Groundwater with an excessive level of Arsenic (As) is a threat to human health. In
Bangladesh, out of 64 districts, the groundwater of 50 and 59 districts contains As exceeding …

Microorganisms are abundant in many surface and near-surface geochemical
environments. They interact with arsenic through a variety of mechanisms, including …

In this study a novel adsorbent, magnetic iron nanoparticles modified microfibrillated
cellulose (FeNP/MFC), was used for arsenate (As (V)) removal from aqueous solutions. The …

To understand the current research output on arsenic (As) removal and research related to
the As contamination, a bibliometric analysis based on Scopus database was carried out …

With the development of economy, heavy metal (HM) contamination has become an issue of
global concern, seriously threating animal and human health. Looking for appropriate …

Microbial antimony (Sb) oxidation in the root rhizosphere and the formation of iron plaque
(IP) on the root surface are considered as two separate strategies to mitigate Sb (III) …

Arsenic (As) biotransformation in soil affects As biogeochemical cycling and is associated
with As accumulation in rice. After inoculation with 1% iron-oxidizing bacteria (FeOB) in …

In natural ecosystems, diverse iron oxidizing bacteria are of common occurrence. Basically,
two different mechanisms have been proposed for catalysis of iron oxidation by bacterial …

Nitrate and arsenic are common pollutants in groundwater. However, we are still lacking
technologies that can remove nitrate and arsenic simultaneously using a single species of …

The present energy and the waste accumulation crisis make the development of
bioelectrochemical systems each day more important as a technology for coupled waste …