NO x re-burn simulation in a double-jet counter-flow flame

Dragos Isvoranu

International Journal of Energy Technology and Policy, 2008, vol. 6, issue 1/2, 5-16

Abstract: The paper investigates the main features of NO_x emission in a laminar double-jet counter-flow diffusion flame for later use as a possible physical model for NO_x reduction through turbine in situ reheat. The oxidizer stream consists of exhaust gas resulted from a conventional combustor and the fuel stream is represented by an air–methane mixture. The main interest rests on the distribution of NO_x species and especially on NO production rate that controls the pollutant emission index. The most interesting outcome of the research is that NO emission index has a minimum value depending on the equivalence ratio of the air–methane mixture.

Keywords: combustion; NO x emissions; numerical modelling; pollutant emissions; nitrogen oxide; double-jet counter-flow flames; laminar diffusion flames; air–methane mixture; exhaust gas re-burn; re-burn simulation; air pollution; gas turbines. (search for similar items in EconPapers)
Date: 2008
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