Environmental Biotechnology, Swette Center for (EB)

Keyphrases

1. Biofilm 100%
2. Membrane Biofilm Reactor 90%
3. Biodegradation 57%
4. Electron Donor 57%
5. Nitrate 54%
6. Synechocystis 53%
7. Hydrogen-based Membrane Biofilm Reactor 52%
8. PCC 6803 43%
9. Acetate 42%
10. Microbial Community 41%
11. Anode-respiring Bacteria 40%
12. Biosolids 40%
13. Denitrification 38%
14. Reactor 37%
15. Sewage Sludge 33%
16. Bioreduction 32%
17. Wastewater Treatment Plant 32%
18. Perchlorate 31%
19. Trichloroethene 29%
20. Triclosan 29%
21. Microbial Electrolysis Cell 29%
22. Wastewater Treatment 28%
23. Microorganisms 28%
24. Triclocarban 28%
25. Wastewater 28%
26. Nitrate Reduction 26%
27. Biofilm Anode 24%
28. Methane 23%
29. Microbial Fuel Cell 23%
30. Tightly Bound Extracellular Polymeric Substances (TB-EPS) 23%
31. Effluent 22%
32. Dechlorination 22%
33. Groundwater 22%
34. Microbial Community Structure 20%
35. Microbial Electrochemical Cell 20%
36. Electron Acceptor 20%
37. United States 20%
38. Sulfate-reducing Bacteria 19%
39. Photocatalyses 19%
40. Photocatalysis 19%
41. Current Density 18%
42. Selenate 18%
43. Methanogenesis 17%
44. Palladium Nanoparticles (PdNPs) 17%
45. Photocatalytic 17%
46. Soluble Microbial Products 17%
47. Biofilm Reactor 16%
48. Bioremediation 16%
49. Anaerobic Digestion 16%
50. Quantitative PCR 16%
51. Anode Potential 16%
52. Perchlorate Reduction 16%
53. Surface Loading 15%
54. Lipids 15%
55. Ethanol 15%
56. Microalgae 15%
57. Metabolism 15%
58. Biofilm Model 15%
59. Steady State 14%
60. Photobioreactor 14%
61. Adsorption 13%
62. Cyanobacteria 13%
63. Light Intensity 13%
64. Anode Biofilm 13%
65. Chemical Oxygen Demand 13%
66. Methanogens 13%
67. Photolysis 13%
68. Intimate Coupling 13%
69. Sulfate Reduction 13%
70. Coulombic Efficiency 13%
71. Personal Care Products 13%
72. High Concentration 13%
73. Dehalococcoides 12%
74. In Situ 12%
75. UV Photolysis 12%
76. Nitrite 12%
77. Mono-oxygenation 12%
78. Microbial Ecology 12%
79. Solids Retention Time 12%
80. Quinoline 12%
81. Sulfide 12%
82. Fermentation 12%
83. Ion Exchange 12%
84. Sludge 12%
85. Perchlorate-reducing Bacteria 12%
86. Chromate 11%
87. Antimicrobial 11%
88. Intimately Coupled 11%
89. Activated Sludge 11%
90. Scenedesmus 11%
91. Reductive Dechlorination 11%
92. H2 Production 10%
93. Selenium 10%
94. Membrane Carbonation 10%
95. 2,4,6-Trichlorophenol (2,4,6-TCP) 10%
96. Fipronil 10%
97. Surface Water 10%
98. SO42- 10%
99. Ethene 10%
100. Chlorinated Ethenes 10%