Environmental and Automotive Catalysis I: Passive NOx Adsorber and NOx Reduction | AIChE

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Environmental and Automotive Catalysis I: Passive NOx Adsorber and NOx Reduction

Chair(s)

Kyriakidou, E., SUNY at Buffalo

Co-chair(s)

Shih, A., Leiden University

Catalytic materials play a key role in developing environmentally benign technologies. This session focuses on applications of catalytic materials for reducing the environmental footprint of human processes, including automotive catalysis.

Presentations

8:00 AM
(570a) Characterizing Rh Particles and Single-Atoms Supported on ?-Al2O3 for NO Reduction Using Probe-Molecule IR Spectroscopy and DFT
8:18 AM
(570b) Pt-CeO2-Al2O3 Nanosheet Catalysts with Enhanced Lean/Rich Hydrothermal Aging Stability for Twc Applications
8:36 AM
(570c) Effects of C12H26 and O2 on NO Uptake on Pd/SSZ-13: Experiments and Modeling
8:54 AM
(570d) Mechanistic Aspects of Passive NOx Adsorption on Pd-SSZ-13: Microkinetic Modeling to Explore the Role of Monomeric and Dimeric Sites
9:12 AM
(570e) Effect of Cobalt Incorporation on the Stability of Ionic Pd in the Presence of Carbon Monoxide over Pd/BEA Passive NOx Adsorbers
9:48 AM
(570g) Influence of Zcuoh, Z2cu, and Extraframework CuxOy Species in Cu-SSZ-13 on N2o Formation during the Selective Catalytic Reduction of NOx with NH3
10:06 AM
(570h) How Cu-SSZ-13 NH3 Selective Catalytic Reduction Catalyst’s Oxidation Activity Impacts on the Extent of Sulfur Poisoning

Topics 

Catalysis
Environmental Sustainability
Nanotechnology

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AIChE Explorer Members $225.00
Non-Members $225.00

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