MERGE first contribution to a publication addresses Bimetallic SACs, delivering enhanced catalytic activity via synergistic effects.
Noble metal catalysts have traditionally led the field of catalysis, but rising energy demands and sustainability concerns call for new approaches. Bimetallic single-atom catalysts (bim-SACs) are emerging as a revolutionary class of materials promising high activity and selectivity through effective, low-energy reaction pathways.
MERGE contributed in this review publication, which provides an analysis of the structure, function, and catalytic applications of bim-SACs, emphasizing their essential role where their tailored atomic architectures address critical energy, environmental, and industrial hurdles. The review explores the multifaceted applications of bim-SACs in electrocatalysis, photocatalysis, and thermocatalysis, highlighting their potential to pioneer sustainable technologies for a resource-conscious world. As the field of SACs evolves, bim-SACs represent a paradigm shift, offering a promising avenue for next-generation catalytic innovations, where atomic-level engineering propels global technological advancement.
Read the full publication here: Two is superior to one: Bi-metallic low-nuclearity catalysts for advanced catalytic applications - ScienceDirect
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