Low Temperature Methane Steam Reforming in a Hydrogen-Selective Membrane Reactor

摘要

The present work is focused on pure hydrogen production via Low Temperature Steam Reforming (LTSR) of methane carried out in a membrane reactor. This was composed by a Pd-based membrane deposited on a ceramic support. Different active phases and two process were screened in order to identify the suitable conditions for the membrane reactor, which was able to provide pure hydrogen in a higher yield compared to a classical fixed bed reactor.