Technical Papers

Technical Papers

Achieving over 50% NOx Reduction on a Utility Boiler
Orginally Equipped with Circular Burners and NOx Ports
Using CCV DAZ Burners and Advanced OFA

Overview of Oxy-Combustion Technology for Utility Coal-Fired Boilers

ATRITA Pulverizer System Upgrade for PRB Coal Conversion

Coal-Fired SCR Operating Experience with High Removal Efficiency
and Low-Nox Firing Systems

Computational Fluid Dynamics for Cost-Effective Solutions
of Problems in Complex Burner and Combustion Systems

Constant and Sliding Pressure Options for New Supercritical Plants

Efficient and Low Emission Stoker Fired Biomass Boiler Technology
in Todays Marketplace

NOx Control Solutions and their Impact on CO Emissions for
Coal-Fired Utility Boilers

Pressure Part Replacement In-Kind, Upgrade, Redesign

Reducing NOx Emissions on Riley Turbo Furnaces Latest Results
and Experiences

Selective Catalytic Reduction System Performance at LG&E Energy LLC’s
Mill Creek and Ghent Generating Stations

TDF Low NOx Burner and Windbox Modifications for Emissions Control
on a Turbo Furnace

Modern Boiler Designs for Firing Indian and Southeast Asian Coals

Biofuel Conversions The First Step: Fuel Selection

2,400 Tons Per Day Refuse Derived Fuel Facility with Advanced Boiler and Air Pollution Control Systems

Biomass Combustion Technologies: A Comparison of a Biomass 50MW Modern Stoker Fired System and a Bubbling Fluidized Bed System

T-Fired Low NOx Retrofit and Superheater Replacement on Xcel Energy Comanche Unit 1

Biomass Conversion Strategies for Existing Power Plants

Feasibility Study to Improve the Performance of Mill System Components for Biomass Applications

Co-Milling and Suspension Co-Firing of Wood Pellets

Evaluation of Design Alternatives for an SCR System Downstream of a Simple Cycle Combustion Gas Turbine

State of the Art Low NOx Burners to Reduce SCR Operating Costs

The Effects of Coal Quality and Fuel Switching on Low NOx Burner Performance