Membrane reactors-as promising technology for pursuing the Process Intensification
Strategy in various chemical processes-were reviewed in the field of steam reforming of …

To alleviate the pressing problem of greenhouse gas emissions, the development and
deployment of sustainable energy technologies is necessary. One potentially viable …

Hydrogen production by methane reforming reaction in membrane reactors is a promising
means of solar energy harvesting and storage. The integration of endothermic methane …

Catalytic reforming technology is regarded as one of the most popular hydrogen production
methods. The introduction of a fluidized bed reactor provides a promising opportunity for the …

Pd-based composite membranes have received great attention from both academia and
industry as they exhibit significant potential in several important fields, such as hydrogen …

Measurements in a membrane methane reformer packed with catalytic (Pt (3) Ni (10)/CeO 2)
foams and equipped with a 175 cm 2 Pd membrane showed that high conversion and high …

Catalytic membrane reactor (CMR) represents an intensified process that combines the
reaction and separation steps. For a high level of productivity, multiple membrane tubes are …

In 2009 cooperation between Plansee SE, Austria (PSE), Karlsruhe Institute of Technology,
Germany (KIT) and the Engineering Division of Linde AG, Germany (LE) was set up with the …

The production of pure hydrogen through the steam reforming of biogas in a fluidized bed
membrane reactor has been studied. A phenomenological one-dimensional two-phase …

Catalytic decomposition of NH 3 with H 2‐selective microporous silica membranes for CO x‐
free hydrogen production was studied theoretically and experimentally. The simulation study …