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Investigation of sulfur chemistry of hydrogen sulfide in methane/air flame under different equivalence ratios is conducted. A range of equivalence ratios extending from fuel-lean (Φ=0.5), stoichiometric (Φ=1.0), to fuel-rich (Claus condition, Φ=3.0) are examined here. Hydrogen sulfide, methane, and air were premixed prior to the injection of mixture into the combustor. Spatial gas sampling was carried...
Reaction behavior of H2S/O2 under different equivalence ratios in methane/air flames is examined. Three equivalence ratios extending from fuel-lean (Φ=0.5), stoichiometric (Φ=1.0), to fuel-rich (Claus condition, Φ=3.0) are examined. The results revealed that the presence of H2S prevents hydrogen oxidation in the primary reaction zone, while in the secondary reaction zone oxidation competition occurs...
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