Abstract Vanadate [V (V)] and phenanthrene (PHE) commonly coexist in groundwater
aquifer, posing potential threats to ecological environment and public health. However, little …

Microbial reduction under anaerobic condition is a promising method for remediating
vanadate [V (V)] contamination in aquifers, while V (V) may be re-generated with redox …

Vanadium (V) is an emerging contaminant in groundwater that can adversely affect human
health. Although bioremediation has been shown effective, little is known on autotrophic V …

Groundwater co-contaminated by vanadium (V)(V (V)) and nitrate requires efficient
remediation to prevent adverse environmental impacts. However, little is known about …

Vanadium (V) pollution in groundwater has posed serious risks to the environment and
public health. Anaerobic microbial reduction can achieve efficient and cost-effective …

Vanadium (V) is a redox-sensitive heavy-metal contaminant whose environmental mobility is
strongly influenced by pyrrhotite, a widely distributed iron sulfide mineral. However …

Vanadium is an important contaminant impacted by natural and industrial activities.
Vanadium (V) reduction efficiency as high as 87.0% was achieved by employing …

This work investigated the potential of vanadium (V)(V (V)) bioreduction by using soils
sampled from four main kinds of vanadium ore mining areas, ie vanadium titanomagnetite …

Bioremediation of vanadium (V)(V (V)) for polluted groundwater is an emerging topic
globally. With this study, microbial removal of V (V) was investigated by sawdust of pine …

Vanadate contaminant in groundwater receives increasing attentions, but little is known on
its biogeochemical transformation with gaseous electron donors. This study investigated bio …