- Author
- Senior, C. L. | Lignell, D. O. | Sarofim, A. F. | Mehta, A.
- Title
- Modeling Arsenic Partitioning in Coal-Fired Power Plants.
- Coporate
- Reaction Engineering International, Salt Lake City, UT EPRI, Palo Alto, CA
- Journal
- Combustion and Flame, Vol. 147, No. 3, 209-221, November 2006
- Keywords
- power plants | coal | arsenic | combustion | poisons | vapor phases | flue gas | equations | condensation | computer models | sulfur | combustion chambers | size distribution | vaporization | boilers | fly ash
- Identifiers
- selective catalytic reduction (SCR); coal-fired boiler; free molecular regime (submicrometer ash particles); continuum regime (supermicrometer ash particles); compositions of six coals burned in pilot-scale combustor; postcombustion ash size distribution for six coals; submicrometer ash particle mass and area fractions for six coals; characteristics of full-scale plants; conditions for vaporization calculations and comparison of measured and calculated arsenic partitioning in ash for pilot-scale combustion experiments; predicted vapor-phase arsenic concentrations for six coals, assuming the full-scale boiler time-temperature history