作为水校区高级水处理（AWT）设施扩建的一部分，亚利桑那州斯科茨代尔市（COS）评估了扩建项目 潜在问题化合物（CPC）监测计划，以确定 处理过程将帮助他们达到水质目标。 本研究的目的是确定可能的CPC 通过Scottsdale的电流进行监控并可能减少 治疗过程和任何潜在的未来治疗过程。 列表开发过程包括几个优先顺序 将目标CPC数量减少到可管理水平的步骤 用于常规监测的数字。CPC评估的第一步是制定一个广泛的CPC清单，可以 出席COS AWT。最初的CPC清单已经包括了化合物 由COS监控，COS有内部实验室标准， 当前文献中经常引用的化合物（强调研究） 与废水和再生水系统相关），化合物 代表不同类别（例如，药品、工业化合物、， 由废水公用事业公司监控的化合物 与COS的类似，以及在特定监管观察中列出的化合物 名单。本文简要介绍了信息来源 以及制定初步CPC清单时使用的选择标准。包括5个参考文献、表格、图表和附录。

As part of the Water Campus Advanced Water Treatment (AWT) Facility expansion, the City of Scottsdale (COS), Arizona, evaluated expanding their compounds of potential concern (CPC) monitoring program to determine whether an additional treatment process will help them meet their water quality goals. The objective of this study was to identify the CPCs that could be monitored and potentially reduced through Scottsdale's current treatment processes and any potential future treatment processes. The list development process consisted of several prioritization steps to reduce the number of targeted CPCs to a manageable number for routine monitoring. The first step in the CPC evaluation was to develop a broad list of CPCs that could be present at the COS AWT. This initial CPC List included compounds already monitored by COS, compounds for which COS has internal laboratory standards, compounds frequently cited in current literature (with emphasis on research associated with wastewater and reclaimed water systems), compounds representing different categories (e.g., pharmaceuticals, industrial compounds, steroids), compounds monitored by wastewater utilities whose operations are similar to those at the COS, and compounds listed on selected regulatory watch lists. The paper provides a brief description of the information sources and selection criteria used in developing the Initial CPC List. Includes 5 references, tables, figure, appendix.