本文介绍了凝血模型和流式电流检测器（SCD）的使用 用于控制密歇根州大急流湖过滤厂的化学进料速率 以及位于密歇根州荷兰的荷兰水处理厂（HWTP）。LMFP就是这个网站 最初开发了模拟凝固过程的方法。HWTP 该工厂的独特之处在于它采用了流动电流检测器和凝固模型。 本文中的案例研究为化学饲料提供了更好的见解 使用凝固模型和流式电流检测器（SCD）进行控制。包括7个参考文献、表格、图表。

This paper describes the use of coagulation models and the streaming current detector (SCD) for the control of chemical feed rates in the Grand Rapids Lake Michigan Filtration Plant (LMFP) and the Holland Water Treatment Plant (HWTP), Holland, Michigan. The LMFP is the site where the method for simulating coagulation processes was originally developed. The HWTP plant is unique in that it employs both a streaming current detector and coagulation model. The case studies presented in this paper provide better insight into chemical feed control using coagulation models and the streaming current detector (SCD). Includes 7 references, tables, figures.