Línea de investigación en Ingeniería de Procesos Ambientales

Keyphrases

1. Fusarium Solani 100%
2. Temuco 84%
3. Chile 84%
4. Highly Active 84%
5. Biofiltration 74%
6. Biodegradation 70%
7. Formaldehyde 70%
8. Volatile Organic Compounds 69%
9. Naphthalene 67%
10. Toluene 67%
11. Rutile 66%
12. Oxidizing Conditions 63%
13. Wood Smoke 63%
14. Biofilter 60%
15. Benzo 59%
16. Pyrene 59%
17. Polycyclic Aromatic Hydrocarbons 58%
18. Gas Phase 57%
19. Nitrate 52%
20. Calcination Temperature 52%
21. Zirconium Dioxide 50%
22. Highly Dispersed 48%
23. Rhodococcus Erythropolis 44%
24. Fungi 43%
25. Potassium 40%
26. Copper Catalyst 39%
27. Filamentous Fungi 39%
28. Nitrite 38%
29. Thermal Stability 38%
30. Core-shell 35%
31. Microbial Community 35%
32. Calcination 34%
33. Removal Efficiency 33%
34. Methane 33%
35. Polyethylene 33%
36. Gas Flow 33%
37. Aluminum Oxide 33%
38. Adsorption 33%
39. Silica 33%
40. Transient Reduction 33%
41. Gradient Flow 33%
42. Methane Production 33%
43. CuO-CeO2 33%
44. Lactose-derived Prebiotics 33%
45. Sequencing Batch Reactor 33%
46. TiO2@C 33%
47. Active Species 33%
48. Nitric Oxide 33%
49. Copper-ceria Catalysts 33%
50. Biotrickling Filter 33%
51. Computational Tomography 33%
52. Poly(3-hydroxybutyrate) 33%
53. Bioethanol Production 33%
54. Anaerobic Digestion 33%
55. TiO2 Catalyst 33%
56. Mass Transfer 32%
57. Elimination Capacity 30%
58. Cu-Ce 30%
59. Impregnation Method 30%
60. Polluted City 29%
61. Acidophiles 28%
62. Pollutants 27%
63. Ceria 26%
64. Alkali Metals 26%
65. NO Oxidation 25%
66. Sodium 25%
67. Lactose 25%
68. Particulate Matter 25%
69. Linear Low-density Polyethylene (LLDPE) 23%
70. β-Galactosidase (β-Gal) 23%
71. Catalytic Activity 22%
72. Full Conversion 22%
73. Microorganisms 22%
74. Cu Species 22%
75. Particulate Matter 2.5 (PM2.5) 22%
76. Hybrid Poplar 22%
77. Protein-rich 22%
78. Sensitivity Analysis 22%
79. Mathematical Modeling 22%
80. Mechanical Properties 21%
81. Computational Fluid Dynamics 21%
82. Lean Conditions 21%
83. Pt-free 21%
84. NO Adsorption 21%
85. TiO2 Core 21%
86. Liquid Phase 21%
87. Optimal Control 21%
88. Low Temperature 21%
89. Alkali 20%
90. Oxidation Reaction 20%
91. Residential Wood Combustion 19%
92. 2,5-dimethylpyrazine 19%
93. Fermentation Process 19%
94. Titania Nanotubes 19%
95. N2O Decomposition 19%
96. Urban Areas 19%
97. Temperature Effect 19%
98. Motor Vehicle Emissions 19%
99. Microbial Consortium 18%
100. Copper Species 18%