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)

Aglave, R., Siemens PLM Software

In this sessions, authors should present work investigating heat and mass transfer as well as reaction in flow reactors via any of the experimental, theoretical or numerical approaches applied to industrial flow reactor design, optimization or troubleshooting.

Presentations

3:30 PM
(30a) Technology Performance and Economical Feasibility of Bioethanol Production in Pervaporation Membrane Bioreactor with Mechanical Vapor Compression
3:48 PM
(30b) Numerical Simulation of Downdraft Biomass Gasifier: Influence of Structure Designs Using CFD Simulation
4:06 PM
(30c) Investigations on the Mass Diffusion Across Interfaces of Oscillating Bubbles
4:24 PM
(30d) Modeling and Simulation of Transport Effects to a Single Reactor Pellet
4:42 PM
(30e) Effect of Reactor Height on Intensification of Mass Transfer Coefficients (kLa, kL) in a Turbulent Inverse Bubble Column
5:00 PM
(30f) Heat and Mass Transfer Enhancement in a Packed Bed, Low Temperature Fischer-Tropsch Reaction Via Ring-Disc Passive Flow Disturbers
5:18 PM
(30g) Visualized Study on Mass Transfer Characterization in the Process of Biological Catalytic Hydration of Acrylonitrile Using Pendant Drop Method
5:36 PM
(30h) Simulation of Toluene Emissions Biodegradation in Bubble Column By Computational Mass Transfer

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Pricing

Individuals

AIChE Pro Members $150.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
AIChE Explorer Members $225.00
Non-Members $225.00

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