Boost for digital sensor network scheme to speed up early warning alerts over flooding and surface water in West Yorkshire

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Plans are under way to create a network of sensors across West Yorkshire to give people earlier warnings about the risk of surface water flooding.

Board members from West Yorkshire Flood Innovation Programme (WY FLIP) have successfully bid for £97,000 from the Discovery Phase of round six of the Government’s Local Digital Fund to test whether using smart technology for such a system would be viable.

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Led by Wakefield Council, it is one of 16 digital projects to be awarded funding and has been welcomed by councillors across West Yorkshire.

Coun Matthew Morley (Lab, Stanley and Outwood East), Wakefield Council’s Cabinet member for Planning and Highways, said currently the region’s response to surface water flooding tends to be reactive rather than proactive and there is no early warning system in place.

Traffic on the M62 motorway near Wakefield contends with surface water and spray after heavy rain. Picture Tony JohnsonTraffic on the M62 motorway near Wakefield contends with surface water and spray after heavy rain. Picture Tony Johnson
Traffic on the M62 motorway near Wakefield contends with surface water and spray after heavy rain. Picture Tony Johnson

“This network of sensors would transmit real-time surface water levels to a central hub, creating an early warning system which would allow flood teams to direct resources where they are most needed, in advance of flooding, and communicate with communities at risk giving them more time to prepare and put plans in place to reduce any impact,” he said.

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Coun Jane Scullion, Deputy Leader of Calderdale Council and WY FLIP ambassador, added: “Flooding causes devastation and is a problem shared across boundaries, both within West Yorkshire and throughout the whole country.

“This system would improve efficiency and co-ordination of response to flooding within and between local authorities.

“By improving and sharing flood related data we can enable businesses and residents in areas downstream to be better prepared as they will have earlier warnings of potential risks,” she said.

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A volunteer flood warden checks the river levels of the River Hebden following rain and melting snow in Hebden Bridge. Photo by Christopher Furlong/Getty ImagesA volunteer flood warden checks the river levels of the River Hebden following rain and melting snow in Hebden Bridge. Photo by Christopher Furlong/Getty Images
A volunteer flood warden checks the river levels of the River Hebden following rain and melting snow in Hebden Bridge. Photo by Christopher Furlong/Getty Images

Officers from Wakefield, Kirklees and Leeds councils worked with environmental technical solutions company Andel, supported by Yorkshire Integrated Catchment Solutions Programme, to submit the bid.

They will now scope the project and pilot the sensors.

The sensors will help operational flood risk managers within highways, emergency planning and digital programme teams, in local authorities and the Environment Agency, to gain real time knowledge of where surface water flooding is likely to happen.

This will allow them to take preventative action sooner, such as activating flood defences, road closures and doing maintenance work including clearing drains.

Deputy Leader of Calderdale Council, Coun Jane Scullion, pictured in Hebden Bridge which has been hit by several serious floods over the last decadeDeputy Leader of Calderdale Council, Coun Jane Scullion, pictured in Hebden Bridge which has been hit by several serious floods over the last decade
Deputy Leader of Calderdale Council, Coun Jane Scullion, pictured in Hebden Bridge which has been hit by several serious floods over the last decade

The plan is to roll the sensors out across the region to improve its resilience to flooding and then to introduce them further afield.

Surface water flooding causes substantial damage to properties and infrastructure, with incidences in the last decade of this type of flooding even if waterways and their defences are otherwise containing flow.

This project will focus on surface water level monitoring using new bollard sensors and rainfall, soil moisture and gully sensors.