Chemical Engineering and Processing: Process Intensification
Progress towards understanding the drying of porous materials wetted with binary mixturesFortschritte zum besseren Verständnis der Trocknung poröser Güter die mit binären Gemischen beladen sind
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Cited by (8)
Investigating particle-level dynamics to understand bulk behavior in a lab-scale Agitated Filter Dryer (AFD) using Discrete Element Method (DEM)
2020, Advanced Powder TechnologyCitation Excerpt :Further extensions of this continuum approach are also available in literature. Over the years, the penetration theory has been broadened to include contact drying at various conditions including vacuum drying conditions [23,26,24], drying under atmospheric pressure [25,27,28], drying of paste/sludge material [29–31] as well as drying of solids wetted by multi-component mixtures [32–34]. B. Discrete particle approach: While heat penetration models are numerical methods to estimate the heat transfer from hot walls to mechanically agitated powder beds by assuming a moving drying front, DEM methodology simulates individual particles in an AFD system and solves Newton’s equation of motion for each particle to account for their motion during the process.
Selective through-drying in fixed beds
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1991, Chemical Engineering ScienceSelective evaporation of a binary mixture into dry or humidified air
1990, Chemical Engineering and ProcessingIntermittent drying of porous materials containing binary mixtures
1986, Chemical Engineering and Processing
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