B&W Skillmaster Series Presents: Electrostatic Precipitator seminar in Houston, Texas, June 1-4.

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B&W Technical / White Papers

Babcock & Wilcox (B&W) provides technical white papers that discuss best practice solutions for a variety of industries and applications including:

  • Power Industry
  • Industrial Plants
  • Emissions Control
  • Waste-To-Energy
Boiler Fitness Survey BR-1635A
Combustion Optimization at Longview Power Reduces Emissions While Achieving Improved Heat Rate and Efficiency BR-1960
Investigative Approach to Address Thermoacoustic Vibration in Gas Fired Heaters and Boilers BR-1959
Capacity Restoration, Reliability Improvement, NOx Reduction and SO2 Reduction of Existing Circulating Fluidized-Bed (CFB) Boiler BR-1956
Plotting, Tracking and Optimizing Electrostatic Precipitator Operation BR-1952
Impact of Activated Carbon on Dust Mitigation for Ash Silo Unloading BR-1951
The Evolution of Emissions Control Technologies to Meet Lower Limits BR-1950
CFB Boiler Design for Indigenous Coals of Southern Africa BR-1949
Thermoacoustic Vibrations in Industrial Furnaces and Boilers BR-1948
Performance Improvements Through Intelligent Sootblowing Optimization at Longview Power BR-1945
20 Years of Mercury Re-emission – What Do We Know BR-1942
MATS Mercury and HCl Control Requires More Power to the ESP and Careful Consideration of ESP Design Details BR-1941
Adding a Tray to a Wet FGD Absorption Tower: A Simple but High-Impact Upgrade for an Existing Absorber BR-1939
World-Class Technology for the Newest Waste-to-Energy Plant in the United States — Palm Beach Renewable Energy Facility No. 2 BR-1935
Mercury Emissions Control Technology Selection – Let Installed Air Quality Control System (AQCS) Equipment Guide Technology Choice BR-1934
Taking the Mystery out of Choosing Electrostatic Precipitator (ESP) Power Supplies for MATS PM Control BR-1917
State-of-the-Art Upgrades to Existing Wet FGD Systems to Improve SO2 Removal, Reduce Operating Costs and Improve Reliability BR-1909
Intelligent Heat Transfer Management through Individual Sootblowing Optimization BR-1907
The V-TempTM Economizer System and Method for SCR Temperature Control BR-1861
Comparison of Coal-Ash Corrosion Resistance of Alloys Exposed to Advanced Air-Coal and Oxy-Coal Combustion Environments BR-1897
Operating Experience and Performance Characteristics of a Gas-Oxy Combustion Technology at Total’s Carbon Capture and Storage Demonstration Plant BR-1890
B&W PGG’s RSATTM Process and Field Demonstration of the OptiCap® Advanced Solvent at the U.S.-DOE’s National Carbon Capture Center BR-1871
Effects of Moisture on Char Burnout During Warm-Recycle Oxy-Coal Combustion BR-1857
Oxy-Coal Combustion for Low Carbon Electric Power Generation BR-1850
B&W PGG’s Demonstration-Ready RSAT™ Technology for Post-Combustion Carbon Capture BR-1854
RSAT™ Process Development for Post-Combustion CO2 Capture: Scale-up from Laboratory and Pilot Test Data to Commercial Process Design BR-1847
Solvent Selection for Commercial Deployment of B&W PGG’s RSAT TM CO2 Scrubbing Process BR-1839
Oxy-Coal is Ready for Demonstration BR-1837
Commercialization of Oxy-Coal Combustion: Applying Results of a Large 30 MWth Pilot Project BR-1818
30 MWt Clean Environment Development Oxy-Coal Combustion Test Program BR-1808
Rate-Based Simulation Model For Potential CO2 Solvent-Performance Predication and Comparative Study with Baseline Solvent BR-1805
Oxy-Combustion in Pulverized Coal Power Plants for Carbon Dioxide Concentration BR-1797
State of the Art of Oxy-Coal Combustion Technology for CO2 Control from Coal-Fired Boilers BR-1794
Boiler Performance Improvement Due to Intelligent Sootblowing Utilizing Real-Time Boiler Modeling on Tangentially Fired Boilers BR-1769
Boiler Performance Improvement Due to Intelligent Sootblowing Utilizing Real-Time Boiler Monitoring BR-1756