Degradation of the antibiotic trimethoprim by electrochemical advanced oxidation processes using a carbon-PTFE air-diffusion cathode and a boron-doped diamond or platinum anode

Engineering & Materials Science

• Antibiotics 100%
• Platinum 81%
• Polytetrafluoroethylenes 79%
• Boron 78%
• Organic carbon 70%
• Diamonds 69%
• Cathodes 69%
• Current density 67%
• Anodes 67%
• Anodic oxidation 65%
• Oxidation 61%
• Carbon 52%
• Wastewater 49%
• Degradation 48%
• Iron 41%
• Air 38%
• Derivatives 38%
• Experiments 16%
• Costs 8%

Earth & Environmental Sciences

• platinum 78%
• boron 73%
• antibiotics 69%
• diamond 69%
• oxidation 45%
• degradation 45%
• density current 42%
• carbon 39%
• air 37%
• dissolved organic carbon 26%
• mineralization 20%
• wastewater 18%
• iron 18%
• cell 17%
• press 15%
• energy 13%
• aqueous solution 12%
• experiment 10%
• dose 10%
• filter 9%
• matrix 8%
• cost 7%
• product 6%
• effect 3%
• method 3%

Chemical Compounds

• Trimethoprim 95%
• Diamond 66%
• Platinum 51%
• Anode 51%
• Cathode 50%
• Antimicrobial Agent 49%
• Current Density 21%
• Anodizing 19%
• pH Value 12%
• Current Efficiency 10%
• Energy 9%
• Wastewater 7%
• Dose 7%
• Flow 6%
• Aqueous Solution 5%
• Oxidation Reaction 4%