Biobased Chemistry & Refinery

Keyphrases

1. Aromatics 100%
2. ZSM-5 78%
3. Bioproducts 72%
4. Catalytic Conversion 69%
5. Glycerol 53%
6. Meso 46%
7. Aromatization 40%
8. Xylene 40%
9. Benzene 40%
10. Toluene 40%
11. Catalyst Deactivation 31%
12. Al2O3 Catalyst 29%
13. Acidity 27%
14. Oleic Acid 26%
15. Catalyst Performance 25%
16. Carbon Yield 24%
17. Model Investigations 23%
18. Polyhydroxyalkanoates 23%
19. Free Fatty Acids 23%
20. Surface Enhancement 23%
21. Gas Chromatography-mass Spectrometry 23%
22. Au(111) 23%
23. Monomer Ratio 23%
24. GMP Compliance 23%
25. Cotransporter 23%
26. Positron Emission Tomography Tracers 23%
27. Canagliflozin 23%
28. Synergetic Effect 23%
29. Anilides 23%
30. Co-feeding 23%
31. Fatty Alcohols 23%
32. Acetamido 23%
33. Feed Fatty Acids 23%
34. Fatty Alkane 23%
35. Hydrazone 23%
36. Binder 23%
37. Kidney Allocation 23%
38. Receptor Occupancy 23%
39. Plasma Exposure 23%
40. Telmisartan 23%
41. Space-resolved 23%
42. Glycerol to Aromatics 23%
43. Time-resolved 23%
44. Deactivation Study 23%
45. Time on Stream 23%
46. Ethene 23%
47. Nuclear Magnetic Resonance 23%
48. Molecular Patterning 23%
49. Zinc 23%
50. Chitin 23%
51. Type 2 Diabetic Patients 23%
52. Zn-porphyrin 23%
53. Furfural 23%
54. Propene 23%
55. Zeolite Catalyst 23%
56. Two Dimensional 23%
57. Improved Catalysts 23%
58. Bio-BTX 23%
59. Sodium-glucose Cotransporter 23%
60. Fixed-bed Reactor 21%
61. Reaction-regeneration 18%
62. ZSM-5 Catalyst 17%
63. Catalyst Lifetime 15%
64. Furan 15%
65. Al2O3 Binder 15%
66. Dealumination 15%
67. Peak Carbon 13%
68. Solid-liquid Interface 13%
69. Catalyst Bed 12%
70. Catalyst Regeneration 12%
71. Porphyrin Macrocycles 11%
72. Olefins 11%
73. Highly Oriented Pyrolytic Graphite 11%
74. Albumin-to-creatinine Ratio 10%
75. Physisorption 10%
76. Crystallinity 10%
77. Graphite 9%
78. Used Catalyst 9%
79. Regenerative Cycle 9%
80. Silica 8%
81. Biomass Materials 7%
82. Phthalimide 7%
83. Dimethyl 7%
84. Pyrrolidine Analogs 7%
85. Trisubstituted 7%
86. Cascade Reaction 7%
87. Nitrogen Compounds 7%
88. Aldehydes 7%
89. Dienophile 7%
90. 3-acetamido-5-acetylfuran 7%
91. Nitrile Group 7%
92. Co-conversion 7%
93. Induction Zone 7%
94. Alkylation Reaction 7%
95. Dealkylation 7%
96. Bed Position 7%
97. Deactivation 7%
98. Blockage 7%
99. Catalyst Characteristics 7%
100. Catalyst Surface Area 7%