Catalysts
ReforMax® 117 RR
ReforMax® 117 RR, our best-selling endogas catalyst, is a catalyst consisting of finely dispersed nickel on basic magnesium oxide – resulting in low coking. It
Methanol splitting is a catalytic process in which liquid methanol is converted into hydrogen and carbon monoxide, providing a clean and efficient route to synthesis gas production. The resulting synthesis gas, a mixture of H₂ and CO, is widely used as a protective atmosphere in industrial furnaces, in high-temperature fuel cells, for the storage and utilization of renewable energy, and in various other industrial applications. A particularly important application is the generation of end gas or ex gas for heat treatment processes.
CH₃OH → 2 H₂ + CO
Why choose methanol splitting?
• Efficient conversion at moderate operating temperatures
• Production of high-purity synthesis gas
• Reliable and sustainable solution for industrial processes
For these applications, we recommend the ReforMax® 117 RR catalyst. ReforMax® 117 RR is our best-selling end gas catalyst, consisting of finely dispersed nickel supported on basic magnesium oxide. It offers high activity, excellent stability, and a low tendency toward carbon formation, making it ideally suited for use in end gas generators.
ReforMax® 117 RR, our best-selling endogas catalyst, is a catalyst consisting of finely dispersed nickel on basic magnesium oxide – resulting in low coking. It
