Publications
2001 Conference Proceedings
2001 Conference on Selective Catalytic Reduction (SCR) and Selective Non-Catalytic Reduction (SNCR) for NOx Control
Table of Contents
Disclaimer
This report was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government or any agency thereof, nor any of their employees, makes any warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product, or process disclosed, or represents that its use would not infringe privately owned rights. Reference herein to any specific commercial product, process, or service by trade name, trademark, manufacturer, or otherwise does not necessarily constitute or imply its endorsement, recommendation, or favoring by the United States Government or any agency thereof. The views and opinions of authors expressed herein do not necessarily state or reflect those of the United States Government or any agency thereof.
Papers and Presentations
Regulatory Issues
NOX Reductions: A Regulatory Update[PDF-13KB]
Mary Jo Krolewski, and Kevin Culligan, U.S. Environmental Protection Agency
Update on NOx Regulations: Markets and Control Technologies [PDF-11KB]
Alex Farrell, Carnegie Mellon University
Industry Dynamics and NOx Control [PDF-10KB]
David E. Wojick, PowervisioN
Commercial Applications of Selective Catalytic Reduction (SCR)
Commissioning Experiences on the SCR Retrofit at Pennsylvania Power and Light's 775 MW Montour Station Unit 2 [PDF-9KB]
Tom Robinson, Babcock Borsig Power, Inc., and Roy Glaser, PP&L Inc.
O&M Considerations in SCR Reactor Design [PDF-10KB]
Darryl Wall, Southern Company Generation
Process & Equipment Design Considerations for SCR [PDF-10KB]
Thomas Wright, Michael DeLallo, and Roy Sensenig
Parsons Energy & Chemicals Group Inc.
Is the European SCR Experience Adequate to Meet the Challenges of U.S. Coals? [PDF-10KB]
Anupam Sanyal, International Environmental & Energy Consultants, Inc.
Joseph J. Pircon, Benetech, Inc.
ENEL Produzione Experience in Designing and Commissioning DeNOx-SCR Systems [PDF-14KB]
M. Cioni, C. LaMarca, and S. Malloggi, ENEL Produzione - Ricerca
TVA-Paradise Fossil Plant: Acoustic Cleaners vs. Sootblowers [PDF-8KB]
Jake Shelton, BHA Group, Inc., and Joe D. Jiles, Tennessee Valley Authority
SCR Catalyst Studies
Recent Experience with SCR Catalyst Regeneration [PDF-18KB]
Herwig Maier, and James J. Ferrigan, Enra, LLC
Jörn Matschke, EnBW Ingenieure GmbH
An Evaluation of SCR Catalyst Performance in PRB Applications[PDF-12KB]
Keith Harrison, Southern Company Services, Inc.
First Year's Operating Experience with SCR on a 600-MW PRB-Fired Boiler [PDF-8KB]
Dave Harris, Black & Veatch & Scot Pritchard, Cormetech
Bench- and Pilot-Scale Evaluation of SCR and Other Catalytic Technologies [PDF-9KB]
Boris N. Eiteneer, Peter Maly, and Vladimir M. Zamansky
GE Energy and Environmental Research Corporation
Robert A. Gazarov, State University of Oil and Gas, Moscow, Russia
Innovative Technologies for NOx Control
Combination of ROFA and ROTAMIX in Unit 6 at the Cape Fear Station [PDF-10KB]
Edwin E. Haddad, Mobotec USA, Inc.
Commercial Applications of Selective Non-Catalytic Reduction (SNCR)
Application of Fuel Lean Gas Reburn with SNCR on a 198 MW Coal-Fired Utility Boiler [PDF-13KB]
David Killen, Carolina Power & Light Company
John Boyle, and John O'Leary, Fuel Tech, Inc.
Design, Installation, and Testing of Aqueous Urea Based SNCR Performance in Conectiv's Indian River Units 3 and 4 [PDF-16KB]
M.A. Cremer, Reaction Engineering International
Mark Sankey, and V. Ciarlante, Hamon-Research Cottrell, USA
M. Zoccola, Conectiv
Design, Installation, and Testing of Rich Reagent Injection in Conectiv's B.L. England Unit 1 [PDF-16KB]
Marc A. Cremer, and Bradley R. Adams, Reaction Engineering International
Venkata N. Bhamidipati, Conectiv
David O'Connor, Electric Power Research Institute
Gifford Broderick, RJM Corporation
Ammonia Generation for SCR and SNCR Systems
Startup and Operation of the First U2A™ Urea to Ammonia Conversion System at AES Los Alamitos Station [PDF-14KB]
Herbert Spencer, EC&C Technologies
H. James Peters, and Jay DeMartino, Hamon Research-Cottrell
Jeffery E. Fisher, Wahlco
New Conceptual Selective Catalytic Reduction Process Using Urea for NOx Reduction
William H. Sun, Fuel Tech
Computational Fluid Dynamics (CFD) for SCR & SNCR Design
Mixing and Flow Conditioning in Front of a Catalyst Bed for a SCR Process [PDF-11KB]
Arno Signer, Sulzer Chemtech AG
On the Optimization of SCR System Flue Design [PDF-12KB]
Soung M. Cho, and Joseph Borowsky, Foster Wheeler Development Corp.
CFD Evaluation of Fuel Lean Gas Reburning (FLGRTM) and Selective Non-Catalytic Reduction in Owensboro Municipal Utilities' Elmer Smith Station [PDF-20KB]
David H. Wang, Marc A. Cremer, and Bradley R. Adams, Reaction Engineering International
K.D. Frizzell, Owensboro Municipal Utilities
G.C. Dusatko, Sargent & Lundy
Non-Coal Applications of SCR
Cost and Design Implications of SCR Applied to Reheat Furnaces [PDF-9KB]
Paul D. Debski, Bricmont Incorporated
High Concentration NOx Removal Using a Multistage Combustor [PDF-17KB]
Daniel M. Battleson, Steven E. Johnson, Steve B. Bryson, John L. Montgomery, and Clarence G. Whitworth, MSE Technology Applications, Inc.
Ammonia Removal from Fly Ash
Ammonia Removal from Coal Fly Ash by Carbon Burn-Out [PDF-18KB]
Vincent M. Giampa, Progress Materials, Inc.
Ammonia Removal from Fly Ash Using an Acoustically Enhanced Fluidized Bed [PDF-13KB]
Edward K. Levy, DeShau Huang, and Kenneth B. Lawton
Energy Research Center, Lehigh University
Removing Ammonia from Fly Ash[PDF-28KB]
S. Gasiorowski, J. Bittner, and F. Hrach, Separation Technologies Inc.
Poster Presentations
SCR with Blackmer Compressors[PDF-10KB]
Glenn E. Webb, Blackmer
Low Cost NOx Control with SNCR & Reburn with Liquid & Biomass Fuels [PDF-11KB]
Bert Zauderer, Coal Tech Corp.
Low Cost, Combined Post-Combustion NOx & SO2 Control in Fossil Fuel Fired Boilers [PDF-12KB]
Bert Zauderer, Coal Tech Corp.
Cost and Performance Models for NOx Control at Coal-Fired Power Plants [PDF-9KB]
Michael B. Berkenpas, and Edward S. Rubin
Center for Energy and Environmental Studies, Carnegie Mellon University
Dennis Smith, and Gerst Gibbon
U.S. Department of Energy, National Energy Technology Laboratory
De-NOx Technologies: Lower-Cost, High-Performance, SNCR Systems [PDF-44KB]
David L. Wojichowski, De-NOX Technologies
Lifetime Extension of SCR-DeNOx Catalysts Using SCR-Tech's High Efficiency Ultrasonic Regeneration Process [PDF-7KB]
Peter Sevatius, ENVICA SCR-Tech GmbH
Alexander Schluttig, ENVICA Kat GmbH
Control of Coal Flow Distributions from Coal Pipe Splitters [PDF-16KB]
Edward K. Levy, Ali Yilmaz, Harun Bilirgen, Jun Wang, and Xuefeng Shi
Energy Research Center, Lehigh University
Presenter: John Sale, Energy Research Center, Lehigh University
The Influence of Unburned Carbon on the Filtration Performance of a Ceramic Filter [PDF-41KB]
J-H Choi, J-J Ahn, and S-J Ha, Dept. of Chem. Eng., Gyeongsang National University
Y-O Park, Energy & Envir. Research Dept., Korea Institute of Energy Research
Preparation of SCR Catalytic Filter Supported on a Filter Candle [PDF-33KB]
J-H Choi, J-J Ahn, and S-J Ha, Dept. of Chem. Eng., Gyeongsang National University
Y-O Park, Energy & Envir. Research Dept., Korea Institute of Energy Research
Installation and Start-Up of the First Large Scale AOD™ Process on Two 1,300 MW Coal-Fired Mid-West Utility Boilers [PDF-8KB]
Hamilton G. Walker, Jr., and Jeffrey J. Prickel, Environmental Elements Corporation
Pin Piles for SCR Foundations[PDF-11KB]
Martin G. Taube, and Seth L. Pearlman, Nicholson Construction Company
Pavilion Solution for Optimization and Control of Boilers with SCR Systems [PDF-16KB]
Madhu Ramavajjala, Pavilion Technologies, Inc.
Project CONDOR: MultiMedia MultiPollutant Initiative [PDF-10KB]
Mildred Perry, Gerst Gibbon, and Dennis Smith
U.S. Department of Energy, National Energy Technology Laboratory
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