Because of a range of different industrial activities, sites contaminated with chloroethenes
are a world-wide problem. Chloroethenes can be biodegraded by reductive dechlorination …

A sequential reductive-oxidative treatment was developed in this study in a continuous-flow
bioelectrochemical reactor to address bioremediation of groundwater contaminated by …

This article for the first time demonstrates successful application of electrochemical
processes to stimulate sequential reductive/oxidative microbial degradation of …

A novel approach was applied to stimulate biodegradation of chloroethenes by a coupled
bioelectro-process. In a flow-through column system, microbial dechlorination of …

Cis-1, 2-dichloroethene (cDCE) is a compound of concern at many chloroethene-
contaminated sites, since it tends to accumulate during reductive dechlorination of the …

The use of electro-bioremediation has gained increasing interest during recent years. In
these hybrid technologies bioremediation is stimulated by electrochemical or electrokinetic …

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 …

The presence of other chloroethenes influences aerobic metabolic biodegradation of cis-1, 2-
dichloroethene (cDCE). A new metabolically cDCE degrading enrichment culture was …

Zerovalent iron (ZVI) has been demonstrated to be suitable for the dehalogenation of
environmental pollutants such as chloroethenes. The construction of ZVI reactive barriers by …