
Syrinix Announces New Exclusive Partnership in South America
The partnership brings Syrinix’s high resolution pressure monitoring and leak detection technologies to this water-stressed country
New alliance with management consulting firm Skewb to help utilities tackle key challenges from both a pre and post COVID-19 world
Syrinix are working together with Managing Consultants - Skewb, to support clients with quick and agile event detection solutions and longer-term calm network projects.
In the current climate of remote working and reduced operational capacity, the ability to know when, and where, your critical assets have failed is fundamental to a quick and robust response.
By deploying the right equipment and embedding it into the business as usual, a water company can reduce burst response times by hours, reducing the impact on customers, leakage and minimising consequential damage.
Transient pressure events are a primary cause of water network failures. Once identified and resolved, savings continue year on year, as a result of the initial investment. This is key in the new world of convergence calculation, where every burst event has a substantial impact on leakage and ODI performance.
The recently published UKWIR report on innovation recognises that burst prevention is an area the industry still must fully embrace, which is aligned to our own thinking on effective and efficient network management.
The partnership offers a robust, outcome-based turnkey service on event monitoring and network calming and combines both company's strengths:
A proven outcome delivery track record, operational leakage management experience, and a trusted technology stack from the field to the control centre.
The partnership brings Syrinix’s high resolution pressure monitoring and leak detection technologies to this water-stressed country
Join Syrinix as we sponsor the Global Water A.I. & Data Usage Innovation Conference.
Learn how S3 – Syrinix’s non-dimensional measure of pressure transients can help understand what is happening on a water network
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