… abundant and stable FeN 4 moieties. The Fe-… FeN 4 sites to activate the electrogenerated
H 2 O 2 yielding • OH. The dense FeN 4 moieties allowed harnessing the modulated electronic …

… electro-Fenton with Fe-NSC as cathode (−0.6 V vs Ag/AgCl, pH 6). Moreover, the superior
performance for electro-Fenton … for its good performance for electro-Fenton degradation. Its 1 …

… S13) validated the existence of micro and mesopores architecture of FeN x -600 and FeN
x -… of FeN x -600 and FeN x -B-2. As depicted in Fig. 3a, PMS and FeN x -600 and FeN x -B-2 …

… heterogeneous electro-Fenton (Hetero-EF) process. In this work, FeN-carbon nanotubes (FeN-…
This FeN-CNTs/Hetero-EF process extended the pH application range to 3–11 with low …

The heterogeneous electro-Fenton (Hetero-EF) system is characterized by in situ generation
of hydrogen peroxide (H 2 O 2 ). Then, the hydroxyl radicals ( • OH) formed by activization …

… electro-Fenton (EF) processes. In this study, we synthesized an EF DACs comprising both
CoN 4 and FeN 4 … Fe) into this framework, thus generating CoN 4 and FeN 4 moieties. These …

… 3 C and FeN x sites for the hetero-e-Fenton reaction, where … 2 O 2 is activated to · OH at FeN
x sites. However, the Fe-based … the electronic effect exerted by the adjacent Co–N 4 moiety. …

… , favored the electron transfer from the hydroxyl moiety to Fe 3+ . The controversy regarding
… as complexing agents with iron ions to generate FeN x , as confirmed by synchrotron-based X…

… role of FeN 4 moieties. Based on the comparison of three generation pathway of 1 O 2 at
different FeN … and high adaptability Fenton-like catalysts in future environmental remediation. …

… adjacent to the edges of micropores studied in this work, three FeN 4 moieties, ie H-FeN 4
C 8 , H-FeN 4 C 4 and H-FeN 4 C 12 , are non-durable, while only H-FeN 4 C 10 is durable …