Abstract
The kinetics of CO oxidation in hydrogen-rich gas on Pt/mordenite (Pt/MD) or Pt/Al 2O 3 were investigated over a wide range of CO (0.4–1.8%) and O 2 concentrations (0.26–1.14%). The integral flow measurements showed that both the catalysts that could remove CO from 1% to ppm-level Pt/MD had a wider operation temperature range than Pt/Al 2O 3, especially towards lower temperatures.
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