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 …

The use of hydrogen is pivotal for the energy and industrial transition in order to mitigate the
effects of climate change. As technologies like fuel cells, e-fuels, and the semiconductor …

Thin (∼ 2 μm) Pd membranes were prepared by two-step electroless plating (ELP) method
on porous ceramic supports for hydrogen purification. The two-step ELP method consists of …

Thin Pd–40% Cu films were obtained via the classical melting and rolling method,
magnetron sputtering, and modified with nanostructured functional coatings to intensify the …

The use of H 2-selective membranes for ultra-pure H 2 production has been assigned as an
attractive technology, particularly those based on Pd-films deposited onto porous stainless …

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 …

Thin Pd membranes were deposited on modified porous YSZ-Al 2 O 3 tubes using a two-
step electroless plating (ELP) method for hydrogen separation and purification. The two-step …

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

Different hybrid intensified reactor configurations (sorption-enhanced reactor (SER),
membrane reactor (MR) and sorption-enhanced membrane reactor (SEMR)) were studied …

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