This study presents the results of physical, chemical, and mineralogical characterization of
fresh and landfilled coal fly ash from Atikokan Thermal Generating Station, Ontario. The acid …

Most applications of coal fly ash, such as concrete, structural fill, and waste stabilization, use
fresh fly ash received directly from coal fired power generation plants. However, if the current …

The phase mineralogy and leaching characteristics of some Indian coal fly ashes were
studied to assess their safe disposal in abandoned coal mines. Since, fly ash contains a …

This paper provides an overview of environmental issues in the coal-to-energy industry.
Coal to energy will be the major energy source for foreseeable future. The waste generated …

Coal-generated fly ash (FA) is being used for various applications, although there is
evidence that indicates leaching or vegetative uptake of trace metals can potentially reach …

Abstract Characterization of the coal ash from a typical coal-fired circulating fluidized bed
(CFB) power plant in the Philippines was done by studying physical and chemical properties …

A literature review of the leachate characteristics of Ontario Hydro's coal fly ash was
conducted to identify the chemical parameters that may be environmentally significant in a …

The physicochemical properties of fly ash from two kinds of coal-fired power plants were
studied. Three aspects were examined: the micro-morphology, the mineral composition and …

The leaching potential of heavy metals from Coal Fly Ash (CFA), Coal Fly Ash Bricks (CFAB)
and Clay Brick (CB) were assessed through four laboratory batch leaching procedures. The …

Bottom ash and fly ash are the by-products of coal in thermal power plants. They are the
combustion wastes and contain many elements that may harmful to the environment. The …