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

Tuesday, April 1, 2014: 8:00 AM
Eglinton Winton (Hilton New Orleans Riverside)
Description:
: 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.

Sponsor:
Topical Five: Emerging Technologies in Clean Energy for the Twenty-First Century
Co-Sponsor(s):
Transport and Energy Processes (07), Sustainable Engineering Forum (23)

Chair:
Ravindra H. Aglave
Email: ravindra.aglave@cd-adapco.com

Co-Chair:
Thomas Eppinger
Email: thomas.eppinger@tu-berlin.de

- indicates paper has an Extended Abstract file available on CD.


8:00 AM
(58a) Development of a Model for Mass Transfer Using Square Plate as Turbulence Promoter in Circular Tube
Sai Seetha Rama Raju, Vuriti Nageswara Rao, M. Gangadhar and Sujatha Vanapalli
File available
8:30 AM
(48i) Extending Furnace Run Length By Optimizing Decoking
James Brigman and Vinod Mishra

9:00 AM
(58c) Simulation Based Optimization of Stirred Reactors
Ashish Newale, Yuvraj Dewan, Ravindra H. Aglave and Thomas Eppinger

9:30 AM
Break

10:15 AM
(58d) Conversion of Captured Carbon Dioxide to Value-Added Dimethyl Carbonate Using Reactive Distillation
Richard Doctor, Chandrakant B. Panchal and John C. Prindle

10:45 AM
(58e) Thermally Efficient Short-Contact Time Catalytic Plate Reactor: Detailed Multi-Step Mathematical Model and Parametric Study for Methane Steam Reforming
Mayur Mundhwa, Brant. A. Peppley and Christopher P. Thurgood
See more of this Group/Topical: Topical 5: Emerging Technologies in Clean Energy for the Twenty-First Century
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