Microbial biodegradation and biotransformation reactions are essential to most
bioremediation processes, yet the specific organisms, genes, and mechanisms involved are …

Bioaugmentation for oil spills is a much more promising technique than is biostimulation.
However, the effectiveness of bioaugmentation is variable, because the survival and the …

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

Insight into the pathways of biodegradation and external factors controlling their activity is
essential in adequate environmental risk assessment of chlorinated aliphatic hydrocarbon …

Trichloroethylene (TCE), a suspected human carcinogen, is one of the most common volatile
groundwater contaminants. Many different methodologies have already been developed for …

Assessing changes in the isotopic signature of contaminants is a promising new tool to
monitor microbial degradation processes. In this study, chloroethene degradation was …

A different lines of evidence approach for investigation of biodegradation processes at a
chloroethene contaminated site showed well corresponding results of pollutant profiles …

This review is proposed to emphasize the contribution of methanotrophs as potential
bioagents in mitigating the effect of toxic environmental pollutants like heavy metals …

A composite electrode made up of exfoliated graphite (EG) and diamond was prepared for
the electrochemical oxidation of trichloroethylene (TCE). The SEM images of the EG …

Bioremediation technology involves the use of living organisms like microbes and plants to
reduce/degrade, eliminate and transform contaminants present in soils, sediments and …