The primary aim is to optimize the design of platinum-based intermetallic catalysts for effectively reforming propane using CO2.
Utilization of commercial light alkane dehydrogenation processes.
Exploration of pseudo-binary intermetallic catalysts.
Analysis of catalytic performance under varying conditions.
Increased efficiency in propane conversion rates using CO2.
Demonstrated potential for significant CO2 reduction in catalytic processes.
Enhanced stability of catalysts under operational conditions.
Resumen
The utilization of CO 2 along with commercial light alkane dehydrogenation processes has attracted much attention due to the high demand for reducing of CO 2 in the atmosphere caused by human...