A Fenton-like reaction and anaerobic ammonium oxidation (anammox) were combined to construct a novel process named FenTaMox for removing nitrogen (N) and organic carbon (measured as chemical oxidation demand (COD)). Two columns were packed with iron-manganese-sepiolite, a catalyst that uses hydrogen peroxide (H₂O₂) to catalyze Fenton-like reactions, and inoculated with marine anammox bacteria. During the start-up, marine anammox medium was fed into both columns to acclimate the marine anammox bacteria to iron-manganese-sepiolite. Batch experiments revealed that the marine anammox bacteria were not affected by 60 mgL⁻¹ of H₂O₂. Next, medium containing glucose and H₂O₂ was fed into one column as the FenTaMox treatment, while medium containing glucose but no H₂O₂ was fed into the other column as the control. At a COD/N of 4, FenTaMox exhibited higher removal efficiencies of N and COD compared with that of the control, suggesting the application of FenTaMox for organic carbon- and N- removal.

结合Fenton样反应和厌氧铵氧化（anammox）来构建名为FenTaMox的新工艺，该工艺用于去除氮（N）和有机碳（以化学氧化需求（COD）衡量）。两根柱子装满铁锰海泡石（一种使用过氧化氢（H ₂ O ₂）催化Fenton样反应的催化剂），并接种了海洋厌氧菌。在启动过程中，将海洋厌氧菌培养基送入两个色谱柱中，以使海洋厌氧菌细菌适应铁锰海泡石。批处理实验表明，海洋厌氧菌不受60 mgL ^-1的H ₂ O _2的影响。接下来，含有葡萄糖和H ₂ O _2的培养基将其作为FenTaMox处理进料到一个塔中，而将含有葡萄糖但没有H ₂ O _2的培养基进料到另一塔中作为对照。在COD / N为4时，与对照相比，FenTaMox表现出更高的N和COD去除效率，表明FenTaMox可用于有机碳和N去除。