314 Modeling and Analysis of Chemical Reactors

Tuesday, November 17, 2020: 8:00 AM - 9:00 AM
Catalysis and Reaction Engineering Division (20) (PreRecorded+)

Description:
This session will highlight recent advances in experiments and modeling of reaction systems and reactors with emphasis on spatio-temporal patterns and deliberate unsteady state operation of reactors. The scope of papers can include observation, prediction and analysis of multiple steady-states, flow instabilities, periodic/quasi-periodic or aperiodic spatial, temporal or spatio-temporal pattern formation, micro or global kinetic modeling of specific reaction systems, modeling and analysis complex catalytic and multi-phase reactors, and the development of new analysis, measurement or simulation techniques.

Sponsor:
Catalysis and Reaction Engineering Division
Chair:
Anthony G. Dixon Email: agdixon@wpi.edu
Co-Chair:
Gaurav Agrawal Email: gaurav.agrawal@exxonmobil.com



(314b) A Machine Learning Tool for Thermal Runaway Prediction of Chemical Reactors
Yang Xiao, Pratik Potdar, Kaida Liu, Shiyan Wang, Arvind Varma and Guomin Xiao



(314d) Identification of Optimal Catalyst Distributions in Heat Exchanger Reactors
Sunjeev Venkateswaran, Benjamin Wilhite and Costas Kravaris


(314e) Microwave Heating of Packed Bed Reactor
Fanglin Che, Himanshu Goyal and Dionisios G. Vlachos


(314f) Synthetic Packed Bed Generation and Contact Modifications for CFD Simulations of Industrial-Scale, Fixed-Bed Reactors
Martin Kutscherauer, Gerhard Mestl, Sebastian Böcklein, Thomas Turek and Gregor D, Wehinger


(314g) Modeling and Optimization of Industrial Ethylene Oxide Reactor for Deploying Real-Time Optimization Control Layer
Şahin Sarrafi, Stepan Spatenka, Mayank Patel, Yaman Arkun, Ahmet K. Avci and Yaşar S. Kabak
See more of this Group/Topical: Catalysis and Reaction Engineering Division