吸附等温线和现场试验研究了卤乙酸的去除 （HAAs）在颗粒活性炭（GAC）过滤的初始阶段。实验室结果 现场试验表明，活性炭吸附在整个HAA去除中只起到很小的作用 在GAC过滤器中。此外，HAAs（三氯乙酸除外）的吸附量要低得多 容量大于三卤甲烷。HAAs的吸附容量随温度的升高而增大 卤素数。氯化HAA物种的吸附能力低于其自身物种 溴化类似物。老化的GAC过滤器中HAA的去除可归因于生物降解。包括19个参考文献、表格和图表。

Adsorption isotherm and field tests were conducted to investigate removal of haloacetic acids (HAAs) in the initial stage of granular activated carbon (GAC) filtration. Results from laboratory and field tests indicated that GAC adsorption plays only a minor role in overall HAA removal in GAC filters. In addition, HAAs (except trichloroacetic acid) had a much lower adsorption capacity than did trihalomethanes. Adsorption capacity for HAAs increased with increasing halogen number. Chlorinated HAA species had a lower adsorption capacity than did their brominated analogues. HAA removal in aged GAC filters may be attributable to biodegradation. Includes 19 references, tables, figures.