Abstract
SRF can be utilized as co-firing fuel in power plants in order to provide more green energy and decrease the waste landfill. However, the characteristics of SRF with high potassium and chlorine need to be investigated first to avoid ash problem aspects in the future. This study aims to obtain initial prediction of slagging, fouling, abrasion, and corrosion for SRF and high-sulfur coal blend using empirical indices. This study used five slagging parameters, four fouling parameters, one abrasion parameter, and two corrosion parameters. The result shows that SRF contains high ash content, chlorine, Fe2O3, CaO, and K2O, that affects ash deposit formation like slagging, fouling, abrasion, and corrosion. Therefore, composition of 0-15 wt% SRF is more suitable than other compositions.
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