We investigated the remediation of wastewater containing As and Sb through the application
of a mixed culture of sulfate-reducing bacteria (SRB). The effect of Fe (II) and different …

Bioremediation of metal (loid)-contaminated water could be a cost-effective process. In this
work, Sb-polluted water was treated by application of a mixed batch culture of sulfate …

A mixed culture of sulphate-reducing bacteria was used to study the bioremoval of arsenic
species (As (III) or As (V)) from groundwater. During growth of a mixed SRB culture adapted …

This study was designed to obtain simultaneous sulfate (SO 4 2−) and As (III) ions removal
by non-traditional sulfate-reducing bacteria (SRB) growing in the presence of a protein …

Metal sulfide precipitation by sulfate-reducing bacteria (SRB) is considered to be a
promising method for antimony (Sb) removal from wastewater. Moreover, the addition of …

In the present study, the bioremoval of arsenic from synthetic acidic wastewater containing
arsenate (As 5+)(0.5–20 mg/L), ferrous iron (Fe 2+)(100–200 mg/L) and sulfate (2000 mg/L) …

Sulfidogenic process using sulfate-reducing bacteria (SRB) has been used to remove
arsenite from the arsenic-contaminated waters through the precipitation of arsenite with …

Arsenic (As) is an important water contaminant due to its high toxicity and widespread
occurrence. Arsenic-sulfide minerals (ASM) are formed during microbial reduction of …

Environmental remediation technologies that involve the use of sulfate-reducing bacteria
constitute a feasible alternative to the remediation of sites polluted with heavy metals and …

Industrial development has led to generation of large volumes of wastewater containing
heavy metals, which need to be removed before the wastewater is released into the …