Use of Incinerator Ash

by Dhir, Ravindra K.; Dyer, Tom D.; Paine, Kevin A.

• ISBN13: 9780727728616
• ISBN10: 072772861X
• Format: Hardcover
• Copyright: 2000-01-01
• Publisher: Inst of Civil Engineers Pub

Table of Contents

Preface
Contents
Incineration of Waste and the Environment	p. 1
Factors that Control the Quality of Municipals Solid Waste Incineration Residues	p. 19
Glass and Glass-Ceramics from Incinerator Fly Ash	p. 33
Reuse Perspectives of Incineration Flue Gas Residues Following NaHCO[subscript 3] or Ca(OH)[subscript 2] Injection	p. 45
Characterisation of Cr, Pb and Zn in Municipal Waste Incinerator Ashes by Microscopic and Spectroscopic Methods	p. 55
Physical Property and pH Dependency of Solubility Test about Plasma Molten Slag from Fly Ash	p. 67
A Geochemical Perspective on the Factors that Control Long-Term Emissions from Municipal Solid Waste Incinerator Residues	p. 77
The Use of Soluble Phosphates to Stabilize Heavy Metals in Fly Ash	p. 87
Gas Generation at a Municipal Waste Combustor Ash Monofill - Franklin, New Hampshire	p. 97
Pilot and Full Scale Washing of Incinerator Bottom Ash	p. 111
Valorisation of MSW Incineration Residues in Belgium: A Developing Market	p. 125
Mechanism and Kinetics of the Weathering of MSWI Bottom Ash Glass	p. 137
Municipal Solid Waste Incinerator Residues: Phase Composition and Distribution of Organic and Inorganic Pollutants Between the Output Streams	p. 147
InRcc[superscript plus] - The Next Step in Waste Incineration Ash Recycling	p. 159
Trapping of Chloride, Sulfate and Heavy Metals	p. 173
Treatment of APC Residues from MSW Incinerators	p. 185
Process Integrated Carbonation of Bottom Ashes	p. 195
Environmental Impacts of Waste Utilisation: Development of Risk-Related Limit Values for Leaching of Contaminants in Regulatory Testing	p. 205
A Physical Evaluation of Municipal Solid Waste Grate Ash as an Aggregate Substitute in Asphaltic Concrete	p. 215
MSW Bottom Ash - Experiences in The Netherlands	p. 227
Municipal Solid Waste Incineration (MSWI) Bottom Ash: Characteristics and the Use in Road Construction	p. 235
Volume Stability of Hydraulic Bound MSWI Ash	p. 247
MSWI Plants: Sustainable Quarries	p. 259
Unprocessed and Processed Incinerator Bottom Ash as a Cement Bound Material	p. 267
Closing the Loop	p. 279
Swelling Pressure Test of Cement-Treatment MSWI Bottom Ash in Triaxial Cell	p. 289
The Use of Incinerator Ash for Making Lightweight Bricks	p. 299
The Long-Term Performance of Untreated Bottom Ash, and the Production and Use of a Lightweight Synthetic Aggregate from the Bottom Ash Fine Fraction	p. 305
Ash Reutilization Research at the University of Connecticut	p. 317
MSW Combustor Ash Utilization in Marine and Terrestrial Systems	p. 331
Precast Concrete Products Produced using Incinerator Bottom Ash	p. 341
Resonant Shock Compaction: Ash-Based Construction Blocks	p. 355
Utilization of Municipal Solid Waste Fly Ash as Innovative Civil Engineering Materials	p. 369
Solidification/Stabilization of Textile Sludge with Portland Cement and Bottom Ash-	p. 381
The Science and Politics of Using Stabilised Waste Materials in the Marine Environment	p. 393
Properties of Calcined Paper Sludge	p. 405
Sustainable Waste Management - Studies on the Use of Sewage Sludge Ash in the Construction Industry as Concrete Material	p. 415
The use of the Statistical Entropy to Evaluate the Utilisation of Incinerator Ashes for the Production of Cement	p. 427
Reuse of Cement-Based S/S MSWI Fly Ash for Landfill Disposal: Modelling for Long Term Environmental Impact Prediction	p. 437
Use of Incinerator Fly Ash as a Pozzolanic Activator	p. 447
An Electrical Conductivity Method for Measuring Transport Properties of Stabilized Wastes	p. 457
Reuse of Incinerator Ash - Current and Future Trends	p. 467
Index of Authors	p. 479
Subject Index	p. 481
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