In the last years, hydrogen has been considered as a promising energy vector for the
oncoming modification of the current energy sector, mainly based on fossil fuels. Hydrogen …

The thermal stability of palladium (Pd)-based alloy membranes is the integral part for their
practical applications in hydrogen recovery from mixed gas. While many research groups …

Pd–Ag films (∼ 24% Ag, 20–26μm thick) were deposited by sequential electroless plating
onto porous tubular stainless steel substrates. Intermediate α-and γ-Al2O3 oxide layers were …

Pd–Cu composite membranes on microporous stainless steel (MPSS) substrate were
fabricated using surfactant induced electroless plating (SIEP). In the SIEP method, dodecyl …

Pd-based membranes are essential for the separation of hydrogen, and the performances of
these membranes are largely determined by their thickness. In this study, a sacrificial …

The present work was focused on the preparation of palladium alloy membranes and the
effect of properties of ceramic support on the composited membrane morphology. Palladium …

The synthesis of thin, defect-free and long lifetime Pd-based membranes for H 2 separation
is still a challenging task. A porous support is necessary in order to give mechanical stability …

A plate-type catalytic membrane reactor (PCMR) was prepared for the water-gas shift (WGS)
reaction. The nickel metal catalyst with a disk-shape was placed on a disk-type membrane …

The catalytic activity of Pd surfaces towards hydrogen desorption was significantly improved
by a nanometer‐thin polytetrafluoroethylene (PTFE) layer, as shown by an enhancement in …

Hydrogen permeation across membranes is measured using a dynamic pressure difference
method. In the method, a transient system for continuously monitoring hydrogen flux of a …