Conventional and Alternative Disinfection Methods of Legionella in Water Distribution Systems – Review
Author:
Publisher
Riga Technical University
Subject
General Medicine
Link
http://www.degruyter.com/view/j/cons.2016.19.issue-1/cons-2016-0007/cons-2016-0007.pdf
Reference38 articles.
1. Balancing the Risks and Benefits of Drinking Water Disinfection : Disability Adjusted Life - Years on the Scale vol issue pp Apr https org;Havelaar;Environmental Health Perspectives,2000
2. et al Literature review efficacy of various disinfectants againstLegionellain water systems vol isse pp https org;Kim;Water Research,2002
3. Efficiency of water disinfectants againstLegionella pneumophilaand Actanthamoeba vol issue pp Jan https org;Dupuy;Water Research,2011
4. ControllingLegionellain Hospital Drinking Water : An Evidence Based Review of Disinfection Methods Infection Control and vol issue pp Feb https org;Lin;Hospital Epidemiology,2011
5. Water disinfection with ozone copper and silver ions and temperature increase to controlLegionella : seven years of experience in a university teaching hospital vol issue pp https org;Blanc;Journal of Hospital Infection,2005
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