Session: Applied Environmental Catalysis II (2010 Annual Meeting)

Description:

Applied catalysis has resolved many of the challenges faced in environmental protection. This session seeks contributions in the area of applied environmental catalysis including but not limited to photocatalytic and catalytic pollution control, stationary source and vehicle emission control, CO2 science and management (catalytic utilization and sequestration) and applications of catalysis in green chemistry.

Sponsor:

Catalysis and Reaction Engineering Division

Co-Sponsor(s):

Environmental Division (09)

Chair:

Krishna Kamasamudram
Cummins Inc.
Columbus, IN 47201
Phone Number: 812-343-5459
Email: krishna.kamasamudram@cummins.com

Co-Chair:

Padmanabha Reddy Ettireddy
Senior Catalyst Engineer
Cummins Emission Solutions
500 Central Avenue
Columbus, IN 47201
Phone Number: 812-377-5522
Email: Padmanabha.Ettireddy@cummins.com

Papers:

511a

Electrically Heated Catalysts for Hybrid Applications: Mathematical Modeling and Analysis
Karthik Ramanathan, General Motors Global R&D Center; Se H. Oh, General Motors Global R&D Center; Edward J. Bissett, General Motors R&D Center (currently at Gamma Technologies, Inc.)

511b

CATALYTIC Coating ON METAL Substrate for Soot OXIDATION
Changsheng Su, University of Notre Dame; Paul J McGinn, University of Notre Dame

511c

Characterizing Heterogeneous Aging of a Monolith-Supported Oxidation Catalyst
William Epling, University of Waterloo; April Russell, University of Waterloo; Cary Henry, Cummins Inc; Aleksey Yezerets, Cummins Inc; Neal Currier, Cummins Inc

511d

A Kinetic Model for NH3 SCR On Cu-BEA Zeolite Using Micro Calorimetry Data
Norman Wilken, Chalmers University of Technology; Krishna Kamasamudram, Cummins Inc.; Neal W. Currier, Cummins Inc.; Ramya Vedaiyan, Cummins Inc.; Aleksey Yezerets, Cummins Inc.; Louise Olsson, Chalmers University of Technology

511e

Kinetics and Mechanistic Studies of Selective Catalytic Reduction of NOx On Fe Based Zeolite Monolith Catalysts
Pranit S. Metkar, University of Houston; Michael Harold, University of Houston; Vemuri Balakotaiah, University of Houston; Rachel L. Muncrief, University of Houston

511f

Deactivation Kinetics and Deactivation Mechanism During the Selective Reduction of NOx Catalyzed by Metal-Zeolites
Angel Martinez-Hernandez, Univ. A. de Nuevo Leon; Sergio A. Gómez, Universidad A. Metropolitana - Iztapalapa; Gustavo A. Fuentes, Universidad A. Metropolitana - Iztapalapa

511g

Effects of Fuel Type On Dual SCR Aftertreatment
Galen B. Fisher, University of Michigan; Craig DiMaggio, Wayne State University; Dan Trytko, Delphi Corporation; Ken M. Rahmoeller, Delphi Corporation; Mark Sellnau, Delphi Corporation

See more of this Group/Topical: Catalysis and Reaction Engineering Division

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