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首页> 外文期刊>Bundesgesundheitsblatt, Gesundheitsforschung, Gesundheitsschutz >Practical and legal aspects on the presence of Legionella in drinking water installations.
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Practical and legal aspects on the presence of Legionella in drinking water installations.

机译:饮水设施中军团菌存在的实践和法律方面。

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摘要

A drinking water installation is often only a small component of building engineering systems and in general practice it is rarely the focus of the work of local personnel. There are not only the specifications of manufacturers, but also numerous "generally accepted rules of technology" must be complied with when operating these building engineering systems. The foremost ones pertinent to this topic are discussed in this article. However, noncompliance with the "generally accepted rules of technology" can cause contamination with Legionella, and the actions that would then need to be taken must be based on each specific case. The prerequisite for permanently eliminating any contamination with Legionella is identifying the precise causes and basing all ensuing action on that. Correctly transforming the existing "generally accepted rules of technology" into reality would be a sufficient guarantee to reach a target of less than 100 cfu/100 ml for Legionella. This article illustrates that this target can be reached by renovation and without applying any disinfectant processes even in drinking water installations with an extremely high level of contamination. Furthermore, this article presents examples of the legal aspects of the topic of Legionella from the point of view of the engineer. Finally, the trend toward operating drinking water installations at a lower temperature to save energy while applying disinfection is viewed critically by the authors.
机译:饮用水装置通常只是建筑工程系统的一小部分,在一般实践中,它很少是当地人员工作的重点。操作这些建筑工程系统时,不仅有制造商的规范,而且还必须遵守许多“公认的技术规则”。本文讨论了与该主题相关的最重要的内容。但是,不遵守“普遍接受的技术规则”会导致军团菌污染,因此,必须根据每种具体情况采取行动。永久消除军团菌的任何污染的前提是查明确切原因,并据此采取一切后续行动。正确地将现有的“普遍接受的技术规则”转化为现实,将足以保证军团菌达到低于100 cfu / 100 ml的目标。本文说明,即使在污染程度极高的饮用水设备中,也可以通过翻新来实现此目标,而无需应用任何消毒程序。此外,本文从工程师的角度介绍了军团菌主题法律方面的示例。最后,作者批判性地看到了在较低温度下操作饮用水装置以节省能源同时进行消毒的趋势。

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