As an environmentally friendly and high-density energy carrier, hydrogen has been
recognized as one of the ideal alternatives for fossil fuels. One of the major challenges faced …

Active aluminum composites are considered to be ideal materials that can be applied to
mobile hydrogen sources in light of their high hydrogen generation efficiency, simple …

The performance analysis of a novel multi-generation (MG) system that is developed for
electricity, cooling, hot water and hydrogen production is presented in this study. MG …

The hydrolysis of Mg-based alloys and their hydrides with high abundance on the earth and
low cost could produce hydrogen with high theoretical capacity and the formation of by …

In this experiment, the as-cast CaMg 2, CaMg 2 Ni 0.1, CaMg 2 Zn 0.1, CaMg 2 Ti 0.1 ternary
alloys have been successfully developed through vacuum melting induction method. The …

Aquatic plants have been considered as a cause for concern because they impede aquatic
flora and fauna. However, biofuel production from aquatic plants is an emerging energy …

Hydrogen generation from cost-effective and easily available sources is essential to
commercialize proton exchange membrane (PEM) fuel cells. The production of hydrogen …

To evaluate the potential of high entropy alloys for marine applications, a new high entropy
alloy coating of AlCrFeNiW 0.2 Ti 0.5 was designed and produced on Q235 steel via laser …

This study reported a novel hydrogen production experimental set up, which utilizes the
chemical reaction between aluminum and water to produce hydrogen. The developed …

The work described in this paper forms part of a study on the mechanochemical processing
of Al with dissimilar metals for hydrogen generation purposes. Here, in an effort to contain …