Bioconversie en fermentatietechnologie

Keyphrases

1. Polyhydroxyalkanoates 100%
2. Xylose 60%
3. Schlegelella Thermodepolymerans 43%
4. Cow Manure 43%
5. Anaerobic Digester 40%
6. 3D Printing 40%
7. Polyhydroxyalkanoate Production 37%
8. Anaerobic Digestion 26%
9. Biorefining 26%
10. Biopolymers 24%
11. Bioplastics 23%
12. Fractionation Process 21%
13. Direct Microbial Conversion 21%
14. Biomass Fractionation 21%
15. Herbaceous Biomass 21%
16. Thermophilic 21%
17. Reactor 21%
18. Degradable Scaffold 20%
19. Poly(3-hydroxybutyrate-co-3-hydroxyvalerate) 20%
20. Bathyarchaeota 20%
21. Enzymatically Degradable 20%
22. Bioaugmentation 20%
23. Performance Evaluation 20%
24. Bioethanol 20%
25. Thauera 20%
26. Mixed Microbial Consortia 20%
27. Microbes 20%
28. Bioreactor 20%
29. Circular Economy 20%
30. Microbial Community 20%
31. Microbial Activity 20%
32. Co-digestion 20%
33. Miniaturization 20%
34. Biomethanation 20%
35. Mini 20%
36. Atmospheric Pressure 20%
37. Rheological Properties 20%
38. Agitator 20%
39. Tissue Engineering 20%
40. Digested Sludge 20%
41. Thermally Treated Sludge 20%
42. High Pressure 20%
43. Northern Netherlands 20%
44. Synthetic Wastewater 20%
45. High Alkalinity 20%
46. Feasibility Assessment 20%
47. Polyhydroxyalkanoate Synthesis 20%
48. Sheep Manure 20%
49. Biodegradable Plastics 17%
50. High-pressure Reactor 16%
51. Thermal Hydrolysis Pretreatment 15%
52. Daily Methane Yield 13%
53. Sludge Rheology 10%
54. Hemicellulose 9%
55. Lignocellulosic Biomass 9%
56. Human Dermal Fibroblasts 8%
57. P34HB 8%
58. Flow-through 8%
59. Normal Pressure 8%
60. Bioreactor System 8%
61. Waste Feedstock 8%
62. Volatile Matter 7%
63. Non-biodegradable 7%
64. Metabolic Pathway 7%
65. Fossil Fuels 7%
66. Lignin 6%
67. Sugar Beet Pulp 6%
68. Economically Viable 6%
69. Grass Straw 6%
70. Lignocellulose 6%
71. CN Ratio 5%
72. Granules 5%
73. Tunable Degradation 5%
74. Inoculum 5%
75. Cellulose Content 5%
76. Effluent 5%
77. Archaebacteria 5%
78. Fiber Fraction 5%
79. Cellulose 5%
80. Degradation Time 5%
81. Cost Reduction 5%
82. Cellulolytic Bacteria 5%
83. Methanogenesis 5%
84. Hydrolysis 5%
85. Industrial pilots 5%
86. Acetate 5%
87. Pure Culture 5%
88. Herschel-Bulkley 5%
89. Rheological Change 5%
90. Solids Reduction 5%
91. Heat Consumption 5%
92. Rheology 5%
93. Equipment Performance 5%
94. Reduced Viscosity 5%
95. Flowability 5%
96. Sludge Components 5%
97. Treatment Sludge 5%
98. Low Energy Requirement 5%