Resource Salvation

Index

1. A
2. adaptive reuse
3. aluminium
4.  
5. B
6. barriers to reuse
7. BREEAM
8. bricks
9. building codes
10. building information modelling (BIM)
11. building lifetime
12. building performance
13. Building Research Establishment (BRE)
14. Burtynsky, Ed
15.  
16. C
17. cement
18. certification
19. circular economy
20. clay
21. climate change
22. closed cycles
23. closed-loop
24. Club of Rome
25. component reuse
26. concrete
27. Conformité Européene (CE)
28. construction process
29. cost breakdown
30. cradle to cradle (C2C)
31. cyclical systems
32. cyclifiers
33.  
34. D
35. decay
36. decomposition
37. demolition
38. demolition contractors
39. design/build
40. design for deconstruction (DfD)
41. design strategies
42. downcycle
43. durability
44.  
45. E
46. earthship
47. ecological economics
48. ecology
49. Ellen McArthur Foundation
50. embodied carbon
51. embodied energy
52. emergy
53. entropy
54. environmental performance
55. environmental product declaration (EPD)
56.  
57. F
58. flexible life buildings (FLB)
59. Forestry Stewardship Council (FSC)
60.  
61. G
62. gleaning
63. goal oriented design
64. green building ratings
65. greenhouse gas
66.  
67. H
68. Habitat for Humanity
69. Harbraken, John
70. harvest map
71.  
72. I
73. ICE materials database
74. industrial waste
75. infrastructure waste
76. innovative materials
77. integrated design approach (IDP)
78. intelligent material pooling (IMP)
79. IPCC
80. ISO 14040
81.  
82. L
83. landfill
84. LEED
85. life cycle assessment (LCA)
86. life cycle costing (LCC)
87. linear economy
88. Living Building Challenge (LBC)
89. low carbon footprint
90. low carbon society
91.  
92. M
93. material efficiency
94. material passport
95. materials bank
96. materials flow analysis (MFA)
97. means oriented design
98. Mountain Equipment Coop
99. Muniz, Vik
100.  
101. N
102. new materialism
103.  
104. O
105. obsolete/obsolescence
106. open cycles ...