Now a days, is a Arthur Bernardes Foundantion's intern. Has experience in Material Engineering, focusing on metallurgy, acting on the following subjects: hydrogen storage and High entropy alloys. (Source: Lattes Curriculum)
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Hydrogen plays a central role in the storage and transport of renewable energy. Although hydrogen is an energetic vector, its storage is the main challenge to be overcome due to its low density. Metal hydrides are strategic materials that can lead to the deployment of hydrogen-based energy in our society. They can be applied in solid-state storage tanks improving the volumetric density of…
A major problem energy-related is waste due to lack of efficient and rapid solutions for its storage. For example, the energy produced for hydropower turbines, wind turbines and solar panels are not efficiently storage at moments in high consumption. The hydrogen is an promising energetic vector that allows the use energy in a sustainable and renewable way, however, the hydrogen storage s…
Developing safe, reliable, efficient and cost-effective materials for hydrogen storage is a scientific and technological challenge that must be overcome to leverage a clean and renewable hydrogen-based energy system. Several papers have shown that metal hydrides, such as MgH2 and TiFeH, for instance, are promising materials for this application. Recently, it was shown that the equiatomic …
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