In recent decades, hydrogen has gained renewed and growing interest all over the world as
a high-quality and renewable energy carrier, mostly due to advances in fuel cells and …

Amidst the depletion of non-renewable resources, hydrogen has increasingly emerged as a
promising sustainable fuel and energy storage solution for the future. Membrane technology …

This work addresses the use of TiO 2-based particles as an intermediate layer for reaching
fully dense Pd-membranes by Electroless Pore-Plating for long-time hydrogen separation …

Pd-based membranes are attracting great attention to reach ultra-pure hydrogen in
independent separators or combined with catalysts in membrane reactors. Many advances …

H 2-selective composite membranes, particularly those based on palladium films deposited
onto porous stainless-steel supports, represent a promising technology to be practically …

Different strategies to prepare H 2-selective composite-membranes demonstrate promising
performances, although the selection of the optimum alternative must consider …

In this paper, the role of the flux direction in composite supported metal membranes for
hydrogen purification is elucidated from both mathematical and physical point of view under …

The crystallization and the hydrogen absorption properties of a Ni 32 Nb 28 Zr 30 Fe 10 melt
spun ribbon were investigated. X-ray diffraction measurements reveal that a small fraction of …

Abstract Electroless Pore-Plated (ELP-PP) membranes were successfully incorporated for
the first time into a membrane reactor to produce hydrogen by acetic acid steam reforming …

Pd-membranes are interesting in multiple ultra-pure hydrogen production processes,
although they can suffer inhibition by certain species or abrasion under fluidization …