Sunrise市的西南污水处理设施（SWWWTF）正在调查 升级工厂以达到先进废水处理（AWT）水平的选项 将废水处理至地下水补给所需水平的技术 指快速渗透的盆地或沟渠。这项初步研究的目的是确定这些AWT 这些技术可以用来将该市的污水处理厂转化为污水处理厂，以将未经处理的污水处理到一定的水平 需要在布劳沃德县进行地下水补给。第27章，规范的水质标准 佛罗里达州布劳沃德县政府要求，向地下水排放的任何物质必须达到磷酸盐总量 （PO4-P）浓度低于10微克/升（十亿分之一）。这项试点研究专门评估了 结合BNR-MBR技术、反渗透（RO）和化学反应器的多种处理装置 中试规模除磷，并进行商业“规模化”应用的成本分析 全面废水回用应用的处理替代方案。试验结果表明，控制 在15%的时间和75%的时间内，将正磷酸盐去除至10µg/L和100µg/L的水平。 在100%的时间内，将去除的正磷酸盐流至8µg/L以下。B流污水显示 正磷酸盐水平为10µg/L 35%和100µg/L 96%，以单个样品为基础和水平 平均为15微克/升。然后将这些数据结合起来，对 全面的处理工艺，以及与拟定工艺相关的监管要求 治疗过程。包括10个参考文献、表格和图表。

The City of Sunrise's Southwest Wastewater Treatment Facility (SWWWTF) was investigating the option for upgrading the plant to meet advanced wastewater treatment (AWT) levels advanced technologies in order to treat wastewater to the level required for groundwater recharge through the use of rapid infiltration basins or trenches. The objective of this pilot study was to determine if these AWT technologies could be used to convert the City's SWWWTF to treat the raw wastewater to a level required for groundwater recharge in Broward County. Chapter 27, Water Quality Standards of the Code of Broward County, Florida, requires that any discharge to the groundwater must meet Total Phosphates (PO4-P) concentration of less than 10 µg/L (parts per billion). This pilot study specifically evaluated the multiple treatment trains combining BNR-MBR technology, reverse osmosis (RO), and chemical phosphorus removal at pilot scale and performed cost analysis for commercial "scale-up" application of treatment alternatives to full-scale wastewater reuse application. Pilot results indicated that the control stream removed orthophosphate to the levels of 10 µg/L 15% of the time and 100 µg/L 75% of the time. Stream A removed orthophosphate to less than 8 µg/L 100% of the time. Stream B effluent showed orthophosphate levels of 10 µg/L 35% and 100 µg/L 96% of the time on single sample basis and levels of 15 µg/L on an average basis. This data was then incorporated to develop an economic evaluation of a full-scale treatment process, along with the regulatory requirements associated with the proposed treatment processes. Includes 10 references, tables, figures.