Sorption mechanisms in Mg/Mg2Ni composites considered as circular materials for hydrogen storage

Key Points

• Hydrogen storage efficiency is enhanced through optimized sorption mechanisms in magnesium composites.
• The study indicates superior hydrogen storage capabilities at specific conditions, with implications for renewable energy use.
• Analysis of magnesium composites reveals interactions that significantly affect hydrogen absorption and release properties.
• This research highlights the need for further exploration in real-world applications and sustainability frameworks.

Abstract