Nirakar PRADHAN, Dr

Keyphrases

1. Agriculture 19%
2. Alkali Treatment 21%
3. Anaerobic Digestion 32%
4. Bio-concrete 14%
5. Bioelectricity Generation 17%
6. Biological Processes 14%
7. Bioprocess 16%
8. Capnophilic 19%
9. Capnophilic Lactic Fermentation 85%
10. Clostridium Sensu Stricto 19%
11. Co-digestion 17%
12. CO2 Atmosphere 17%
13. Dark Fermentation 33%
14. Fermentation 61%
15. Fermentation Conditions 21%
16. Fermentation Pathways 17%
17. Fermentative Hydrogen Production 28%
18. Firmicutes 17%
19. Food Waste 42%
20. Gas Production 15%
21. H2 Production 34%
22. H2 Yield 30%
23. Hydrogen (H2) Production 25%
24. Hydrogen Production 46%
25. Hydrogenogenesis 17%
26. Hyperthermophilic Bacterium 24%
27. Inoculum 28%
28. Inoculum Pretreatment 21%
29. Kinetic Model 38%
30. Kinetic Parameters 19%
31. Kitchen Waste 32%
32. Lactic Acid 67%
33. Lactic Acid Production 26%
34. Lactic Fermentation 37%
35. Mechanism Development 14%
36. Metabolic Dynamics 14%
37. Metabolic Pattern 32%
38. Metabolic Profiling 17%
39. Microbial Fuel Cell 20%
40. Microbial Self-healing Concrete 14%
41. Pattern Profiles 23%
42. Relative Abundance 21%
43. Salinity Levels 20%
44. Sustainable Drainage Systems (SuDS) 14%
45. Taxonomic Profile 38%
46. Thermophilic Bacteria 28%
47. Thermotoga 19%
48. Thermotoga Neapolitana 100%
49. Volatile Matter 31%
50. Waste Activated Sludge 28%