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

Investigative Approach to Address Thermoacoustic Vibration in Gas Fired Heaters and Boilers BR 1959

Adding a Tray to a Wet FGD Absorption Tower: A Simple but High-Impact Upgrade for an Existing Absorber BR 1939

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

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

Boiler Performance Improvement Due to Intelligent Sootblowing Utilizing Real-Time Boiler Monitoring BR 1756

Boiler Performance Improvement Due to Intelligent Sootblowing Utilizing Real-Time Boiler Modeling on Tangentially Fired Boilers BR 1769