Influence of swirl number and fuel equivalence ratio on NO emission in an experimental LPG-fired chamber

@inproceedings{Mafra2010InfluenceOS,
  title={Influence of swirl number and fuel equivalence ratio on NO emission in an experimental LPG-fired chamber},
  author={Marcos R Mafra and F{\'a}bio Luı́s Fassani and Everton Fernando Zanoelo and Waldir Ant{\^o}nio Bizzo},
  year={2010}
}
Abstract The well-known kinetic mechanism of nitrogen oxides formation by thermal fixation of atmospheric nitrogen suggests the control of these pollutants by modifying the equivalence ratio and/or the temperature in the combustion region. In this experimental investigation a burner was specifically designed to take advantages of these chemical kinetic aspects. In particular, it was used to investigate the influence of swirl number and fuel equivalence ratio on nitric oxide concentration formed… CONTINUE READING

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Swirl number in helically coiled tube flocculators: theoretical, experimental, and CFD modeling analysis

  • International Journal of Environmental Science and Technology
  • 2018
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