这张幻灯片概述了一个项目，在2004年，滑铁卢地区市政当局（RMOW）关闭了其格林布鲁克水处理厂，当时发现1,4-二氧六环存在于供应至 285 ppb。联合工程部被雇来进行一项研究 可治疗性研究包括 文献综述， 实验室规模的研究，以及 一项试点研究。试点测试的目标包括: 用3种高级氧化工艺（AOP）和 他们在格林布鲁克的适合性: UV/H₂O₂； O₃/H₂O₂； UV/TiO₂； O₃剂量控制（仅O₃/H₂O₂）； 监测溴酸盐的形成（如有）；与上游确认改进 过滤； 检查铁锰去除水平 通过AOP；和 确定H₂O₂残差，以备将来使用 淬火考虑。概述了原水质量注意事项和试验流程，以及试验研究总结，其中包括: 过滤过程 确认铁/锰去除； 下游AOP的最小改善； 1,4-二恶烷的去除和副产品 组成和 所有测试的AOP都能达到低目标 二恶烷水平（<10µg/L）不形成 溴酸盐含量高。

This slide presentation outlines a project where, in 2004, the Regional Municipality of Waterloo (RMOW) shut down its Greenbrook Water Treatment Plant when 1,4-dioxane was found in well supply up to 285 ppb. Associated Engineering was hired to conduct a Treatability Study that included a Literature Review, Bench-Scale Study, and a Pilot-Scale Study. Objectives of the Pilot-Scale Tests included: demonstrate 1,4-dioxane destruction with 3 advanced oxidation processes (AOPs) and their suitability at Greenbrook: UV / H₂O₂; O₃ / H₂O₂; UV / TiO₂; O₃ dosing control (O₃ / H₂O₂ only); monitor bromate formation, if any; confirm improvement with upstream filtration; examine level of Fe / Mn removal through AOP; and, determine H₂O₂ residual for future quenching considerations. Raw water quality considerations and pilot process train are outlined along with the pilot study summary that includes: filtration process confirmed Fe/Mn removal; minimal improvement for downstream AOP; 1,4-Dioxane removal and byproduct formation; and, all AOPs tested were able to meet low target dioxane levels (< 10 µg/L) without forming high levels of bromate.