenic (As) and fluoride (F) in groundwater poses severe health risks worldwide.
Highly efficient simultaneous removal of As and F is therefore of great urgency and high …

A novel manganese dioxide–hydrogen peroxide (MnO2–H2O2) system was developed for
effective Arsenic (As) removal. Under the specified conditions of no external mechanical …

The coexistence of arsenic and fluoride in groundwater has attracted extensive attention
worldwide, and it is of crucial importance to efficiently remove them. In this study …

MnOx-decorated MgAl layered double oxide (M-LDO) was fabricated via merging of memory
effect and anion intercalation, accompanied by the reduction/calcination process. The as …

It has become one of the major environmental problems for people worldwide to be exposed
to high arsenic concentrations through contaminated drinking water, and even the long‐term …

The removal of toxic anions from wastewater by layered double oxides (LDOs) is highly
efficient and studies related to the synthesis of LDOs have been actively attempted. This …