Hydrogen is a carbon-free fuel and can be expected to play a significant role in the global
clean energy transition. In this study, two proposed small-scale hydrogen production plant …

In the current study, the energy and exergy efficiencies of three hydrogen production
systems from ammonia decomposition using dielectric barrier discharge plasma (DBD) were …

This study describes the fundamentals of hydrogen‐separation membranes and H2
separation modeling through Pd‐based membranes. Furthermore, an assessment of …

The design of the ammonia (NH 3) synthesis reactor, heat transfer mechanism, and axial
effective thermal conductivity values should be estimated. This study proposed an in-depth …

The hydrogen (H 2) diffusion through palladium (Pd) and Pd–copper (Cu) membranes was
numerically investigated by develo** a two-dimensional computational fluid dynamics …

The interest of hydrogen separation using palladium-based membranes has been raised
due to their high permeability and selectivity. In this study, the performance of hydrogen …

The current study compares hydrogen permeation through 20 μm thick Pd–Cu40%
membranes in cylindrical (CR) and plate (PR) reactors under heating and plasma …

A simultaneous investigation of simulation and experimental analysis of hydrogen
production from argon‐water vapor mixture as a function in DBD plasma applied voltage …