A New Recipe for Green Ammonia from Seawater and Waste
Researchers have developed a novel electrochemical system that efficiently converts nitrate from wastewater into ammonia, a crucial industrial chemical, while simultaneously generating a valuable disinfectant from seawater. The key is a specially designed ternary heterostructure catalyst that undergoes an in-situ reconstruction, enabling a coordinated process of deoxygenation, intermediate transfer, and hydrogenation. In a coupled seawater electrosynthesis reactor, the system achieved over 90% Faradaic efficiency for ammonia production at a high current density.
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