Novel Agglomeration Strategy for Elemental Sulfur Produced during Biological Gas Desulfurization
Annemerel R. Mol, Derek J. M. Meuwissen, Sebastian D. Pruim, Chenyu Zhou, Vincent van Vught, Johannes B.M. Klok, Cees J.N. Buisman, Renata D. van der Weijden
Abstract
≈ 5, thereby stimulating particle agglomeration. In addition, microscopy suggested that S crystal growth proceeded via amorphous S globules. Our findings imply that the crystallization product is controlled by the balance between dissolution and formation of S. This new insight has a strong potential to prevent poor S settleability in BD.
Topics & Concepts
AgglomerateDissolutionCrystallizationSulfurEconomies of agglomerationSulfideCrystal (programming language)Chemical engineeringChemistryParticle sizeParticle (ecology)CrystallographyFlue-gas desulfurizationAmorphous solidCrystal growthMineralogyInorganic chemistryOrganic chemistryPhysical chemistryGeologyProgramming languageEngineeringComputer scienceOceanographyIndustrial Gas Emission ControlOdor and Emission Control TechnologiesCalcium Carbonate Crystallization and Inhibition