With the rapid economy and population growth, wastewater containing sulfate originated
from industrial and human activities have gradually become a potential threat to the …

Previous studies often attribute microbial reductive dechlorination to organohalide-respiring
bacteria (OHRB) or cometabolic dechlorination bacteria (CORB). Even though …

Sulfate widely co-exists with polychlorinated biphenyls (PCBs) at various concentrations in
the subsurface environment. Previous studies have suggested that sulfate often hampers …

Sulfur amendment of zerovalent iron (ZVI) materials has been shown to improve the
reactivity and selectivity of ZVI toward a select group of organohalide contaminants in …

Chlorinated solvents occur as dense nonaqueous phase liquid (DNAPL) or as solutes when
dissolved in water. They are present in many pollution sites in urban and industrial areas …

Due to the toxicity of bioaccumulative organohalides to human beings and ecosystems, a
variety of biotic and abiotic remediation methods have been developed to remove …

Co-contaminants and complex subsurface conditions pose great challenges to site
remediation. This study demonstrates the potential of electrokinetic bioremediation (EK-BIO) …

Bioremediation is a sustainable, cost-effective, and eco-friendly way to remediate pollutants.
However, the effectiveness of bioremediation is constrained by the underground …

The coupling of thermal remediation with microbial reductive dechlorination (MRD) has
shown promising potential for the cleanup of chlorinated solvent contaminated sites. In this …

Pollution induces pressure to soil microorganism; and conversely, the degradation of
pollutants is reported largely regulated by the soil microbiome assembly in situ. However …