Hydrogen from methanol cracking

This process uses methanol and demineralised water from convenient sources as raw materials, which are catalytically converted over a specialised catalyst at 220-280°C into a reformed gas containing mainly hydrogen and carbon dioxide.

Hydrogen from light hydrocarbon water vapour reforming

Hydrogen from light hydrocarbon water vapour reforming is also a relatively traditional technology, and was previously commonly used for large-scale hydrogen supply, e.g. above 5000 m3/h.