Hydrometrix Technologies in partnership with Inflowmatix, offers award-winning, next generation water network optimisation and management solutions to sub-Saharan Africa.
The need for greater network insight, integration and water network optimisation has grown. Consequently, there is a growing demand for effective technologies and advanced analytics solutions that provide unique insights into network dynamics. The inflowsys™ analytics platform, in combination with high frequency inflowsense™ Edge pressure measurement devices, delivers our solution of choice.
The internationally acclaimed inflowsys™ platform and devices provide water network optimisation solutions that are scalable, secure, reliable and accurate. Water utilities benefit from deeper insights and understanding of the dynamic behaviour and performance of their water networks.
Our aim is to help our clients to establish and maintain integrity, reliability and confidence in their water supply resources.
is a turn-key water network optimisation solution, designed to digitally monitor, manage and analyse transient pressure data. It provides unprecedented network operational and asset performance insights.
is a key analytical metric that captures the cumulative effect of pressure variability (hidden in conventional 15 minute data sampling). It contributes to accelerated asset deterioration, increased leakage, increased burst rate, and ultimately, pipe failure.
Inflowmatix and Imperial College have established a direct correlation between CPISTM and burst rate. This high frequency pressure data has proven an accurate and invaluable indicator of network stress, allowing for proactive network management and maintenance.
CPISTM data is now available to our water network optimisation clients, guiding their network management and maintenance decisions.
Inflowsys™ high frequency pressure data acquisition, with Edge and CPISTM analytics, creates a platform for eliminating network pressure transients. This, in turn, enhances asset life, mitigates supply interruptions and reduces water loss.
Not only does this water network optimisation promote supplier and end-user confidence – it helps conserve precious resources too.