Post-oxidation has been shown to be an effective strategy for raising the temperature upstream of the TWC. This increase reduces the time needed by the TWC to reach its light-off temperature, enabling it to operate within its optimal conversion range. Several studies have explored different strategies to minimize the TWC light-off time, including active thermal management through external devices and various in-cylinder or engine control strategies.

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Conclusion and Outlook

  • Mario Pipolo

摘要

Post-oxidation has been shown to be an effective strategy for raising the temperature upstream of the TWC. This increase reduces the time needed by the TWC to reach its light-off temperature, enabling it to operate within its optimal conversion range. Several studies have explored different strategies to minimize the TWC light-off time, including active thermal management through external devices and various in-cylinder or engine control strategies.