TU1.R3.1
Thermodynamic Analysis Based Programmed Heating Strategies to Limit Carbon Depositions in Electrified Modular Methane Reformer Reactors
Collins Don-Pedro, UNIVERSITY OF HOUSTON; Ram Ratnakar, Shell International Exploration & Production Inc USA; Sumana Chenna, Indian Institute of Chemical Technology; Vemuri Balakotaiah, UNIVERSITY OF HOUSTON
Session:
TU1.R3: Reaction Engineering for the Energy Transition IV
Track:
Reaction Engineering for the Energy Transition
Location:
Tanglewood/Bellaire
Presentation Time:
Tue, 18 Feb, 10:45 - 11:05 CT (UTC -5)
Session Co-Chairs:
Hsi-Wu Wong, University of Massachusetts Lowell and Kevin Modica, The Dow Chemical Company
Presentation
Discussion
Resources
No resources available.
Session TU1.R3
TU1.R3.1: Thermodynamic Analysis Based Programmed Heating Strategies to Limit Carbon Depositions in Electrified Modular Methane Reformer Reactors
Collins Don-Pedro, UNIVERSITY OF HOUSTON; Ram Ratnakar, Shell International Exploration & Production Inc USA; Sumana Chenna, Indian Institute of Chemical Technology; Vemuri Balakotaiah, UNIVERSITY OF HOUSTON
TU1.R3.2: DYNAMIC OPTIMIZATION OF ELECTRIFIED ETHANE CRACKING FOR COST-EFFECTIVE ETHYLENE PRODUCTION WITH LOW CO2 EMISSIONS
Alexandre Cattry, Chaitanya Vuppanapalli, Dharik Mallapragada, NYU
TU1.R3.3: Towards the complete mineralization of PFOA with a pilot-scale UV-light, boron-nitride—based recirculating reactor unit
Juan Donoso, Rice University; Guo Chen, Tokyo Institute of Technology; Kimberly Heck, Rice University; Tony Powell, Purifics; Mohammed Ateia, Michael Wong, Rice University
Contacts