Abstract
The latest experimental data from pilot-scale studies of sulfur and ash removal from both pulverized coal suspended in a water slurry and from liquefied solvent refined coal by high gradient magnetic separation are used to design conceptual processes for desulfurization. Estimates of magnetic desulfurization characteristics and conceptual process requirements as well as installation and processing costs are presented. The results indicate that the magnetic processes appears to be attractive in terms of costs and performance when compared with other approaches to desulfurization.
Published Version
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