Experimental, Theoretical, and Numerical Analysis of Transport Processes in Flow Reactors | AIChE

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Experimental, Theoretical, and Numerical Analysis of Transport Processes in Flow Reactors

Chair(s)

Jensen, C., Colorado School of Mines

Co-chair(s)

Aglave, R., Siemens PLM Software

Experimental, Theoretical, and Numerical Analysis of Transport Processes in Flow Reactors

Presentations

12:30 PM
(550a) Methanol Partial Oxidation on Silver in a Fixed Bed of Raschig Rings: An Integrated CFD with Microkinetics Study
12:52 PM
(550b) Application of Recent Understanding of Intra-Molecular Forces and Micro-Hydrodynamics to the Bubble Dynamics and Gas-Liquid Transfer in a Downward-Flow Microbubble Column
1:14 PM
Break
1:14 PM
(550c) A Hybrid Solution for a Heat Transfer Model to Distributed Parameters in the Solid Phase of a Biomass Pyrolysis Reactor
1:36 PM
(550d) Experimental and CFD Simulation Study of Bubble Column Equipped with a Bundle of Heat Exchanging Tubes (Internals) for Fischer-Tropsch (FT) Synthesis
1:58 PM
(550e) Numerical Study of Hydrogen Production Via High-Temperature and Low-Temperature Water-Gas Shift Reactors’ System: The Multi-Scale (Pellet-Reactor Scale) Modeling Approach and Simulation
2:20 PM
(550f) A Generalized Semi-Analytical Method for Solution of Ordinary Differential Equations Applied to a Model of Heat Transfer in a Biomass Pyrolysis Reactor
2:20 PM
(550g) A Numerical Model of Ambient Air Vaporizer and Its Validation with Pilot Scale Data

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AIChE Explorer Members $225.00
Non-Members $225.00

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