735 Fundamentals of Environmental Kinetics and Reaction Engineering

Description:
Description: The goal of this session is to solicit fundamental contributions in areas of Chemical Kinetics and Chemical Reaction Engineering intimately related to the Environment. Both experimental and theoretical contributions are sought. Some suggested topics: detailed chemical kinetic mechanisms, cfd based reactor design, attainable region based environmental reactor network synthesis, kinetics and reactor design for "green" chemistries.

Sponsor:
Fundamentals
Co-Sponsor(s):
Catalysis and Reaction Engineering Division (20)

Chair:
Panagiotis Smirniotis
Email: panagiotis.smirniotis@uc.edu


Papers:

3:15 PM
(735a) Detailed Kinetic Modeling of Selective Catalytic Reduction of NO With C3H6 On Cu-Chabazite Monolithic Catalyst
Richa Raj, Michael P. Harold and Vemuri Balakotaiah

3:30 PM
(735b) A Detailed Microkinetic Model for SO2 Oxidation From Diesel Engine Exhaust
Hom Sharma, Ashish B. Mhadeshwar and Ramamurthy Ramprasad

3:45 PM
(735c) Reaction Characteristics of Sncr De-NOx in Moderate Temperature Range Based Urea Spiked Hydrazine Reductant
Hui Chen, Liu Hong and De-zhen Chen

4:00 PM
(735d) Kinetic Model Study in a Photo-CREC Reactor for Photocatalytic Hydrogen Production
Hugo de Lasa, Salvador Escobedo Jr. and Benito Serrano

4:15 PM
(735e) Abatement of Diesel Soot Under Various Catalyst/Soot Contact Conditions
Changsheng Su

4:30 PM
(735f) Gklj;lklk
Xjkdg Chanda Nagarajan

4:45 PM
(735g) System-Wide Modeling of HCCI Engine With After-Treatment
Pratheeba Chanda Nagarajan and Preeti Aghalayam

5:00 PM
(735h) A New Approach for NOx Control Based On the Chelate Absorption-Biofilm Electrode Integrated System
Yinfeng Xia, Bailong Xu, Ya Zhou and Wei Li

5:15 PM
(735i) Preparation and Catalytic Performance of Au/3DOM Co3O4 for the Oxidative Removal of CO and BTX
Yuxi Liu, Jiguang Deng and Hongxing Dai
File available
5:30 PM
(735j) Kinetic Mechanism Investigation On NOx Removal With Hydrazine Hydrate At Moderate to High Temperatures
Liu Hong, De-zhen Chen and Du Wang
See more of this Group/Topical: Environmental Division
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