Intrinsic and bioaugmented aerobic trichloroethene degradation at seven sites

Keyphrases

• Aerobic 100%
• Trichloroethene 100%
• Groundwater 30%
• Enrichment Culture 30%
• Bioaugmentation 20%
• Microcosm 20%
• Groundwater Samples 20%
• Inoculum 20%
• Metabolic 10%
• Groundwater Pollution 10%
• One Field 10%
• Liquid Culture 10%
• Slow Growth 10%
• Doubling Time 10%
• Groundwater Remediation 10%
• Mineral Salt Medium 10%
• Contaminated Sites 10%
• Degrading Microorganism 10%
• Metabolic Degradation 10%
• Oxygen Demand 10%
• Microcosm Experiment 10%
• Degradation Potential 10%
• Silica Sand 10%
• Chloroethenes 10%
• Adaptation Time 10%
• Immobilized Culture 10%
• Aerobic Cometabolism 10%
• Intrinsic Degradation 10%
• Active Electric Field 10%
• Inoculation Strategies 10%

Earth and Planetary Sciences

• Bioaugmentation 100%
• Groundwater Remediation 50%
• Metabolism 50%
• Groundwater Pollution 50%
• Bacterium 50%

Chemical Engineering

• Trichloroethylene 100%
• Auxiliaries 10%
• Groundwater Remediation 10%
• Microorganism 10%