Scottish Water to invest £100m in monitoring

Scottish Water to invest £100m in monitoring

It said that investment in systems including remote sensors is set to improve its service to customers, protect the environment, reduce costs and assist in its journey towards net zero carbon emissions.

 

The systems are designed to avoid the need to rely on customers alerting Scottish Water when there is a problem. The early stages of investment of up to £100m over the next five years in the technology have indicated that the utility will be able to better predict and prevent wastewater issues before they impact customers and the environment.

 

Wastewater is a key focus of Scottish Water’s drive to introduce cost and efficiency savings via an transformation programme, with the objective of achieving net-zero carbon emissions by 2040.

 

Trials of the new technology have shown that it will give the company real-time insights into how its network is operating and enable it to be more proactive in how it responds to issues and to solve problems before customers and the environment are affected.

 

The technology is currently being trialled in four areas - Erskine, Inverness, Lossiemouth and East Calder – which have suffered from flooding and pollution events historically.

 

Scottish Water has placed sensors that detect the presence of blockages and has already used this data to avert potential environmental pollution incidents (EPIs) and flooding of customers’ premises.

 

Using the lessons from these four areas, Scottish Water intends to extend the approach into other areas that experience similar issues.

 

Scottish Water provides drinking water to 2.46 million households and 150,000 business customers. The utility clears about 36,000 blockages from its network every year. About 80% of these are caused by people flushing the wrong items, such as wet wipes, down toilets or pouring fats, oil and grease down sinks.  

 

Similarly, at its wastewater treatment assets, a major challenge for the business is that there is little access to real-time data regarding the quality of treatment or the condition and performance. As a result, maintenance is more responsive than predictive, energy consumption is higher than it could be, and asset life is potentially shortened.

 

The goal is to access new and existing operational data from across the infrastructure, connecting it via Internet of Things (IoT) sensors and other devices to provide near real-time data and reduce the reliance on site visits. This would enable considerable cost savings because 600 samples are gathered daily from across Scottish Water’s 1,800 treatment works.

 

This capability is being installed at 17 wastewater ‘exemplar’ treatment works. At the first one, Laighpark WWTW in Paisley, Scottish Water now has real-time final effluent compliance data which, together with real-time control and intervention, is helping to reduce risk of compliance breaches as well as reduce energy consumption across the site.

 

Read more here

 

To view latest Water & Utitlities vacancies please visit

Please rate

Comments 

Name
Email
  Ctrl + Enter

Most Read

HS2 starts work on UK’s longest railway bridge

HS2 starts work on UK’s longest railway bridge

The Colne Valley Viaduct will be the UK’s longest railway bridge, stretching for more than two miles across a series of lakes and waterways between Hillingdon and the M25.   The railway bridge is designed to improve rail links between London, Birmingham and North, help

Ovarro pollution early-warning technology chosen by Anglian Water

Ovarro pollution early-warning technology chosen by Anglian Water

In a world-first, the UK utility is implementing early-warning system BurstDetect from technology company Ovarro, as part of its drive to eliminate serious pollution events in its region by 2025.   Through a dashboard, BurstDetect provides an overview of system status together with current

A smarter focus on wastewater flows and levels

A smarter focus on wastewater flows and levels

The Government has just concluded its consultation on developing a Storm Overflow Discharge Reduction Plan (SORP). Andy Godley, from the Water Research Centre (WRc), looks at the latest developments in wastewater flows and levels.   It is difficult to argue with the sentiments behind the

This website uses cookies to enhance your user experience. By continuing to use this site, you consent to our use of these cookies. See our Cookie Policy.