本powerpoint演示文稿首先简要介绍了中国郑江市和金溪水处理厂（镇江）。本研究的目的包括:调查臭氧（O3）和 生物活性炭（BAC）工艺，作为 为了降低死亡率，进行了深入的治疗研究 常规处理后出水中的溶解有机物 治疗实验方法包括中试装置，分析成分包括CODMn、DOC、UV254和THMFP。陈述结论如下: 确定了去除废水的有利条件 CODMn、UV254和DOC:O3=1 mg/L，BAC接触 时间=8.6分钟； UV254和THMFP在实验中被显著去除 混凝/沉淀，并通过 臭氧氧化； O3和BAC的组合可进一步降低 CODMn和DOC；和 O3+BAC主要去除高分子量有机分子。包括数字。

This powerpoint presentation begins by providing a brief overview of Zheng Jiang City, China, and the Jinxi Water Treatment Plant (Zhen Jiang). The objective of the study includes the following: to investigate whether the combined ozone (O3) and biological activated carbon (BAC) processes, as an advanced treatment, were investigated to reduce the dissolved organics in effluent after conventional treatment. The experimental approach includes the pilot-scale set up, analytical components included CODMn, DOC, UV254 and THMFP. Presentation conclusions indicate the following: the favorable conditions were determined for removal of CODMn, UV254, and DOC: O3=1 mg/L, BAC contact time=8.6 min; UV254 and THMFP were significantly removed in coagulation/sedimentation, and further reduced by the ozonation; the combination of O3 and BAC could further reduce CODMn and DOC; and, O3 +BAC primarily removed high MW organic molecules. Includes figures.