Hydrogen, one of the most promising energy carriers for the future, is currently produced
mainly by natural gas reforming or coal gasification, where mixtures containing H2, CO2 and …

The manufacture of structured ceramic porous support knows an important boom since more
than a decade with the development of new shaping techniques. Among the most promising …

Mixed proton and electron conductor ceramic composites were examined as hydrogen
separation membranes at moderate temperatures (higher than 500° C). In particular, dense …

Hydrogen permeation membranes are a key element in improving the energy conversion
efficiency and decreasing the greenhouse gas emissions from energy generation. The …

Catalytic membrane reactors (CMR) based on H2-separation membranes can improve the
performance of thermodynamically-limited reactions such as high-pressure steam methane …

On-site hydrogen production via catalytic ammonia decomposition presents an attractive
pathway to realize H 2 economy and to mitigate the risk associated with storing large …

Oxygen transport (including oxygen mobility and surface reactivity) is one of the important
factors governing electrochemical activity of solid oxide fuel cells electrodes as well as …

Lanthanide tungstates and molybdates are promising materials for hydrogen separation
membranes due to their high protonic conductivity. A promising approach to fabricating …

Overcoming the dilemma between hydrogen permeability and stability is critical for realizing
the widespread application of mixed protonic–electronic conducting (MPEC) membranes …

Abstract BaCe 0.70 Fe 0.10 Sc 0.20 O 3-δ (BCFS) perovskite hollow fiber membrane was
prepared by the phase inversion and sintering technique. With a minor amount of Co 2 O 3 …