Technical Papers

Arranged by TPP# (Technical Paper #)

• TPP-608 - Enhanced Emission Reduction: Dual Flue Gas Conditioning's Impact on Mercury and Particulate Capture
  Mr. Jim Ferrigan and Dr. Henry Krigmont, October 2024
  Paper Presentation: International Conference on Electrostatic Precipitation (ESP 2024) – Kyoto, Japan

• TPP-607 - Dual FGC – Process, Technology, and ExperienceDual FGC – Process, Technology, and Experience
  Henry V. Krigmont, James J. Ferrigan, 2018
• TPP-606 - Meeting Current Emissions Limits With Multiple Retrofit Solutions
  J. Boyle, Fuel Tech, Inc.; A. Rankin, Drax Power Station, 2016
• TPP-605 - Minimizing Unplanned Outages and Boiler Fouling Utilizing On‐Line Impulse Cleaning
  J. Ferrigan, Fuel Tech, Inc.; V. Barreto, PowerPlus Cleaning Systems, 2016
• TPP-604 - Chemical Additives to Optimize Black Liquor Recovery Throughput and Increase Campaign Life
  I. Saratovsky, C. Smyrniotis, H. Wang, S. Bohlen, 2016
• TPP-601 - Advanced SNCR NO_x Reduction Experience on Multiple Large Utility Boilers
  J. Boyle, P. Stamatakis, P. Havilland, 2015
• TPP-600 - Corrosion, Slag and Fouling Challenges for Boilers Burning Biomass Fuels
  C. Smyrniotis, K. Schulz, C. Forte, 2015
• TPP-598 - La Cygne Unit 1 SCR Graduated Straightening Grid Project
  S. Hiedeman KCP&L, D. Fischer Black & Veatch, R. Thomas, D. Pfaff, 2013
• TPP-597 - Optimizing Catalyst Performance Aids in Lowering Operational & Management Costs
  M. Davis Santee Cooper, V. Rummenhohl, H. Benisvy, K. Schulz, 2013
• TPP-596 - ASCR™: Lower NO_x removal costs without sacrificing performance
  V. Rummenhohl, S.A. Bible, P. Ponzoni, M. Siebeking, R. Thomas and C. Triece, 2012
• TPP-594 - Layered Reduction Technologies for Effective NO_x Control
  J. Boyle, Presented at Clearwater 2010
• TPP-593 - Modeling Layered NO_x Reduction Technologies
  S. Bible, Presented at Clearwater 2010
• TPP-592 - Demonstrated Performance Improvements on Large Lignite-Fired Boiler with TIFI Targeted In-Furnace Injection™ Technology: Overview of NO_x Technologies
  Gerry Snow & M. Sylvester Fuel Tech, John Rossow Leland Olds. Presented at Coal-Gen, 2010
• TPP-590 - Improvements in Fuel Flexibility and Operating Cost Reduction at CSU Drake station with Targeted In-Furnace Injection™ Technology
  G. Snow, R. Rians & T. Martinez CSU Drake, Presented at ASME Power 2010
• TPP-588 - The design and operation of an Advanced NO_x Control System on 636TPD MWC at Lee County WTE Facility
  A. Dainoff & D Anacker Covanta, Presented at NAWTEC 2009
• TPP-587 - Modeling Layered NO_x Reduction Technologies for Biomass Fuels
  S.A. Bible, V. Rummenhohl, M. Siebeking, R. Thomas, C. Triece
  Presented at EUEC 2010
• TPP-585 - SCR Designed for High Performance and Fuel Flexibility
  S.A. Bible, Fuel Tech, Inc.; L.Z. Bradley, Jacksonville Electric Authority; J.Z. Cochran, Ceram Environmental Inc.; K.Z. Robinson, Black & Veatch
• TPP-584 - Effects of Mg(OH)₂ on SCR and SNCR Performance
  2010
• TPP-583 - UREA - The Safe Reagent Alternative for NO_x Reduction Systems
  T. Brown, K. Dougherty, 2008
• TPP-581 - Controlling SO₃ Slag and Fouling Resulting in Improved Heat Rates, Better Efficiency and Allowing for Fuel Flexibility - Santee Cooper, Cross Station Case Study
  M.B. Davis, PE, & W.R. Toombs; Santee Cooper and
  J. Boyle, PhD, G. Hermanas, H. Benisvy & K. Schulz; Fuel Tech, Inc.
  Presented at the EUEC Conference, January 2008, Tucson, AZ
• TPP-580 - Performance Improvement: Combustion and Heat Transfer Optimization
  J.R. Comparato
  Presented at the ACC PRB Coal Use Conference, July 2007, St. Louis, MO
• TPP-578 - Recent Catalyst Development Results and the Observed Affects on NO_x, CO, LOI, CO₂ and Slag
  C.R. Smyrniotis & K.W. Schulz
  Presented at the Clean Air Europe Conference, July 2007, Portugal
• TPP-577 - Recent Catalyst Development Results and the Observed Affects on CO, LOI, and Slag
  C.R. Smyrniotis & K.W. Schulz
  Presented at the Clearwater Coal Conference, June 2007, Clearwater, FL
• Presented at PowerGen Europe, June 2007, Spain
• TPP-574 - Demonstration of NO_x Emissions Below 0.15lb/MBtu in a Cyclone Boiler Using In-Furnace NO_x Control
  M.A. Cremer, A.P. Chiodo, & B.R. Adams, Reaction Engineering International;
  C. Giesmann & K. Stuckmeyer, AmerenUE; & J.M. Boyle, Fuel Tech, Inc.
• Presented at NAWTEC, May 2006, Orlando, FL
• TPP-572 - Interactive Control of Ash Deposition in Power Boilers
  J.R. Comparato & K.L. Ringel, Ph.D. (Fuel Tech) & Chip Wilson (Georgia Power)
  Presented at the PRB User's Group Meeting, Electric Power Conference, May 2006, Atlanta, GA
• TPP-571 - Analyzing the Use of Chemical Technology for Controlling and/or Influencing Opacity, Fouling, and Slagging in Coal-Fired Utility Boilers
  K.W. Schulz & C.R. Smyrniotis
  Presented at the Clean Coal Conference, May 2006, Clearwater, FL
• TPP-570 - Controlling SO₃ in Coal and Oil Fired Utility Boilers: Technology and Experience
  K.W. Schulz & C.R. Smyrniotis
  Presented at the EERC International Conference on Mercury, Trace Elements, SO₃, and Particulate Matter, Sept. 2005, Arlington, VA
• TPP-569 - Chemical Treatment Technology for Control of Slagging & Fouling in Coal-Fired Utility Boilers
  Chris R. Smyrniotis
  Presented at the American Coal Council PRB Coal Use Seminar, 2005
• TPP-568 - Slag Inhibition Success Utilizing Targeted In-Furnace Injection™ at a PRB Coal Burning Utility Boiler
  Chris R. Smyrniotis
  Presented at the Clearwater 2005 Conference
• TPP-563 - Fuel Treatment Options for Slag Control
  Emelito Rivera, 2004
• TPP-562 - Slag Inhibition Success Utilizing In-Furnace Injection at Western Farmers Cooperative Hugo Station
  Chris R. Smyrniotis, Fuel Tech, and Charles Collier, Hugo Generating Station
  Presented at the PRB Coal Users' Group Annual Meeting, 2004
• TPP-559 - Immersive Visualization of Dynamic CFD Model Results
  K.L Ringel, D.J. Heath, J.R. Comparato, 2004
• TPP-558 - Targeted in Furnace Injection of Slag Control Agents in a BLRB at Irving Pulp and Paper
  F. Slater, G. Diduch (Irving Pulp and Paper), C. Smyrniotis (Fuel Tech), 2002
• TPP-557 - Immersive 3D Visualization Maximizes CFD Return on Investment
  K.L Ringel, 2004
• TPP-556 - Utilizing Interactive 3D Visualization for Optimum Emissions Control
  Presented at ICAC Forum, 2003
• TPP-551 - Large-Scale Application of a New Urea-Based SCR Reagent Feed System
  W.H. Sun, P.G. Carmignani, J.M. Boyle
  Presented at the ICAC Forum: Multi-Pollutant Emission Controls & Strategies, Nashville, TN, 2003
• TPP-549 - Use of Fuel Chem Programs to Prevent Fuel-Related Furnace Problems
  C. Smyrniotis, 2000
• TPP-546 - First Installation of Selective Non-Catalytic NO_x Reduction Process on Utility Boilers in Korea
  Presented at the U.S. EPA/DOE/EPRI MegaSymposium, 2001
• TPP-530 - Reduction of NO_x Emissions from Cement Kiln/Calciners Through the Use of the NOxOUT^® Process
  W.H. Sun, M.J. Bisnett, et al, 1994
• TPP-506 - Cement Kiln NO_x Reduction Experience Using the NOxOUT^® Process
  Presented at the IJPGC, 2000