224 Heat Transfer in Particulate Systems


Description:
Drying is one of the important unit operations in the chemical engineering processes. Yet, even now, industries struggle to understand, operate and improve the drying systems. In this session, we welcome papers investigating the various drying mechanisms of particulate systems, methods to understand and troubleshoot drying processes; methods to scaling-up of drying systems. Papers related to both drying of single particles and continuum bulk solids are welcome.

Sponsor:
Solids Flow, Handling and Processing


Chair:
Emad Abbasi
Sr. Research Scientist
Honeywell UOP
R&D
Des Plaines, IL
60616
Phone Number: 8473913810
Email: emad.abbasi@honeywell.com

Co-Chair:
Maulik Mehta
Chemours
Wilmington, DE
Email: Maulik.Mehta@chemours.com


Papers:
224a
Spatially-Averaged Models for Heat Transfer in Gas-Solid Flows
Stefanie Rauchenzauner, Johannes Kepler University; Simon Schneiderbauer, Johannes Kepler University
224b
Heat Transfer in Vibrated Granular Beds
Eldin Wee Chuan Lim, National University of Singapore
224c
Effect of Baffles on the Rate of Heat Transfer in Rotating Drums
Bereket Yohannes, Rutgers University; Calvin Kim, Rutgers University; William G. Borghard, Rutgers University; Fernando. J Muzzio, Rutgers University; Benjamin Glasser, Rutgers University; Alberto M. Cuitino, Rutgers University
224d
Understanding and Predicting the Effect of Clusters on Heat Transfer in Gas-Solid Suspensions
Jesse Capecelatro, University of Michigan; Lei Guo, University of Michigan
224e
A Novel Approach for Radiative Thermal Exchange in Coupled Particle Simulations
Thomas Forgber, Research Center Pharmaceutical Engineering GmbH; Johannes G. Khinast, Graz University of Technology; Stefan Radl, Graz University of Technology
224f
Experimental Studies of Thermal Properties of Packed Powder Beds
Anna Nachtigal, Rutgers University; Calvin Kim, Rutgers University; Bereket Yohannes, Rutgers University; Fernando. J Muzzio, Rutgers University; William G. Borghard, Rutgers University; Benjamin Glasser, Rutgers University; Alberto M. Cuitino, Rutgers University
224g
Particle Dynamic Simulations of Heat Transfer in a Bladed Mixer: Effect of Material and Process Parameters
Clara Hartmanshenn, Rutgers University; Benjamin J. Glasser, Rutgers University
Abstract Submissions Closed
See more of this Group/Topical: Particle Technology Forum
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