Advertising feature Legionnaires’
Disease: A Threat to Public Health, and the Role of INFORM
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f you are reading this article, you are probably already aware of the potential risks of legionella
and water borne pathogens and the importance of maintaining safe water temperatures. However, you may be looking for a solution that goes beyond simply monitoring and require a system that can provide wireless remote control of settings and solenoid valves. INFORM offers a comprehensive solution that not only monitors water temperatures, but also helps you to maintain a safe water system by providing you with a high level of remote control of the solenoid valves. This enables you to proactively manage water parameters, ensuring that they are always within safe limits.
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NFORM’s advanced features – including safe automated thermal purges, cold water isolation tests, verification of water
temperature compliance, and identification of infrequently used outlets, set it apart from other monitoring systems. These features help you prevent legionella outbreaks, reduce maintenance costs, and demonstrate compliance with industry standards. Most importantly, INFORM can help you ensure that your system provides safe and healthy water. If you are serious about protecting public health and preventing the
growth of waterborne pathogens, INFORM is the solution you need. Talk to us about your free trial and how we can help. Legionnaires’ disease, a severe form of pneumonia caused by legionella bacteria, poses a significant health concern, particularly in complex water systems like hospitals and nursing homes. These bacteria thrive in warm water systems, particularly hot and cold-water systems, where temperatures range between 25-45 degrees Celsius, and can cause serious illness and even death if not properly controlled. Traditional water monitoring methods, such as manual temperature checks, may not be sufficient to keep water systems safe. Therefore, it’s crucial to implement effective control measures. Key strategies include:
1 Water Temperature Control Maintaining supplied hot water temperatures to the outlet of 55°C and cold-water temperatures below 20°C effectively hinders legionella growth.
2 Physical Measures Reducing stagnation in water systems by keeping pipe runs short and direct, removing redundant components and deadlegs. Regular flushing of outlets to prevent stagnation and minimize opportunities for legionella growth.
3 Appropriate Materials Using only fittings, materials, and appliances approved for use in the UK can minimise the risk of harbouring bacteria. Unauthorised materials can create biofilms that provide a favourable environment for bacterial growth.
4 Water Quality Control Maintaining good water quality through targeted maintenance helps to control bacterial growth.
5 Monitoring and Testing Regular monitoring of water systems for Legionella bacteria is crucial to identify and address any potential problems promptly. This involves taking samples and testing them for the presence of the bacteria.
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