An exergy analysis for cement industries: An overview
2012.1.1 This paper reviewed exergy analysis, exergy balance, and exergetic efficiencies for cement industry. It is found that the exergy efficiency for cement
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Coal utilisation in the cement and concrete industries
2013.1.1 The utilisation of coal in the cement and concrete industries takes three basic forms: 1. As a fuel in the production of cement clinker, 2. Ash produced by burning
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Thermal energy consumption and its conservation for a cement
The consumption of the energy in the cement plant is mainly due to raw mill, cooler, pre-heater and rotary kiln [14]. The total energy loss of the plant is generally accounted for
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Potential Use of Malaysian Thermal Power Plants Coal
2012.9.11 This paper analyses the coal FABA potential from Suralaya Coal Power Plant as concrete material and its environmental
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Coal Mill Systems - ResearchGate
2007.9.1 The role of vertical coal firing mills in cement plants are discussed. The potential risk of fire and even an explosion can be limited if the coal meal product is
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Infrastructure - Activities - YTL Construction
The surge in construction and infrastructure development activity across Malaysia in the early 1990s created a strong and consistent demand for good quality cement. YTL
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A Review on Carbon Emissions in Malaysian Cement Industry
2017.9.1 The developed CAQIP significant improved productivity, quality strength, reduced CO2 emission, grinding clinkering energy and enhanced production of
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OPTIMIZING THE PERFORMANCE OF FILTER BAGHOUSES AT
coal of Portland cement plant. The baghouse filter will be designed to accommodate the coal mill of the cement plant. i. To evaluate the performance of filter baghouse to
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