Surface water flood forecasting and early warning system for Network Rail
We have been awarded funding by the 2020 Rail Innovation Programme to develop a first-of-a-kind surface water flood forecasting and early warning system for Network Rail. The system will support optimised railway operations through a real-time decision-support system.
- Client Network Rail
- Location UK
- Services
Challenge
The 2020 Rail Innovation Programme, funded by the Department for Transport and delivered by Innovate UK in partnership with the Knowledge Transfer Network, awarded £9.4 million to 25 outstanding projects that would make railways cleaner, greener and more passenger-friendly. Our challenge was to provide evidence that by combining our Flood Foresight technology with high-resolution numerical weather prediction data, we could create a first-of-a-kind technology that could be used by railway operators to accurately forecast the likelihood of surface water flood events.
Solution
Our previous work for Network Rail means we have a good understanding of detailed mapping locations that are vulnerable to surface water hazards. By combining this asset level data with Flood Foresight probabilistic estimates of heavy rainfall and surface water accumulations, we were able to create a system that produces consistent flood information on surface water events, alerts and warnings, nationwide.
Benefit
Users of this technology will benefit from asset-specific surface water flood information, alerts, and warnings, in addition to being able to view surface water flood information in map format. Generated by integrating the forecast flood extent with existing asset metadata (location, elevation, asset type, etc.), this information can be used to prioritise early action to mitigate flood and heavy rainfall impact and minimise disruption.
Ultimately, this will enable proactive flood management to reduce the overall impacts experienced by operators, maintainers (including planning by third-party suppliers) and users of the national network.
For more information about this project, click here to contact us.