The advanced biodegradation process of atrazine was stimulated with hydrogen peroxide (H₂O₂) in a sequencing batch reactor (SBR) under different operational conditions due to in situ generation of H₂O₂-peroxidase. The complete biodegradation and mineralization of 50 mg/L atrazine was achieved in the SBR with a biomass concentration of 328 mg/L stimulated with 10 mM of H₂O₂. The presence of H₂O₂ in the SBR induced the generation of H₂O₂-peroxidase resulted in acceleration of atrazine biodegradation. Adding moving media to the SBR system and converting it to the MSBR considerably improved the rate of atrazine biodegradation and mineralization under H₂O₂ mediation. The highest specific utilization rate of atrazine in the SBR operated at the biomass concentration of 55 mg/L was 19.4 mg/g_biomass.h, while it was 33.5 mg/g_biomass.h in the MSBR operated at the biomass concentration of 37 mg/L. The low ATZ removal along with no peroxidase activity in the bioreactor in absence of H₂O₂ clearly ideated that the biodegradation and mineralization of ATZ was considerably mediated by H₂O₂-peroxidase enzyme. The toxicity of atrazine solution decreased markedly when treated in the MSBR under optimum conditions. Accordingly, the MSBR stimulated with H₂O₂ is an efficient and thus promising process for biodegradation of recalcitrant compounds.

由于 H ₂ O ₂过氧化物酶的原位生成，在不同的操作条件下，在序批式反应器 (SBR) 中用过氧化氢 (H ₂ O ₂ )刺激了莠去津的高级生物降解过程。在 SBR 中实现了 50 mg/L 莠去津的完全生物降解和矿化，在 10 mM H ₂ O ₂刺激下，生物质浓度为 328 mg/L 。SBR中 H ₂ O ₂的存在诱导了 H ₂ O _{2 的产生}-过氧化物酶导致莠去津生物降解加速。将移动介质添加到 SBR 系统并将其转化为 MSBR 显着提高了在 H ₂ O ₂介导下阿特拉津生物降解和矿化的速率。以 55 mg/L 生物质浓度运行的 SBR 中莠去津的最高比利用率为 19.4 mg/g_生物质.h，而在 37 mg 生物质浓度下运行的 MSBR中阿特拉津的最高比利用率为 33.5 mg/g_生物质.h /L。在不存在 H ₂ O _{2 的}情况下，生物反应器中的低 ATZ 去除以及无过氧化物酶活性清楚地表明 ATZ 的生物降解和矿化在很大程度上是由 H ₂ O ₂介导的-过氧化物酶。在最佳条件下在 MSBR 中处理阿特拉津溶液的毒性显着降低。因此，用H ₂ O ₂刺激的MSBR是用于顽固化合物生物降解的有效且因此有前途的方法。