Flyash Filling for Improved Wear Resistance of Glass-Polyester Composites-An Experimental Study
Flyash is a solid waste generated in huge quantities from coal fired thermal power stations during the combustion of coal. In India, less than half of this is used as a raw material for concrete manufacturing and construction; the remaining is directly dumped on land side as land fill or simply piled up. Only a small fraction of it is used in development of high valued product. Due to environmental regulations, new ways of utilizing flyash are being explored in order to safeguard the environment and provide useful ways for its utilization and disposal. With its richness in various metal oxides, it has tremendous potential to be utilized as a filler material in polymer composites. These days glass reinforced polyester composites find widespread application in erosive environment due to several advantages like high wear resistance, strength-to-weight ratio, and low cost. The cost of the composites can be further brought down using cheaper filler materials. To this end, this work uses flyash in composite making and thereby suggests a new way of better utility of this industrial waste. It includes the processing, characterization and study of the erosion behavior of a class of such flyash filled polyester-glass fiber composites. It further outlines a methodology based on Taguchi's experimental design approach to characterize this erosion behavior. This technique eliminates the need for repeated experiments, thus saves time and material. The systematic experimentation leads to determination of significant process parameters and material variables that predominantly influence the erosion rate.
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Document Type: Research Article
Publication date: February 1, 2010
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- The Journal of Solid Waste Technology and Management is an international peer-reviewed journal covering landfill, recycling, waste-to-energy, waste reduction, policy and economics, composting, waste collection and transfer, municipal waste, industrial waste, residual waste and other waste management and technology subjects.
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