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Zinc oxide-based materials are commonly used for the final desulfurization of synthesis gas in IGCC and Fischer–Tropsch based XTL processes. The formation of large amount of solid waste is the major issue of this process. In-situ oxidative regeneration is a promising way to reduce this waste formation and enhance desulfurization process efficiency and economics. However, previous studies showed that...
Metal oxide based materials are commonly used for the final non-regenerative desulfurization of synthesis gas in IGCC and Fischer–Tropsch based XTL processes. In situ oxidative regeneration is a promising way to prevent massive waste formation resulting from usual H 2 S scavenger processes, and leads to a global process efficiency and economics improvement. However, it is shown in the literature...
Zinc oxide based materials are commonly used for the final desulfurization of synthesis gas in Fisher–Tropsch based XTL processes. Although the ZnO sulfidation reaction has been widely studied, little is known about the different steps involved in the solid transformation. Various ZnO materials with well-determined characteristics have been synthesized to perform this study. The kinetics of ZnO sulfidation...
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