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Pilot regulation of MnP-SA for treating PTA waste water

机译:MnP-SA处理PTA废水的先导法规

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In the pilot study of treating the purified terephthalic acid(PTA) wastewater with the functional Strain Fhhh in the carrier activated sludge process(CASP), the ratio of COD : TN : TP and the concentrations of Cu, Mn, Se and Zn were controlled to improve the manganese peroxidase(MnP) levels for increasing the treatment efficiency. When the ratio of COD:TN:TP was 100:0.36:0.15 and the concentrations of Cu, Mn, Se and Zn were 0.54, 5.07, 0.00 and 0.08 mg/L, the MnP specific activity(MnP-SA) reached 689 U/L, and the sludge loading rate to COD(SLRC) was 1.09 d~(-1), which was 4--7 fold of that in other processes reported. The data indicated that improving MnP level could enhance the degradability of Fhhh. And the potentials of Fhhh and CASP will be also discussed in this paper.
机译:在载体活性污泥法(CASP)中使用功能性菌株Fhhh处理纯对苯二甲酸(PTA)废水的中试研究中,控制了COD:TN:TP的比例以及Cu,Mn,Se和Zn的浓度以提高锰过氧化物酶(MnP)的水平,以提高治疗效率。当COD:TN:TP的比例为100:0.36:0.15且Cu,Mn,Se和Zn的浓度分别为0.54、5.07、0.00和0.08 mg / L时,MnP比活度(MnP-SA)达到689 U / L,污泥对COD(SLRC)的负载率为1.09 d〜(-1),是其他工艺报道的4--7倍。数据表明,提高MnP含量可以增强Fhhh的降解性。 Fhhh和CASP的潜力也将在本文中讨论。

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