High Temperature CO-Shift

Fuel processors must be able to withstand frequent start-ups and shutdowns as well as condensing and vaporization cycles. In addition, oxygen breakthrough from the upstream reformer during the start-up is always possible. Conventional CO-shift catalysts react rapidly with oxygen, resulting in temperature excursions and damaging the material. Therefore, a new generation of high temperature CO-shift catalysts using precious metal instead of base metal was developed with outstanding performance and stability.
High Temperature CO-Shift