Dry Ash Handling System in Cold Climatic Conditions

Fly Ash, Admixtures, and Water Quality

Mount St. Helens Eruption—Impact and Civil Engineering Response
The May 18 eruption of Mount St. Helens in Washington state, estimated to have the energy equivalent of a 20 to 50 megaton atom bomb, did tremendous damage. It destroyed an estimated 160...

Containment of Heavy Metals with Natural Materials

Environmental Considerations for Fly Ash Disposal
Recent concern about subsurface leaching from fly ash disposal sites has generated research to investigate this phenomenon. Among the constituents of the leachate are soluble heavy metals...

Metal Removal from Coal Ashes and Wastes

Processes to Increase Utilization of Power Solid Wastes

Review: Reuse, Recycle, and Utilization Session

Environmental Research Needs for Fluidized Bed Combustion Residues

R and D Needs in Disposal of FBC Solid Wastes

Characterization of Lime-Fly Ash Concrete Pavement under Load
This study reports the stress-deformation characteristics of adequately matured lime-fly ash concrete pavement laid to a model scale over a realistic soil subgrade and subjected to static...

Characteristics of Stabilized Scrubber Sludges
Fly ash, lime, and silica were added to sludge from lime scrubbing process to improve handling and stabilization of sludge for disposal. The addition of fly ash alone does not improve...

Acid Rain in the Adirondacks and an Evaluation of Fly Ash for Recovery of Acidified Lakes

Geotechnical Practice for Disposal of Solid Waste Materials
The papers for this conference are grouped under the themes of four of the general sessions: 1) Geotechnical properties affecting disposal and utilization; 2) utilization in dams, embankments,...

Vibratory Compaction of Fly Ash

Permeability of Fly Ash Stabilized Soils

Geotechnical Behavior of Solvay Process Wastes

Geotechnical Investigations of Power Plant Wastes

Impoundment of Fly Ash and Slag: A Case Study

Design and Construction of Bituminous Fly Ash Disposal Sites

 

 

 

 

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