A new system makes it possible to detect Legionella bacteria in water by measuring the temperature

Global Omnium has launched a new tool that prevents the appearance of legionella by measuring the temperature of the water.

Oliver Thansan
Oliver Thansan
21 April 2023 Friday 04:45
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A new system makes it possible to detect Legionella bacteria in water by measuring the temperature

Global Omnium has launched a new tool that prevents the appearance of legionella by measuring the temperature of the water. Thanks to the installation of IoT devices for the mediation of the temperature parameter, its monitoring in real time and thanks to an intelligent data platform we can generate preventive alarms against legionella.

Legionella bacteria are found in all kinds of water facilities. According to current regulations, the temperature of the accumulation elements must be recorded daily, since this is the parameter that indicates the risk factor in the conditions of use of the DHW facilities.

This new tool is part of all the actions that are being carried out by the Global Omnium laboratory for the rapid detection of bacteria, viruses and diseases through the analysis of wastewater from a city or municipality.

In this sense, its detection allows us to efficiently activate any health or social action that is necessary and therefore reduce the negative impacts on people's health.

In recent times, "at Global Omniun we have made great progress in the implementation of new techniques that allow us to know through water resources any type of alteration that requires interventions by the health and administrative authorities" say sources of the company. "Wastewater is a source of information of extraordinary value to know the health status of cities and is a complementary quality tool to contribute to the well-being of people"

"Our commitment is to be an instrument at the service of society and to be an active part in generating solutions thanks to research and technological advances that benefit and improve the quality of people."