Publication | Closed Access
Small pore closure and the deactivation of the limestone sulfation reaction
74
Citations
24
References
1986
Year
EngineeringSulfation ModelProduct DepositsChemistryLimestone Sulfation ReactionDesulfurizationPorous BodyChemical EngineeringTransport PhenomenaCatalysisInternal Surface AreaFormation DamagePore StructureDiffusion ResistanceEnvironmental EngineeringPorosityGeochemistrySmall Pore ClosureChemical Kinetics
Abstract The sulfation model of Simons and Rawlins (1980) is extended to include the effect of product deposits. The model includes: 1. the plugging of the smallest pores and the subsequent loss in the internal surface area, 2. the diffusion of the SO 2 through the product deposits, and 3. the loss of intraparticle diffusion due to the complete plugging of the largest pores. It is shown that the plugging of the smallest pores is generally rate‐controlling.
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