MO2.R2.1
Redefining Bi-reforming of Methane at a Molecular Level Through Specific Metal-Support Interactions
Meghana Sucharita Idamakanti, University of Houston, United States; Ram Ratnakar, Shell International Exploration & Production, Inc., United States; Praveen Bollini, University of Houston, United States
Session:
MO2.R2: Fundamentals of Catalysis and Reaction Engineering II
Track:
Fundamentals of Catalysis and Reaction Engineering
Location:
Room 2
Presentation Time:
Mon, 17 Feb, 14:30 - 14:50 CT (UTC -6)
Presentation
Discussion
Resources
No resources available.
Session MO2.R2
MO2.R2.1: Redefining Bi-reforming of Methane at a Molecular Level Through Specific Metal-Support Interactions
Meghana Sucharita Idamakanti, University of Houston, United States; Ram Ratnakar, Shell International Exploration & Production, Inc., United States; Praveen Bollini, University of Houston, United States
MO2.R2.2: A new method for the simulation of catalyst deactivation in fluidized bed reactors
Andrea Pappagallo, Hugo Petremand, Tilman Schildhauer, Paul Scherrer Institute, Switzerland; EMANUELE MOIOLI, Politecnico di Milano, Italy
MO2.R2.3: Quantifying Reaction-Diffusion Rates of Nonoxidative Coupling of Methane per Active Edge Sites of Two-Dimensional Pt Nanolayer Catalysts
Tobias Misicko, Yang Xiao, Louisiana Tech University, United States
Contacts