辛辛那提东北部地区自1975年以来经历了巨大的住宅、商业和工业发展。该增长区域位于辛辛那提水厂（CWW）布莱肯服务水平内，该服务水平由1 MG高架布莱肯水箱支撑。计算机模型表明，为了满足未来的需求，需要第二个高架储罐、地面储罐和大型增压泵站。由于布莱肯服务区距离CWW的水源和处理设施超过20英里，因此，由于运输时间和储罐中的储存时间导致的水质下降是所有选址、尺寸和设计决策的关键。制定选址策略是为了确保即使在最小流量条件下，布莱肯服务区的水循环。康奈尔综合设施和蓝灰池都配备了单独的入口/出口管道，防止水流模式导致各级积水。 此外，管道布置和阀门设计允许在冬季使用其中一台较小的泵，以便在该地区不需要储罐和泵站的情况下再循环储罐内容物。在不同的储罐液位和位置增加了取样口，以便进行更准确和完整的监测。

The Northeast quadrant of Cincinnati has experienced tremendous residential, commercial and industrial development since 1975. The growth area is within Cincinnati Water Works' (CWW's) Brecon Service Level, which was supported by the 1 MG elevated Brecon Tank. Computer models indicated that a second elevated tank, ground storage, and a large booster pumping station were required to satisfy future demands. Because the Brecon Service Area is over 20 miles from CWW's water source and treatment facilities, water quality degradation due to travel time and storage time in the tank was key to all siting, sizing, and design decisions. The siting strategy was developed to ensure water circulation through the Brecon Service Area even under minimum flow conditions. Both the Cornell Complex and the Blue Ash Tank are provided with separate inlet/outlet pipes, preventing a flow pattern resulting in stagnant water at various levels. Also, piping arrangements and valving were designed to allow one of the smaller pumps to be used in the winter to recirculate the tank contents if the tank and pumping station were not needed for demands in the area. Sample taps were added at various tank levels and location to allow for more accurate and complete monitoring.