PFI-TT: Electrochemically Reactive Membrane Filtration for Enhanced Recalcitrant Pollutant Removal

Keyphrases

1. Innovative Technologies 100%
2. Reactive Electrochemical Membrane 100%
3. Membrane Filtration 100%
4. Recalcitrant Pollutants 100%
5. Technology Translation 100%
6. Pollutant Removal 100%
7. Electrochemical Membrane 100%
8. Electrochemical Reactions 40%
9. Water Pollutants 40%
10. Degradation Mitigation 40%
11. Fouling Mitigation 40%
12. Pollutant Degradation 40%
13. Fundamental Science 20%
14. Industrialization 20%
15. Perfluoroalkyl Substances 20%
16. Electrochemical Degradation 20%
17. Electrical Polarization 20%
18. Porous Electrode 20%
19. Minority Participation 20%
20. Wastewater Treatment Plant 20%
21. Groundwater Remediation 20%
22. Postdoctoral Scholars 20%
23. Water Treatment Facilities 20%
24. Membrane Synthesis 20%
25. Specific Goals 20%
26. Electrochemical Applications 20%
27. Micropollutants 20%
28. Passive Filtration 20%
29. Student Organizations 20%
30. Degradation Efficiency 20%
31. Business Leaders 20%
32. Impact Review 20%
33. Industrial Additives 20%
34. Environmental Risk 20%
35. Pollutants 20%
36. Membrane Filtration Process 20%
37. Chemical Stability 20%
38. Water Micropollutants 20%
39. Leachate Remediation 20%
40. Stokes 20%
41. Dielectrophoresis 20%
42. Program Organization 20%
43. Translation Project 20%
44. Degradation Pathway 20%
45. Hazardous Water Pollutants 20%
46. Minority Students 20%
47. Chemically Reactive Systems 20%
48. Membrane System 20%
49. Polysubstance 20%
50. Water Treatment 20%
51. Point-of-use Water Treatment 20%
52. Membrane Fouling Mechanism 20%
53. Filtration Process 20%
54. Membrane Characterization 20%
55. Landfill Leachate 20%
56. Health Risk 20%
57. Reaction Efficiency 20%
58. Membrane Technology 20%
59. Industrial Solvent 20%
60. Engineering Principles 20%
61. Hospital Discharge 20%
62. Membrane Processes 20%
63. Student Chapter 20%
64. Review Criteria 20%
65. Rational Design 20%
66. Treatability 20%
67. Commercial Potential 20%