Chapter
Chapter 5. New technology approach to age-old waste material (natural fibers) for composites
pp.：
58 – 70
Chapter 6. Production of low-cost By-product fillers
pp.：
70 – 79
Chapter 7. Steel Fibers made from Steel Cans in Concrete engineering
pp.：
79 – 88
Chapter 8. Carbonation and leaching of Portland cement with various blending materials
pp.：
88 – 100
Chapter 9. Solidification of lead ions in Portland cement matrix
pp.：
100 – 111
Chapter 10. Recycling and up-grading utility arisings and quarry wastes for highway construction and maintenance
pp.：
111 – 120
Chapter 11. Progress towards achieving ecologically sustainable concrete and road pavements in Australia
pp.：
120 – 134
Chapter 12. The use of reclaimed asphalt pavement (RAP) aggregates in concrete
pp.：
134 – 142
Chapter 13. Preliminary laboratory investigation of thermally treated recycled concrete aggregate for general use in concrete
pp.：
142 – 153
Chapter 14. Evaluation of solid-stabilized products made from Cr(VI)-containing ferrochrome bag-filter dust
pp.：
153 – 164
Chapter 15. Durability study of a sewage sludge-cement-sand system and its environmental impact
pp.：
164 – 175
Chapter 16. Quality control and certification of waste materials in Rotterdam
pp.：
175 – 182
Chapter 17. Influence of the Cement type on the stabilisation of fly ashes from municipal solid waste incineration
pp.：
182 – 191
Chapter 18. Hydrothermal treatment of fly ash from municipal solid waste incineration
pp.：
191 – 199
Chapter 19. PVC and PET plastics taken from solid urban waste in bituminous concrete
pp.：
199 – 209
Chapter 20. Leaching standard for quality control of aggregates
pp.：
209 – 220
Chapter 21. Products of steel slags: An opportunity to save natural Resources
pp.：
220 – 234
Chapter 22. Accelerated ASR testing of recycled concrete
pp.：
234 – 247
Chapter 23. The use of fly ash as a substitute of cement in microsurfacing
pp.：
247 – 254
Chapter 24. Composition of organic matter in bottom ash from MSWI
pp.：
254 – 260
Chapter 25. Environmental impact of ferrochrome slag in road construction
pp.：
260 – 273
Chapter 26. Mineralogical, hydraulic and mechanical characterisation of solidified and stabilised MSWI Fly ash. Contribution of blast furnace slag
pp.：
273 – 282
Chapter 27. Lead, zinc and chromium (III) and (VI) speciation in hydrated cement phases.
pp.：
282 – 294
Chapter 28. Thermal treatment of iron oxide stabilized APC residues from waste incineration and the effect on heavy metal binding
pp.：
294 – 300
Chapter 29. On-site treatment and landfilling of MSWI air pollution control residues
pp.：
300 – 310
Chapter 30. Stabilization of waste incinerator APC-residues with FeSO4
pp.：
310 – 319
Chapter 31. Environmental management in tanneries–waste minimisation opportunities
pp.：
319 – 331
Chapter 32. Prediction of inorganic pollutant release from various cement based materials in disposal/utilisation scenario based on the application of a multi-parameter leaching tool box
pp.：
331 – 338
Chapter 33. Recycling options for gypsum from construction and demolition waste
pp.：
338 – 345
Chapter 34. Analysis of literature data from 3,000 cement/waste products
pp.：
345 – 357
Chapter 35. High-performance concrete for sustainable constructions
pp.：
357 – 368
Chapter 36. Significance in the results of total composition and potential leachability of screened MSWI BA from different plants and sampling periods
pp.：
368 – 384
Chapter 37. Effect of mineral admixtures on some properties of sand-lime bricks
pp.：
384 – 396
Chapter 38. Recycling of partially hydrated concrete
pp.：
396 – 405
Chapter 39. Leaching behaviour of a chromium smelter waste heap
pp.：
405 – 415
Chapter 40. Use of sulphate containing sieve sands in building materials
pp.：
415 – 424
Chapter 41. Observations of leaching of low concentration contaminants from alternative aggregates in road constructions
pp.：
424 – 435
Chapter 42. The use of MSWI (Municipal Solid Waste Incineration) bottom ash as aggregates in hydraulic concrete
pp.：
435 – 451
Chapter 43. Life-cycle impacts of the use of industrial by-products in road and earth construction
pp.：
451 – 462
Chapter 44. Assessment of environmental impacts of foundry waste in utilisation and disposal
pp.：
462 – 475
Chapter 45. Leaching of PCBs and Chlorophenols from contaminated soil and waste - Influence of leaching test characteristics
pp.：
475 – 488
Chapter 46. Forecasting the long-term behaviour of municipal solid waste incineration bottom ash: rapid combined tests
pp.：
488 – 496
Chapter 47. Developments in electroremediation and phytoremediation for the treatment of metal contaminated soils
pp.：
496 – 506
Chapter 48. Studies on crystalline rice husk ashes and the activation of their pozzolanic properties
pp.：
506 – 517
Chapter 49. Assessment of the Ecocompatibility of waste disposal or waste use scenarios : towards the elaboration and implementation of a comprehensive methodology
pp.：
517 – 526
Chapter 50. Research & development methodology for recycling residues as building materials – A proposal
pp.：
526 – 538
Chapter 51. A laboratory experimental set-up for the study of organic compounds transport through unsaturated soils
pp.：
538 – 546
Chapter 52. Sustainable ash pond development in India –a resource for forestry and agriculture-
pp.：
546 – 554
Chapter 53. Behaviour of cement-treated MSWI bottom ash
pp.：
554 – 561
Chapter 54. The re-utilisation of discarded building materials in cement-stabilised layers of road and airfield pavements
pp.：
561 – 580
Chapter 55. Variation in mechanical properties of MSW incinerator bottom ash: Results from triaxial tests
pp.：
580 – 592
Chapter 56. Self-cementing properties of crushed demolishing concrete in unbound layers: Results from triaxial tests and field tests
pp.：
592 – 601
Chapter 57. The mechanism of lead (Pb) leaching from incinerator fly ash in monodisposal landfill
pp.：
601 – 608
Chapter 58. Heavy metal elution characteristics from municipal solid waste scrubber residue by a centrifugation method
pp.：
608 – 617
Chapter 59. Requirements for a realistic estimate of the source term for heavy metal elution from mineral wastes
pp.：
617 – 630
Chapter 60. Disposal options for spent potlining
pp.：
630 – 646
Chapter 61. Speciation of metals in soil solutions – the concept of forced–shift– equilibrium: quantification of the complexing ability o f soil solutions
pp.：
646 – 658
Chapter 62. Seven years of experiences with lysimeter leaching of pulverised fuel ash
pp.：
658 – 669
Chapter 63. Utilization of wastes in ground improvement works
pp.：
669 – 675
Chapter 64. Leaching processes in cement-stabilised municipal incinerator air pollution control residues
pp.：
675 – 684
Chapter 65. Using rice husk ash as a cement replacement material in concrete
pp.：
684 – 698
Chapter 66. Modelling the effects of waste components on cement hydration
pp.：
698 – 708
Chapter 67. Leaching behaviour of synthetic aggregates
pp.：
708 – 720
Chapter 68. Leaching of heavy metals from soils– an analysis
pp.：
720 – 730
Chapter 69. The development of a code of practice for the environmental sound use of PFA as a fill
pp.：
730 – 739
Chapter 70. Leaching behaviours of heavy metals from MSWI residues and Pb adsorption onto the residues under alkaline condition
pp.：
739 – 746
Chapter 71. Assessment of the leaching due to degradation factors o f stabilised/solidified waste materials
pp.：
746 – 754
Chapter 72. Reuse of secondary lead smelter slag in the manufacture of concrete blocks
pp.：
754 – 763
Chapter 73. Calcium sulphoaluminate cements made from fluidized bed combustion wastes
pp.：
763 – 772
Chapter 74. Synthetic aggregates from combustion ashes using an innovative rotary kiln.
pp.：
772 – 782
Chapter 75. The properties of recycled precast concrete hollow core slabs for use as replacement aggregate in concrete
pp.：
782 – 804
Chapter 76. Physical Properties and Acid Neutralisation Capacity of Incinerator Bottom Ash- Portland Cement Mixtures
pp.：
804 – 816
Chapter 77. Synthesis of solidification experience for synthetic wastes
pp.：
816 – 827
Chapter 78. Re-use of abandoned coal mining waste deposits for the production of construction materials: a case of innovative tendering
pp.：
827 – 838
Chapter 79. Construction waste characterisation for production of recycled aggregate-salvador/Brazil
pp.：
838 – 849
Chapter 80. Solid urban wastes minimization and energy conservation– A challenge for the 21 st century in brazil
pp.：
849 – 861
Chapter 81. Use of waste generated by shoe counter scrap pieces in plaster of Paris composites
pp.：
861 – 870
Chapter 82. Testing of soil and inorganic residues prior to utilisation: Development of rational limit values and adaptation of test methods
pp.：
870 – 885
Chapter 83. Further development of a process for treatment of APC residues from MSW incinerators
pp.：
885 – 897
Chapter 84. Recycled aggregate concrete sound barriers for urban freeways
pp.：
897 – 906
Chapter 85. Substance flow analysis of persistent toxic substances in the recycling process of municipal solid waste incineration residues
pp.：
906 – 917
Chapter 86. New trends on EAF slags management in the Basque Country
pp.：
917 – 929
Chapter 87. The environmental quality of fly ashes from co-combustion
pp.：
929 – 940
Chapter 88. A dynamic approach to the assessment of leaching behavior
pp.：
940 – 953
Chapter 89. An initial investigation of the use of a rubber waste (EPDM) in asphalt concrete mixtures
pp.：
953 – 966
Chapter 90. Immobilisation of PAH in waste materials
pp.：
966 – 976
Chapter 91. The Building Materials Decree: an example of a Dutch regulation based on the potential impact of materials on the environment
pp.：
976 – 988
Chapter 92. Chemical-mineralogical valuation of the leachate potential of municipal solid waste incineration (MSWI) bottom ashes
pp.：
988 – 997
Chapter 93. Fine cementless concretes from industrial by - products for various uses
pp.：
997 – 1009
Chapter 94. Use of crushed waste aggregates for DBM road bases
pp.：
1009 – 1021
Chapter 95. The Recycled Materials Resource Center: a new partnership promoting the wise use of recycled materials in the highway environment
pp.：
1021 – 1027
Chapter 96. Characterization of lagoon sediments and their pollutant charge proposals for reusing
pp.：
1027 – 1035
Chapter 97. A proposed methodology for in-situ treatment of MSW leachate
pp.：
1035 – 1043
Chapter 98. Re-use of arisings and waste materials for reinstatements
pp.：
1043 – 1050
Chapter 99. Cold in-situ recycling of structural pavement layers
pp.：
1050 – 1057
Chapter 100. A preliminary investigation of the removal of heavy metal species from aqueous media using crushed concrete fines
pp.：
1057 – 1064
Waste Materials in Construction
：Science and Engineering of Recycling for Environmental Protection
( Volume 1 )
Disclaimer: Any content in publications that violate the sovereignty, the constitution or regulations of the PRC is not accepted or approved by CNPIEC.
