This work investigates the performance of a fluidized-bed membrane reactor for pure
hydrogen production. A techno-economic assessment of a plant with the production capacity …

In this work, external mass transfer phenomena around hydrogen selective Pd-based
membranes were analyzed experimentally and mathematically modelled. A supported Pd …

The Pd-based double-skin (DS) membrane has high potential to be implemented in various
industrial processes. However, its multi-layer structure makes it difficult to model and …

Protonic ceramic solid oxide cells (P-SOCs) have gained widespread attention due to their
potential for operation in the temperature range of 300–500° C, which is not only beneficial …

This work aims at providing insight into the deactivation mechanism of Pd-based
membranes in propane dehydrogenation processes. Thermogravimetric analysis (TGA) …

In the pathway towards decarbonization, hydrogen can provide valid support in different
sectors, such as transportation, iron and steel industries, and domestic heating, concurrently …

A huge variety of chemical commodities are built from propylene molecules, and its
conventional production technologies (naphtha steam cracking and fluid catalytic cracking) …

As hydrogen gains interest as energy vector, so it happens for its purification techniques. In
particular, dense metallic membranes are a promising technology for many high …

The applicability of PdAg membranes in the propane dehydrogenation process has been
evaluated in this work. The integration of membranes into the propane dehydrogenation …

The direct dehydrogenation of butane (BDH) is emerging as an attractive on-purpose
technology for the direct production of 1, 3-butadine. However, its product yield is hindered …