The autoignition and oxidation behavior of CH4/H2S mixtures has been studied
experimentally in a rapid compression machine (RCM) and a high-pressure flow reactor …

Hydrogen sulfide (H 2 S) composes up to 30% of certain natural-gas resources (“sour gas”)
and can considerably alter combustion properties of methane (CH 4), but few data on H 2 …

This contribution combines results of experiments with kinetic modelling to probe the
unusual behaviour of carbonyl sulfide (COS), a sulfur species that frequently arises in fuel …

Co-combustion of methane (CH 4) and acid gas (AG) is required to sustain the temperature
in Claus reaction furnace. In this study, oxy-fuel combustion of methane and acid gas has …

Optimization of Claus sulfur recovery plants requires a reliable kinetic model to describe the
reaction furnace and waste heat boiler. In order to develop a suitable kinetic model for …

Acid gas enrichment (AGE) is a new method to increase the H 2 S conversion in
conventional Clause process. In this paper effect of methyl diethanolamine (MDEA) flow …

This paper presents a detailed kinetic study of H 2 S oxidation with presence of CO 2 under
fuel rich condition. Effect of CO 2 reactivity on the partial oxidation of H 2 S was particularly …

This study presents a detailed kinetic investigation into ultra-rich oxidation of H 2 S-CH 4
under high temperature (900–1250° C) and ambient pressure. Effects of temperature, initial …

This study resolves the interaction of sulfanyl radical (SH) with aliphatic (C1–C4)
hydrocarbons, using CBS-QB3 based calculations. We obtained the C–H dissociation …

Concern about pollutant formation and emissions continues to be a driving force for
research in combustion chemistry. Important pollutants include nitrogen oxides (NO x), sulfur …