本文讨论了AwwaRF项目的第一阶段，即评估和评估 高速SFBW处理工艺的开发。该项目的目标是提供公用设施 提供实施高速SFBW治疗设备所需的信息，以实现 总体成本和占地面积要求较低。这项研究始于2005年10月 现有数据，并通过收集和评估来自试验台、试验台和试验台的新数据进行补充 全面研究。现有数据包括文献中公布的数据和未公布的数据 来自饮用水设施和设备制造商。本研究的重点是已发表的 以及未公布的数据，加上本研究期间产生的新数据，用于高频率SFBW 治疗过程。几家制造商提供了高速率的试点和全面数据 已评估的流程。拟议项目还包括对现有项目的评估 通过现场测试和性能评估，创新全面流程。 该项目的试点阶段将在两个截然不同的城市进行 SFBW质量——俄亥俄州克利夫兰和犹他州中部水利区（CUWCD）。这个 这两个城市的SFBW质量代表了本报告中确定的条件范围 之前的研究（例如，康威尔等人，2001年）。待测试的试验设备已经过测试 选中，仅针对那些尚未存在足够数据的流程。 最终报告将与执行部分的发展相适应，该部分 将包括工艺性能、SFBW质量适用性、设计参数、， 运营问题、现场特定试点的需求和成本。该报告还将包括两个部分 初步设计报告示例。纸质版报告将由一个网站补充- 基于 AwwaRF订阅者可以使用的决策支持工具，以交互方式进行审查和评估 针对其特定部位情况的治疗方案。包括参考，表格。

This paper discusses the first phases of an AwwaRF project on evaluation and development of high-rate SFBW treatment processes. The project objective is to provide utilities with the information required to implement high-rate SFBW treatment devices to achieve an overall lower cost and footprint requirement. The research initiated in October 2005 evaluates existing data, complemented by collection and evaluation of new data from bench-, pilot-, and full-scale studies. The existing data includes data published in the literature and unpublished data from drinking water utilities and equipment manufacturers. This research focuses on published and unpublished data, plus new data generated during this research, for high-rate SFBW treatment processes. Several manufacturers provided pilot and full-scale data on high-rate processes that have been evaluated. The proposed project also includes an evaluation of existing innovative full-scale processes through on-site testing and performance evaluation. The pilot phase of the project will take place at two cities that represent very different SFBW qualities -- Cleveland, Ohio and Central Utah Water Conservancy District (CUWCD). The SFBW quality of these two cities is representative of the range of conditions identified in previous research (e.g., Cornwell et al. 2001). The pilot equipment to be tested has been selected, to target only those processes for which sufficient data does not already exist. The final report will be geared to the development of the Implementation Section that will include a discussion of process performance, SFBW quality applicability, design parameters, operations issues, need for site specific pilots, and cost. The report will also include two example preliminary design reports. The hardcopy report will be complemented by a web-based decision support tool that AwwaRF subscribers can use to interactively review and evaluate treatment options targeted for their particular site-specific conditions. Includes reference, table.