International Conference on Advanced Materials for Energy Transition (AMET 2027) conference encourages researchers and practitioners to submit original contributions.
This theme will focus on materials and device technologies that improve energy storage and electrochemical conversion. It will include next-generation batteries, advanced electrolytes, electrocatalysts and related devices, linking fundamental materials design with performance, durability, scale-up and the development of practical energy technologies.
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This theme will cover advances across the hydrogen value chain, from low-emission production to safe storage, transport and end use. It will bring together research on electrolysis, hydrogen carriers and fuel-cell technologies, with emphasis on practical pathways for integrating hydrogen into International Conference on Advanced Materials for Energy Transition (AMET 2027) and industrial systems.
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This theme will examine pathways for producing lower-carbon fuels and valuable chemicals from carbon dioxide, biomass and other renewable feedstocks. It will cover electrochemical and thermochemical conversion, synthetic fuels and bioenergy, with attention to technologies that can reduce emissions in transport, industry and hard-to-abate sectors.
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This theme will explore emerging technologies for sustainable energy harvesting and conversion, focusing on thermoelectric materials and devices, triboelectric nanogenerators, piezoelectric and mechanical energy harvesters, blue energy systems, and biological energy systems and materials. It will highlight innovative materials, device design, and energy-conversion mechanisms that enable the efficient recovery of energy from heat, mechanical motion, water-based processes, and biological sources, connecting fundamental research with practical applications in renewable energy, self-powered systems, energy efficiency, and next-generation sustainable technologies.
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This theme will address the recovery and reuse of valuable materials needed for International Conference on Advanced Materials for Energy Transition (AMET 2027) technologies. It will cover battery recycling, critical-mineral recovery, waste valorisation and circular material flows, connecting technical recycling approaches with resource efficiency, supply-chain resilience and more sustainable management of energy-related materials.
Key subtopics