Institute of Bioresource and Agriculture

Keyphrases

1. Food Waste 100%
2. Biochar 79%
3. Anaerobic Digestion 59%
4. Sewage Sludge 40%
5. Methane Production 35%
6. Food Waste Digestate 32%
7. Anaerobic Co-digestion 27%
8. Waste Sludge 23%
9. Co-digestion 20%
10. Sludge 20%
11. Digestate 18%
12. Biosurfactant 18%
13. Fructose 17%
14. Volatile Fatty Acids 17%
15. Peroxymonosulfate 16%
16. Organic Waste 15%
17. Polyhydroxyalkanoates 14%
18. Greenhouse Gas Emissions 13%
19. Acidogenic Phase 13%
20. Metal-organic Frameworks (MOFs) 13%
21. Palm Oil Mill Effluent 13%
22. Bioreactor 13%
23. Rhamnolipid 12%
24. Conductive Materials 12%
25. Greenhouse Gasses Emission 12%
26. 5-hydroxymethylfurfural Oxidation 12%
27. Methane Yield 12%
28. Wastewater 12%
29. Acetic Acid 12%
30. Hydrochar 12%
31. Inoculum 12%
32. Indoor Mold 11%
33. Glucose Isomerization 11%
34. Waste Activated Sludge 11%
35. COVID-19 Pandemic 11%
36. Circular Bioeconomy 11%
37. Bioproducts 11%
38. Peroxymonosulfate Activation 11%
39. Humic Acid 10%
40. Value-added Products 10%
41. Municipal Solid Waste 10%
42. Microorganisms 10%
43. Hong Kong 10%
44. Dark Fermentation 10%
45. Pollutants 10%
46. Rhamnolipid Production 10%
47. Catalytic Membrane 10%
48. Environmental Sustainability 9%
49. Adsorption 9%
50. Tightly Bound Extracellular Polymeric Substances (TB-EPS) 9%
51. Biogas 9%
52. Chinese Medicine Residue 8%
53. Sludge Waste 8%
54. Resource Recovery 8%
55. Co-application 8%
56. 2,5-Diformylfuran 8%
57. Pig Manure 8%
58. Statistical Optimization 8%
59. Hylocereus Polyrhizus 8%
60. High-methoxyl Pectin 8%
61. 2,5-furandicarboxylic Acid 8%
62. Prussian Blue Analogues 8%
63. Leachate 8%
64. Adsorbent 8%
65. Ammonium Nitrogen 8%
66. Antibiotics 8%
67. G-C3N4 8%
68. Wastewater Treatment 8%
69. Composting Process 8%
70. Biochar Addition 8%
71. Biological Processes 8%
72. Zeolite 7%
73. Iron Oxide 7%
74. Wastewater Treatment Plant 7%
75. Acid Yield 7%
76. Tetracycline 7%
77. Biodegradation Pathway 7%
78. Ammonium Ion 7%
79. Bioconversion 7%
80. Catalytic Activity 7%
81. Microbes 7%
82. Porosity 7%
83. Molten Salt 7%
84. Sawdust 7%
85. Bio-oil 7%
86. Well-being 7%
87. Waste Streams 7%
88. Adsorption Capacity 7%
89. Off-gas 7%
90. Environmental Implications 7%
91. Humidity 7%
92. Biochar Amendment 7%
93. Nitrogen Loss 7%
94. Bioprocess 7%
95. NH3 Emission 7%
96. Food Waste Valorization 7%
97. Biosurfactant Production 6%
98. Biochar Application 6%
99. Membrane-based 6%
100. Agricultural Waste 6%