Next-Gen Electrochemical Devices; Materials to Systems

Beschreibung

The Proceedings are from presentations at the Conference of Metallurgy & Materials that focused examination of recent progress in batteries, fuel cells, and electrolysers, emphasizing the materials and system‑level innovations driving next‑generation sustainable energy technologies. The volume reviews advances in active materials, component fabrication, and improved production methodologies that enhance device performance, durability, and environmental viability.

Papers explore integrated system designs, interface engineering strategies, and diagnostic and modeling tools that enable deeper understanding of electrochemical behavior.

The Proceedings includes research from the symposium held at the Conference of Metallurgy & Materials about advances in electrochemical devices such as batteries, fuel cells, and electrolysers.  The contributions in this volume explore a broad range of topics, including advanced electrode and catalyst development, corrosion-resistant materials for fuel cell applications, sustainable battery materials, critical mineral recovery through electrochemical processes, and the valorization of recovered and renewable resources for energy storage technologies. This research illustrates the vital link between fundamental materials research and the translation of scientific discoveries into practical, sustainable solutions. 

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The Metallurgy and Materials Society of CIM

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