自从卫星水回收的概念提出以来，已经过去了近20年 该设施拟用于拉斯维加斯山谷（Valley）的西侧。发展 在这短短的时间里，硅谷经历了几代人的变化，并努力 对卫星电站的原始设计进行调整，提高了许多效率 挑战。虽然有些设计选择允许有足够的灵活性来响应 随着设施成熟条件的变化，其他设施可能会限制未来的选择和 造成代价高昂的限制。 一般来说，人们都认为再生水系统没有提供收入 能够支持整个系统成本的流。然而，不计其数 利益相关者或非参与利益相关者通常是 资产负债表并不是黑箱操作。 本文讨论 与使用月平均需求设计系统相关的挑战 操作一个处理逐分钟控制需求的系统的数据，确定 使用不同的输送控制阀提高效率并减少维护工作量，以及 应对供应值降低和潮湿天气操作限制。包括数字。

Nearly two decades have passed since the concept of a satellite water reclamation facility was proposed for the west side of the Las Vegas Valley (Valley). Developments in the Valley have undergone generations of change in this short time, and efforts to adapt the original designs suggested for the satellite plant have raised many challenges. While some design choices allow for enough flexibility to respond to changing conditions as the facilities mature, others may limit future options and contribute to costly limitations. Generally, it is accepted that reclaimed water systems have not provided a revenue stream that is capable of supporting the entire cost of the system. However, uncounted benefits or perhaps non-participating benefited stakeholders are often the reason the balance sheet does not operate in the black. This paper discusses the challenges associated with designing a system using monthly average demand data to operate a system dealing with minute by minute control needs, determining the efficiency and reduced maintenance effort with different delivery control valves, and dealing with reduced supply values and wet weather operation limitations. Includes figures.