Advances in electrochemical technologies for PFAS destruction

deep mineralization. Furthermore, it briefly explores the application prospects of artificial intelligence (AI)-enabled high-throughput screening technologies in accelerating the development of multi-objective electrode materials. Overall, this review constructs a comprehensive research framework spanning from fundamental bond cleavage mechanisms to macroscopic processes and data-driven optimization. It provides systematic strategies for the complete destruction of PFAS and offers theoretical references for the rational design of advanced environmental functional materials.