This comprehensive review paper compares the different methods developed
experimentally to produce hydrogen by reacting aluminum and water. The alumina oxide …

In this work, hydrogen production from metals, specifically metal waste (scrap metal), is
discussed based on a literature review of recently published research. Hydrogen production …

Abstract Novel Al–NaCl–SiC composites for hydrogen generation were prepared by
mechanical ball milling. NaCl is a well-known salt for the activation of Al. SiC, which is much …

An effective combination of oxidation medium, ball milling parameters, and copper additive
disperstiy ensuring fast aluminum scrap reaction with high hydrogen yield, was suggested …

The production of hydrogen via aluminum waste can powder (AWCP) prepared via
disintegration and mechanochemical activation using metals was explored. AWCP and its …

An alternative solution to the problem of aluminum–plastic multilayer waste utilization was
suggested. The process can be used for hydrogen generation and layer separation. Three …

A swarf of aluminum alloy with high corrosion resistance and ductility was successfully
converted into fine hydro reactive powders via ball milling with silver powder and either …

Abstract In this study, Al-Sb-B (aluminum-antimony-boron) ternary alloys are designed to
improve the hydrolysis performance in alkaline media through the corrosive effects of …

The reaction of water with Al-based alloys presents a promising alternative for on-board
hydrogen production. This method, free from carbon emissions, has the advantage of …

Aluminium-water reaction is one of the most promising ways to produce clean and
economical hydrogen. In this study, the effect of the waste Aluminium foil AA1235 thickness …