中试仍然是超滤和微滤（UF/MF）系统实施的必要部分。试点研究的目标包括制定设计标准、获得监管部门的批准，以及让业主和运营商熟悉系统。随着饮用水市场中UF/MF系统数量的增加，中试测试变得更加复杂，监控问题变得更加重要。开发了数据采集和控制（DAC）系统，以改善试点研究结果和质量。DAC的好处包括提供一个标准的自动数据采集平台，以便对性能进行同等的比较，允许连续的先导操作，从而模拟全过程- 规模化操作，对试点进行自动控制，以考虑温度和其他水质参数的变化，确保设计工程师获得详细的试点结果，允许所有项目利益相关者之间进行项目数据通信，并提供在线分析工具，以协助评估试点绩效。介绍了DAC系统及其在美国各地试点研究中的应用。包括10个参考文献、图表。

Pilot testing continues to be a necessary part of ultra and microfiltration (UF/MF) system implementation. Pilot study objectives include developing design criteria, receiving regulatory approval, and familiarizing the owner and operators with the systems. With the increasing number of UF/MF systems in the drinking water market, pilot testing has become more complex and monitoring and control issues have become more important. A data acquisition and control (DAC) system was developed to improve pilot study results and quality. Benefits of DAC include providing a standard platform of automatic data acquisition to allow equal comparison of performance, allowing continuous pilot operation thereby simulating full-scale operation, providing automated control of the pilots to account for changes in temperature and other water quality parameters, assuring the design engineer detailed pilot results, allowing project communication of data between all project stakeholders, and providing on-line analysis tools to aide in assessing pilot performances. The DAC system is described as well as application of its benefits in pilot studies across the United States. Includes 10 references, figures.