Time to get smart
Mike Strahand, a director of the Sensors for Water Interest Group and MD at Analytical Technologies Inc., says the industry needs to get to grips with smart distribution networks
In the developed world, potable water is delivered to people via a complex infrastructure consisting of water catchment, water treatment, water storage (reservoirs, towers) and water distribution (pipes).
The first two elements are well understood; what is less well understood is what happens to water as it journeys to the tap.
A potable water distribution system is a living organism – pipes are lined with biofilms and inorganic matter that react with the water on the way to the customers. The pipes pass through soil, under rivers, through cement; any small fissures or holes can lead to ingress and a further deterioration in water quality.
Today the water companies react, after the event, to these changes in water quality. The 'sensors' are often customers. This is too late. At best, we have manual water samples taken once every month or so. This operating regime does not make it possible to even think about real time control of distribution networks to maximise water quality, resilience, reduce operating costs.
We need to get a better, close to real-time understanding of our distribution networks so that we can manage them, predict events and better control the system. We need to get SMART.
We are at the beginning of a journey that will allow us to answer these questions. The journey towards smart water networks has begun. Some water companies are already several steps along the flightpath.
At a recent Innovation sprint event, the single biggest blocker to the uptake of smart water was identified as culture and the difficulty in getting all stakeholders to engage and collaborate. It was taken as read that the technology is not an issue.
The IoT, small power efficient water quality monitors, cloud-based platforms for data analysis, artificial intelligence, machine learning – all the technologies are there now.
No single provider can produce the sensors needed to measure the data, the data transfer systems (GSM, NBIoT) needed to move the data, the IP needed to analyse that data and deliver actions, the manpower and know-how needed to install and maintain the sensor and data collection infrastructure. No single water company will learn all the lessons needed on their own.
Technology is ready. Are you?
On 26 September at Sensing in Water 2019, SWIG will bring together suppliers, customers and academics to examine how we can maximise the use of sensors on the road to smart water networks. Click here for further details
- Innovation Zone: Waterfall out to make a splash Fitted near a building's stopcock and supplying cloud-based, accessible information about water use, an ‘intelligent water... Read More >
- How to bake a connected water network Rik Gunderson, utility client director at Software AG, tells us how to "bake" a smart water network. Read More >
- A smarter water future Andrew Welsh, General Manager for Water Utilities at Xylem Water Solutions UK, talks about how we can future-proof water... Read More >
- NI Water: A climate emergency gamechanger NI Water has launched its plans to harness the unseen potential in hydrogen from water, to help address the climate... Read More >
- Making the future the present Harry Cowan, chief executive of Power and Water Ltd challenges water industry decision makers and the regulator to eschew... Read More >
- Water Innovation 2050: what next for the sector? Welcome to 2050. The Innovation 2050 document has been published, setting out the key principles of an innovation... Read More >
- Innovation could improve performance and transform water The Environment Agency's 2019 environmental performance report highlights some of the complex challenges facing water... Read More >
- Maximising water efficiency savings from smart meters and adapting to lockdown From 1 September, Thames Water will restart its award-winning programme of in-home water efficiency visits having used... Read More >