Otsing - TalTech teadusportaal

1. waste utilization
2. carbon capture and utilization
3. channel utilization
4. dc-link voltage utilization
5. electric power utilization
6. fly ash utilization
7. in-situ resource utilization
8. in-situ resource utilization (ISRU)
9. machinery utilization analysis
10. peat utilization indicators
11. solar energy utilization
12. storage and utilization
13. utilization
14. agricultural waste
15. agri-food waste
16. anaerobic digestion, microbial communities, organic fraction municipal solid waste, renewable natural gas, synergy
17. ash waste
18. biodegradable waste
19. biomass waste
20. bio-waste
21. composite plastic waste
22. concrete demolition waste
23. copper oily waste
24. Electrolysis waste heat recovery
25. end-of-life waste
26. end-waste
27. e-waste
28. e-waste mechanical pretreatment
29. e-waste milling
30. e-waste recycling
31. fish waste characterization
32. food industry waste
33. food losses and food waste
34. green waste compost
35. hazardous waste
36. health care waste
37. hospital waste
38. households waste
39. industrial waste
40. infectious waste
41. integrated hospital waste management
42. integrated solid waste management
43. integrated waste management model
44. integrated waste management system
45. kitchen waste
46. marine waste to food
47. mine waste
48. mine waste material
49. mining waste
50. mining waste management
51. mixed solid waste
52. multilayer packaging waste
53. municipal solid waste
54. municipal solid waste burning
55. municipal solid waste incineration
56. municipal solid waste incineration ash
57. municipal solid waste incineration fly ashes
58. municipal solid waste management
59. municipal waste
60. municipal waste collection
61. municipal waste management
62. non-preventable food waste
63. NORM waste formation
64. oil shale industry waste
65. Oil shale mine waste
66. organic fraction municipal solid waste
67. organised waste collection scheme
68. perforated metallic waste
69. plastic packaging waste
70. plastic waste
71. plastic waste burning aerosol
72. polyethylene terephthalate waste
73. polyethylene waste
74. polymer waste
75. polymeric waste
76. postconsumer textile waste
77. poultry waste
78. preventable food waste
79. production waste
80. radioactive waste
81. recycling waste
82. rendering plant waste
83. separately collected waste
84. ship waste
85. slaughterhouse waste
86. small islands waste
87. smart waste management system
88. solid slaughterhouse waste
89. solid waste
90. zero-waste
91. tourism waste
92. urban waste heat
93. waste
94. waste biomass
95. Waste Bone
96. waste characterization
97. waste classification
98. waste disposal
99. waste from electrical and electronic equipment
100. waste fuels
101. waste generation
102. waste glycerol
103. waste heap
104. waste heat
105. waste heat recovery
106. waste heat recovery systems
107. waste limestone
108. waste management
109. waste management strategy
110. waste metal
111. Waste office paper
112. waste policy
113. waste prediction
114. waste printed circuit boards
115. waste printed circuit boards (WPCBs)
116. waste recycling
117. waste shipping
118. waste tax
119. waste to energy
120. waste treatment
121. waste utilisation
122. waste valorisation
123. waste valorization
124. waste water treatment
125. waste youngs modulus
126. vegetal waste

waste utilization (võtmesõna)

teaviku laadid

võtmesõna 126