The majority of energy being used is obtained from fossil fuels, which are not renewable
resources and require a longer time to recharge or return to its original capacity. Energy from …

Green hydrogen is a fuel capable of promoting sustainable energy development and is
gaining attention in the current global energy transition framework. The global shift toward …

In order to meet prominent disagreement for the water gas shift reaction (WGSR) equilibrium
constant values obtained from various conventional empirical correlations and mitigate the …

At present, most of the world hydrogen production comes from the steam reforming of natural
gas, carried out in conventional reactors, which show some disadvantages such as …

We report on the fabrication of the defect-free mixed-matrix membrane (MMM) based on the
polyethylenimine (PEI) matrix with uniformly dispersed metal-organic framework (MOF) filler …

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

Ammonia-blended combustion holds significant potential as a low-carbon combustion
method. OH∗ chemiluminescence is closely related to flame structure, equivalence ratio and …

A membrane reactor (MR) combines reaction and separation phenomena in a single unit
and offers an energy-efficient, cost-effective, compact, modular, and sustainable design …

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 water gas shift reaction is an important procedure in high-purity hydrogen production,
and achieving high CO conversion in one single reactor is a key optimization objective. This …