Aluminum is examined as energy storage and carrier. To provide the correct feasibility study
the work includes the analysis of aluminum production process: from ore to metal. During …

Hydrogen-generation by the reaction of pure Al powder with deionized water under ambient
condition was investigated systematically. The results showed that both nano-and micro …

A new process to obtain H2 from H2O using Al corrosion in Na2SnO3 solutions is described.
Results showed an enhancement of H2 production rates using Na2SnO3 instead of NaOH …

The research of alternative processes to obtain clean fuels has become a main issue
because of the concerns related to the current energy system, both from economical and …

Nowadays, new processes of H2 generation from water via Al corrosion are mainly limited
by Al passivation. Here we report on the systematic assessment of H2 production by …

Hydrogen generation via hydrolysis of 250mg hydrogenated Mg3La and La2Mg17 in 100ml
water has been investigated at 298K. Hydrolysis reactions of hydrogenated Mg3La and …

Mg-based lamellar materials were prepared by high-energy milling. The XRD, SEM, TG and
BET techniques were used to characterize the materials. Their hydrolysis properties in …

Hydrolyzed waste aluminum foil in low alkaline aqueous solution and concomitant additives
are evaluated to generate hydrogen gas. The result of hydrogen generation using wasted Al …

This study is devoted to the hydrothermal oxidation of aluminum—the exothermic process in
which hydrogen and aluminum oxide (or hydroxide) are produced. In this work, the influence …

Hydro-reactive Mg–Al mechanical alloy materials are prepared by high-energy milling.
Scanning electron microscopy (SEM), thermogravimetric (TG) and powder X-ray diffraction …