Vitens ‘Transient monitoring investigations’
A pilot project was implemented to discover how pressure transient monitoring could be used to localise network events.
What do we mean by network calming and why is it important for water utilities?
Many leaks occur through joints and fittings on the pipeline or in the case of pipeline wall failures, because they become thinner due to stress and fatigue.
A number of contributing factors cause pipeline stress, we are concentrating on 'pressure transients'.
Transients are short-lived pressure waves delivering fast changes in the pressure of a pipe in water networks.
Regular transient activity within pipelines can lead to pipeline fatigue and a weakening of infrastructure which becomes a pre-cursor to leaks and bursts.
If transients can be detected and identified, the operational activity can be changed to calm the water network.
Water network calming can be achieved with a programme of monitoring to detect transients and act on their cause.
Our approach focuses on identifying and eradicating the source of pressure transients via monitoring and making recommendations to change network behaviour.
Replacing the risk of the unknown with actionable solution-oriented data and configurable alerts, Syrinix’s range of PIPEMINDER solutions enables you to take an active approach to a potential problem, with financial, environmental, and reputational benefits being the result.
Scroll for further information or a discussion
Syrinix is working with global water utilities, monitoring networks and supplying data to calm water networks.
We would love to help you too. Fill in below for further information and we will come straight back to you.
A pilot project was implemented to discover how pressure transient monitoring could be used to localise network events.
Shape classification can automatically classify the type of transient and alert by exception for unusual events
Data helps to solve Contra Costa Water District’s water pressure spike, mystery.
Leave your details and we will be in touch.