Catalysis for C1 Chemistry: CO2 Conversion and Methane Reforming

Chair(s):
Bollini, P., University of Minnesota
Co-chair(s):
Saha, B., University of Delaware

Experimental and theoretical studies of CO2 hydrogenation, transfer-hydrogenation, and electro-reduction as well as studies of methane reforming.

Papers:
8:00 AM
(650a) Towards the Design of Sulfur-Tolerant CO2-Reforming Catalysts
8:18 AM
(650b) Development of Catalytic Process for CO2 Utilization
8:36 AM
(650c) Catalytic Methanation of Carbon Dioxide with Ni/MgO Catalyst in Dual-Step Reductive Calcination
8:54 AM
(650d) Glycerol Transfer Hydrogenation of CO2 Using Ir and Ru Carbene Organometallics Immobilized on Active Hydrotalcites in a Packed Bed Flow Reactor
9:12 AM
(650e) Combining CO2 Reduction with Propane Oxidative Dehydrogenation over Bimetallic Catalysts
9:30 AM
(650f) CO2 Splitting Using Miec Membranes
9:48 AM
(650g) Molten Metal Catalysts for Methane Pyrolysis
10:06 AM
(650h) Increasing Activity, Reducing Coking, and Promoting Unexpected Reaction Pathways during Methane Steam Reforming By Applying Uniform Electric Fields in a Scalable Reactor
Topics: 
Catalysis
Carbon Management
Shale Gas

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