This paper reviews recent literature related to the developments on iron-oxidizing bacteria
(IOB) applications in water and wastewater treatment which incorporates discussions on the …

Groundwater serving as a drinking water resource usually contains manganese ions (Mn2+)
that exceed drinking standards. Based on the Mn biogeochemical cycle at the hydrosphere …

It is more and more urgent to develop low cost magnetic biochar for the removal of pollutants
in water. In this study, magnetic biochar composites were prepared by one-step …

The health risks associated with manganese (Mn) in drinking water, and an improved
understanding of Mn accumulation within, and subsequent release from, distribution …

Test water temperature (TWT) is a significant operational parameter in biofilter. In this study,
a pilot-scale biofilter was established to investigate the removal efficiency of COD Mn and …

Globally, millions of rural households that use groundwater for drinking are exposed to
inorganic arsenic, frequently as arsenite (As (III)). Crucial for health protection, adsorption …

A dynamic column experiment using aquifer medium collected from a riverbank filtration
(RBF) site in Northeast China was conducted to investigate the biogeochemical …

In our work, a gravity-driven ceramic membrane bioreactor (GDCMBR) was developed to
remove Mn 2+ and NH 3-N simultaneously through the birnessite water purification layer in …

This study revealed how Bacteria and Archaea communities and their metabolic functions
differed between two groups of black deposits identified in gorge and cave environments …

Temperature is an important factor influencing the treatment effect of biological aerated
filters (BAFs). In this study, BAFs incorporating biological manganese oxides (BMOs) were …