最初设计用于模拟去除的快速小规模柱试验（RSSCT）的使用 本研究扩展了颗粒活性炭对有机化合物的砷化反应 吸附到GFH上。实验室RSSCT吸附动力学研究及比较 性能与中试规模性能的对比表明，比例扩散率（PD）RSSCT 对于砷酸盐，标度法比恒定扩散率（CD）法更有效 GFH。所有RSSCT都记录了水质（水源水、pH值）和运行状况的变化 可用于帮助选择和设计除砷介质 用于全面的处理设施。包括15个参考文献，图。

The use of rapid small scale column tests (RSSCTs) initially designed for simulating removal of organic compounds by granular activated carbon was extended in this study for arsenate adsorption onto GFH. Adsorption kinetic studies and comparison of laboratory RSSCT performance versus pilot-scale performance suggests that proportional diffusivity (PD) RSSCT scaling approaches are more valid than constant diffusivity (CD) approaches for arsenate onto GFH. All the RSSCTs captured changes in water quality (source water, pH) and operational regimes (e.g., EBCTs) and could be used to aid in selection and design of arsenic removal media for full-scale treatment facilities. Includes 15 references, figure.