CLEERS Home

Friday, September 10


Home | Contact us

About Us Announcements Workshops Special Publications Links Open Citations

CLEERS Home > Databases > Reaction Mechanisms > Experimental and Theoretical Investigation of the Dynamics of the SCR-DeNOx Reaction >

Submission Page

Experimental and Theoretical Investigation of the Dynamics of the SCR-DeNOx Reaction
Submitter: Trevor Miller
Title: Experimental and Theoretical Investigation of the Dynamics of the SCR-DeNOx Reaction
Description: Measures the adsorption-desorption rates of NH3 over two different model vanadium-based deNOx catalysts for a range of conditions. Adsorption-desorption rate expressions were developed and used with a monolith model to demonstrate that these steps appear to control the dynamics of NOx reduction in a monolithic SCR reactor
Category: Reaction Mechanisms
Technology Classification: Ammonia/Urea SCR reactor systems
Method Classification: Experimental
Date Submitted: 2003-03-05
Number of Ratings: 0
Average Rating: Not Rated
Documentation: Readme

File(s) Details

Filename: 1046870131_SCR_DeNOx_reaction_dynamics.doc
File Size: 31 KB
Number of Downloads: 473
Download Now: Download

Top Submissions

2002 ORNL Mercedes Chassis Dynamometer LNT Data
NO oxidation and NOx storage kinetics on Pt/Al2O3 and Pt/BaO/Al2O3
Mercedes 1.7l - DOC - LNT Sulfation/deSulfation study with intracatalyst speciation
DVECSE LNT data
Diesel Engine-out Emissions Data under Cold and Hot Start

Top Lists

Most Downloaded
Highest Rated
Top Submitters
Most Recent

Other Activities

Read Ratings/Comments

Review This Submission

Submit a New File

Search Database

Search:

For:

Category:

Classifications:

Technology

Method

Disclaimer: This data was submitted to CLEERS by the author and CLEERS committee/organizers do not have any responsibility regarding the veracity or the correctness of the data nor does it endorse any of the information given in the data file. If in doubt, please check with the author of this data at the contact information provided above.

CLEERS Home | About Us | Announcements | Workshops | Links | Open Citations | Disclaimers | Mailing Lists | Contact us | Feedback