The Effect of Burner Scale on NO sub(x) Emissions from a Swirl Stabilized Pulverized Coal Burner

The effect of scale on nitrogen oxides emissions from swirl stabilized pulverized coal flames was investigated using three burner scales in the 0.9-3.4-Mw range. Each burner was geometrically similar and constant velocity was used as the primary aerodynamic scaling criterion. Furnace exhaust NO sub(...

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Veröffentlicht in:	Fuel (Guildford) 1990-11, Vol.69 (11), p.1350-1350
Hauptverfasser:	Smart, John P, van de Kamp, Willem L, Morgan, Mark E
Format:	Artikel
Sprache:	eng
Schlagworte:	air pollution burners coal conversion combustion combustion products flames fuels furnaces nitrogen oxides
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creator	Smart, John P van de Kamp, Willem L Morgan, Mark E
description	The effect of scale on nitrogen oxides emissions from swirl stabilized pulverized coal flames was investigated using three burner scales in the 0.9-3.4-Mw range. Each burner was geometrically similar and constant velocity was used as the primary aerodynamic scaling criterion. Furnace exhaust NO sub( x) emissions marginally increased with increasing burner scale, a trend explained in terms of the effect of scale on the mixing rate between fuel and air and the consequential effect on the in-flame chemistry.
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source	Elsevier ScienceDirect Journals
subjects	air pollution burners coal conversion combustion combustion products flames fuels furnaces nitrogen oxides
title	The Effect of Burner Scale on NO sub(x) Emissions from a Swirl Stabilized Pulverized Coal Burner
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