Boron-doped diamond electrodes degrade short- and long-chain per- and polyfluorinated alkyl substances in real industrial wastewaters

Engineering & Materials Science

• Electrochemical oxidation 100%
• Boron 82%
• Wastewater 77%
• Diamonds 72%
• Electrodes 55%
• Degradation 25%
• Reactive oxygen species 21%
• Semiconductor materials 21%
• Sanitary sewers 19%
• Molar concentration 18%
• Chain length 17%
• Catalysis 16%
• Contact angle 13%
• Surface active agents 13%
• Sodium 12%
• Wetting 12%
• Carbon 9%
• Fabrication 9%

Earth & Environmental Sciences

• boron 77%
• diamond 72%
• electrode 62%
• solute 52%
• wastewater 48%
• oxidation 39%
• semiconductor 26%
• degradation 23%
• industrial manufacturing 19%
• kinetics 14%
• reactive oxygen species 14%
• catalysis 14%
• sulfonate 13%
• wettability 13%
• hydroxide 11%
• surfactant 11%
• manufacturing 9%
• sodium 9%
• matrix 7%
• carbon 6%
• removal 6%
• rate 3%

Chemical Compounds

• Electrochemical Oxidation 72%
• Diamond 69%
• Wastewater 58%
• Behavior as Electrode 36%
• pH Value 24%
• Surface 23%
• Sewer 22%
• Semiconductor 22%
• Length 17%
• Heterogeneous Catalysis 16%
• Degradation Rate 14%
• Reactive Oxygen Metabolite 13%
• Sulfonate 13%
• Surfactant 9%
• Sodium Atom 9%
• Carbon Atom 6%
• Mixture 6%
• Time 5%