本powerpoint演示文稿展示了三个不同的项目地点，其中铁和锰的问题无法通过传统的氧化吸附或氧化沉淀来解决- 过滤处理。地点包括:斯里兰卡阿鲁古姆湾供水项目、美国援助——斯里兰卡海啸重建 程序 华盛顿州杰斐逊县， 杰斐逊县一号水坑——喷枪井 水处理厂升级；和 阿拉斯加州费尔班克斯， 阿拉斯加鱼类和野味部——露丝 伯内特运动鱼类孵化场进水处理。提供了每个站点的项目目标和关注点，以及生物处理挑战、各个站点的试点测试概述和成本节约。报告结论 生物铁和锰过滤表明: 它提供了一种经济高效的替代方案 传统的氧化吸附或氧化沉淀- 系统中的过滤处理 铁和锰含量高； 它极大地减少了对化学品和化学品的需求 运营成本；和 在某些情况下，它提供了一个安全的替代方案 不允许接触氯。包括数字。

This powerpoint presentation presents three different project locations where issues with iron and manganese are not solved with traditional oxidation-adsorption or oxidation-precipitation- filtration treatment. The locations include: Arugum Bay Water Supply Project, Sri Lanka, US AID -- Sri Lanka Tsunami Reconstruction Program; Jefferson County, Washington, PUD No. 1 of Jefferson County -- Sparling Well WTP Upgrade; and, Fairbanks, Alaska, Alaska Department of Fish and Game -- Ruth Burnett Sport Fish Hatchery Influent Treatment. Project goals and concerns for each site are provided, along with biological treatment challenges, Pilot Testing Overview for individual sites, and cost savings. Presentation conclusions for biological iron and manganese filtration indicate that: it provides a cost effective alternative to traditional oxidation-adsorption or oxidation-precipitation- filtration treatment in systems with high iron and manganese levels; it greatly reduces the need for chemicals and operating costs; and, it provides a safe alternative in situations where chlorine exposure is not acceptable. Includes figures.