磁离子交换（MIEX®）是一种相对较新的技术 水处理技术目前只在少数几个国家使用 世界各地的污水处理厂。因为大部分 MIEX的公布数据基于实验室或中试 实验，这是在瓦内鲁进行的首次同类研究 西部珀斯的地下水处理厂 澳大利亚负责获取关于 技术的大规模性能（110毫升/天 该工厂的总产能为225 ML/d）。在Wanneroo MIEX工艺之后是常规明矾凝固 （MIEX-C），这种组合工艺在 与强化明矾凝固（EC）处理平行 过程研究结果表明 MIEX-C工艺在降低成本方面优于EC工艺 有机碳，紫外线吸收溶解 254 nm处的有机碳、氯需求量、三卤甲烷 形成电位、浊度和颜色。水 公用事业管理者可以考虑有希望的结果。 这项研究在什么时候决定哪种技术最好 适合他们的水处理要求。包括36个参考文献、表格、图表。

Magnetic ion exchange (MIEX®) is a relatively new water treatment technology currently used in only a few treatment plants around the world. Because much of the published data on MIEX is based on laboratory- or pilotscale experiments, this first-of-its-kind study at the Wanneroo Groundwater Treatment Plant in Perth, Western Australia, was undertaken to obtain information on the technology's performance at a large scale (110 ML/d of the plant's total 225 ML/d capacity). At Wanneroo, the MIEX process is followed by conventional alum coagulation (MIEX-C), and this combined process operates in parallel with an enhanced alum coagulation (EC) treatment process. The study results demonstrated that the MIEX-C process outperformed the EC process in reducing organic carbon, ultraviolet-absorbing dissolved organic carbon at 254 nm, chlorine demand, trihalomethane formation potential, turbidity, and color. Water utility managers can consider the promising results from this study when deciding which technologies might best suit their water treatment requirements. Includes 36 references, tables, figures.