The degradation of trichloroethylene in mixed methanogenic cultures

Engineering & Materials Science

• Trichloroethylene 100%
• Fermenters 61%
• Methanogens 50%
• Degradation 41%
• Hydrogen 23%
• Methane 18%
• Metabolism 12%
• Hydrogenation 12%
• Microorganisms 11%
• Carbonates 11%
• Fermentation 11%
• Carbon 7%
• Substrates 7%

Chemical Compounds

• Fermenters 90%
• Chloroethane 76%
• Methane 23%
• Hydrogen 22%
• Ethene 16%
• Fermentation 14%
• Carbonate 11%
• Double Bond 11%
• Pharmacological Metabolism 11%
• Hydrogenation 10%
• Carbon Atom 6%

Earth & Environmental Sciences

• trichloroethylene 67%
• degradation 38%
• hydrogen 23%
• methane 15%
• natural material 12%
• symbiosis 11%
• inorganic carbon 11%
• methanogenesis 11%
• anoxic conditions 9%
• ethylene 9%
• fermentation 9%
• metabolism 8%
• microorganism 7%
• substrate 6%
• carbonate 6%
• product 4%