Fossil Fuels:

For information on specific topics please select any of the related articles.

Coal Chemistry
	For information on this topic please contact Vincent Magnotta, 610-758-4545.
Coal Mineral Behavior
1997	.August, Vol. 15 (2)	Optimize Sootblowing to Reduce NOx and Improve Heat Rate
1998	October, Vol. 16 (3)	Using Sootblowing to Help Control NOx
		Managing Slag Buildup in Coal-Fired Boilers
2002	March, Vol. 20 (1)	Accounting for Changes in Coal Properties When Optimizing Combustion
2003	June, Vol. 21 (2)	Lehigh's Intelligent Sootblowing Software Installed at Two Utility Boilers
2006	April, Vol. 24 (1)	Successful Field Installations Point Out Benefits of Intelligent Sootblowing
Combustion
1997	August, Vol. 15 (2)	Boiler OP Used to Develop Closed-Loop On-Line Combustion Control
1998	April, Vol. 16 (2)	Combining SNCR with Combustion Optimization for Cost Effective NOx Control
2000	February, Vol. 18 (1)	Results from Field Investigations Yield Answers to Combustion Optimization Questions
2001	January, Vol. 19 (1)	ERC Develops Technology for Balancing Burners
2002	March, Vol. 20 (1)	Accounting for Changes in Coal Properties When Optimizing Combustion
2002	August, Vol. 20 (2)	Research Demonstrates Benefits of Drying Western Coal
2003	January, Vol. 21 (1)	On-Line Flame Measurements for Improved Combustion
2003	June, Vol. 21 (2)	Field Tests Confirm Effectiveness of Burner Balancing Technology
2004	January, Vol. 22 (1)	ERC Tackling New Generation of SO3 Formation and Air Preheater Fouling Problems
2005	January, Vol. 23 (1)	Field Installation Shows Benefits of Coal Pipe Balancing
2006	April, Vol. 24 (1)	Balancing Coal Flow Distribution From Pulverizers
2007	January, Vol. 25 (1)	Modeling SO3 Formation Processes in Coal-Fired Boilers
Flue Gas Emissions Control
1997	August, Vol. 15 (2)	Boiler OP Used to Develop Closed-Loop On-Line Combustion Control
		Optimize Sootblowing to Reduce NOx and Improve Heat Rate
1998	January, Vol. 16 (1)	Catalyst Research Promises to Reduce SCR Costs
	April, Vol. 16 (2)	Predicting Sulfuric Acid Emissions from Power Plants
		Combining SNCR with Combustion Optimization for Cost Effective NOx Control
	October, Vol. 16 (3)	Trimming NOx During the Ozone Season
		Using Sootblowing to Help Control NOx
1999	October, Vol. 17 (2)	Low Temperature SCR Catalyst Undergoing Field Testing
2000	February, Vol. 18 (1)	Results from Field Investigations Yield Answers to Combustion Optimization Questions
2002	March, Vol. 20 (1)	ERC Completes Development of Technique for Removing Ammonia from Fly Ash
2003	June, Vol. 21 (2)	Lehigh's Intelligent Sootblowing Software Installed at Two Utility Boilers
2004	January, Vol. 22 (1)	ERC Tackling New Generation of SO3 Formation and Air Preheater Fouling Problems
		Center Research Projects Focus on Mercury Capture
2005	January, Vol. 23 (1)	Research Shows Mercury Capture Enhanced by Boiler Tuning
	August, Vol. 23 (2)	Targeting Carbon Capture in Future Power Generation Systems
2007	January, Vol. 25 (1)	Modeling SO3 Formation Processes in Coal-Fired Boilers
	July, Vol. 25 (2)	Using Combustion Optimization to Solve Opacity Problems at an Oil-Fired Boiler
2008	January, Vol. 26 (1)	Capturing Water and Acid Vapors From Boiler Flue Gas
	January, Vol. 26 (1)	ERC Project Generates Field Results on Mercury Measurement Accuracy
2010	February, Vol. 28 (1)	Controlling Mercury Emissions from Coal-Fired Power Plants
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