MO3.R2.3
From Apparent Kinetics to Microkinetics: Leveraging Power Law Models for Reaction Mechanism Identification
Fernando Vega-Ramon, Christopher Hardacre, Dongda Zhang, The University of Manchester
Session:
MO3.R2: Fundamentals of Catalysis and Reaction Engineering III
Track:
Fundamentals of Catalysis and Reaction Engineering
Location:
Galleria III
Presentation Time:
Mon, 17 Feb, 16:30 - 16:50 CT (UTC -5)
Session Co-Chairs:
Nitish Mittal, ExxonMobil and Udit Gupta, Siemens
Presentation
Discussion
Resources
No resources available.
Session MO3.R2
MO3.R2.1: FROM PULSES TO PELLETS TO PACKED BEDS: UNDERSTANDING CrOx/Al2O3 CATALYST DEACTIVATION DURING PROPANE DEHYDROGENATION VIA TRANSIENT KINETIC ANALYSIS AND MULTISCALE MODELING
Nicholas Thornburg, Meagan Crowley, Adam Yonge, Hariswaran Sitaraman, National Renewable Energy Laboratory; Dingqi Nai, Georgia Institute of Technology; Jason Malizia, Idaho National Laboratory; Rong Xing, Mingyong Sun, Clariant Corporation; Lars Grabow, University of Houston; Rebecca Fushimi, Idaho National Laboratory; Andrew Medford, Georgia Institute of Technology; Peter Ciesielski, National Renewable Energy Laboratory
MO3.R2.2: Polymer Distribution Models for Polyether Polyols
Arjun Raghuraman, Christopher Ho, Nima Nikbin, The Dow Chemical Company; Carlos Villa, Retired
MO3.R2.3: From Apparent Kinetics to Microkinetics: Leveraging Power Law Models for Reaction Mechanism Identification
Fernando Vega-Ramon, Christopher Hardacre, Dongda Zhang, The University of Manchester
Contacts