DIN EN ISO 11731-2-2008
水质.军团藻属的检测和计数.第2部分:对含低量细菌的水进行直接膜过滤的方法

Water quality - Detection and enumeration of Legionella - Part 2: Direct membrane filtration method for waters with low bacterial counts (ISO 11731-2:2004); German version EN ISO 11731-2:2008

DIN EN ISO 11731-2-2008 发布历史

This part of ISO 11731 describes a monitoring method for the isolation and enumeration of Legionella organisms in water intended for human use (e.g. hot and cold water, water used for washing), for human consumption and for treated bathing waters (e.g. swimming pools). It is especially suitable for waters expected to contain Iow numbers of Legionella. As the growth of Legionella may be inhibited by bacterial colonies on the membrane, the method is only suitable for waters containing Iow overgrowth of other bacterial colonies on the membrane, the method is only suitable for waters containing low bacterial counts.

DIN EN ISO 11731-2-2008由德国标准化学会 DE-DIN 发布于 2008-06。

DIN EN ISO 11731-2-2008 在中国标准分类中归属于: Z16 水环境有毒害物质分析方法，在国际标准分类中归属于: 07.100.20 水的微生物学。

DIN EN ISO 11731-2-2008 发布之时，引用了标准

• ISO 3696-1987 分析实验室用水 规范和试验方法
• ISO 8199 *， 2018-09-30 更新
• ISO 11731-1998 水质 军团藻属的检测和计数

* 在 DIN EN ISO 11731-2-2008 发布之后有更新，请注意新发布标准的变化。

DIN EN ISO 11731-2-2008的历代版本如下：

• 2008年06月 DIN EN ISO 11731-2-2008 水质.军团藻属的检测和计数.第2部分:对含低量细菌的水进行直接膜过滤的方法

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标准号

DIN EN ISO 11731-2-2008

发布日期

2008年06月

实施日期

废止日期

无

中国标准分类号

Z16

国际标准分类号

07.100.20

发布单位

DE-DIN

引用标准

ISO 3696-1987 ISO 8199 ISO 11731-1998

代替标准

DIN EN ISO 11731-2018

被代替标准

DIN EN ISO 11731-2-2007

适用范围

This part of ISO 11731 describes a monitoring method for the isolation and enumeration of Legionella organisms in water intended for human use (e.g. hot and cold water, water used for washing), for human consumption and for treated bathing waters (e.g. swimming pools). It is especially suitable for waters expected to contain Iow numbers of Legionella. As the growth of Legionella may be inhibited by bacterial colonies on the membrane, the method is only suitable for waters containing Iow overgrowth of other bacterial colonies on the membrane, the method is only suitable for waters containing low bacterial counts.