Hentschel W, Heudorf U
Abteilung Umweltmedizin und Hygiene, Gesundheitsamt der Stadt Frankfurt am Main.
Gesundheitswesen. 2003 Apr;65(4):255-62. doi: 10.1055/s-2003-39024.
In April 2002, a new draft regarding the quality of the water of public swimming pools in Germany was published. This draft was adapted to the new regulations for drinking water in respect of its structure and regulations. Microbiological tests for assessing the quality of bathing water are given priority. With regard to basic differences in facilities for drinking water and such for bath water and to legal aspects, many data (n = 14,425 data) on the practical experience of public health authorities are presented, obtained during the last few years. With regard to the data and in respect of the great delay between sampling and obtaining the results it is concluded that microbiological methods are inappropriate parameters for rapid assessment of the quality of bath water. Hence it is recommended to implement the evaluation of disinfection by chlorination including pH as an indicator for the quality of a bath water, parallel to the guidelines on technical standards. A high frequency of chlorination testing can markedly reduce the number of microbiological tests. Additionally, microbiological tests of the filtrate before disinfection by chlorination are recommended. This procedure has proved successful in legionella control.
2002年4月,德国发布了一份关于公共游泳池水质的新草案。该草案在结构和规定方面与新的饮用水法规相适应。评估沐浴水质量的微生物检测被列为优先事项。考虑到饮用水设施与沐浴水设施的基本差异以及法律方面,文中呈现了公共卫生当局在过去几年中获得的许多数据(n = 14425个数据)。鉴于这些数据以及采样与获得结果之间的巨大延迟,得出结论认为微生物方法并非快速评估沐浴水质量的合适参数。因此,建议在实施技术标准指南的同时,采用以氯化消毒评估并将pH值作为沐浴水质量指标的方法。高频氯化检测可显著减少微生物检测的数量。此外,建议对氯化消毒前的滤液进行微生物检测。这一程序在军团菌控制方面已被证明是成功的。