In every building with a water system, pipes need to be actively monitored to reduce waterborne pathogen risks (like Legionella and Pseudomona Aeruginosa). Managers need to ensure water services operate at temperatures that do not encourage pathogen growth and water is not left stagnant.
Infogrid’s pipe monitoring solution couples Disruptive Technologies’ sensors with proprietary algorithms which provide data on water temperature and which taps, if any, still require flushing for compliance.
It automatically generates required reports and provides a data trail for when manual flushing was undertaken. Deployment is quick and simple: For a building with 18 bathrooms, it took two hours to install.
Engineers now only need to visit the site once a year rather than 12 times, saving fuel. Taps no longer need to be manually flushed saving water and the energy required to heat it. And the system provides information every 5 minutes, so alerts can be set to ensure flushing more often than the required for compliance, improving overall safety.
Frequent readings also mean that issues such as deteriorating performance of calorifiers, can be identified and corrected before they become a bigger issue.
Legionella compliance is largely a monthly process (often in settings like acute hospital wards). It involves running every tap for 2-5 minutes and manually measuring the temperature. This is time-
consuming and wasteful of both the water and the energy to heat it.
The Infogrid Pipe Monitoring solution provides information on water temperature and which taps, if any, still required flushing for compliance.
With the system in place, an engineer is no longer required to drive to the site every month to manually flush every tap and check the temperature, and can instead be deployed on more value-added tasks. Staff only have to periodically run the few taps which are not flushed during normal usage. This saves 81% of the time spent.
The Infogrid pipe monitoring solution fully automated our legionella reporting, allowing us to reduce the time spent on legionella compliance by 81%.
- Andre Bothma, Head of Engineering Technology, JLL Integral.
Place two Disruptive Technologies sensors in the sentinel and calorifier, cable-tied to the pipes using pipe brackets. For a fuller picture, add sensors to the Cold Water Storage and the Thermal Mixing Valves.
Plug in the cloud connectors. The entire installation process is fast and easy: 20 bathrooms can be installed in 2 hours.
Set up alerts in the Infogrid software - for example, if a particular tap has not been flushed for a week, or if the temperature is outside of the permitted areas - and for the action taken to be recorded.
Adjust permissions for using the system to your liking - either overall or for specific groups of sensors. View live and historic data and automate the generation of reports required for compliance.
Sensors used to be bulky, complex and often inaccurate. We've completely rethought sensor design to enable data collection anywhere and everywhere. There's no need to "rip and replace" legacy systems to turn them into "smart" equipment.
Follow this blog for a peek of our future!
* By subscribing to our newsletter, you agree to receive digital communications. You may withdraw this consent at any time.
33-40% of the world’s food is lost or wasted annually at some point along the production spectrum: from farm..
Whether you’re equipping an office building with sensors to understand usage or implementing remote..
Technology is making food spoilage a thing of the past, protecting retailers from profit loss, ensuring food..