Abstract
AbstractElectrocatalytic nitrate reduction (NO3RR) offers a promising approach to address nitrate pollution by converting harmful nitrates into environment‐benign or valuable products like nitrogen gas (N2) or ammonia (NH3). This review explores the mechanisms, challenges, and catalysts involved in NO3RR, highlighting the role of catalyst selectivity, stability, and external reaction conditions. The discussion also covers the environmental and economic benefits of NO3RR for water treatment, alongside potential future directions in scaling‐up, system integration, and expanding research into tackling related nitrogen‐based pollutants as well as real world applications.
Published Version
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