Replicability
How predictive tools can improve coastal water management by scaling up the monitoring of combined sewer overflows
Best suited for
This model is particularly suitable for densely populated coastal cities with combined sewer systems, which are increasingly affected by heavy rainfall and storm surges. It is especially valuable where tourism and recreational beaches play an important economic role.
Stakeholders' role
Successful implementation requires cooperation between municipalities, water utilities, environmental and public health authorities, researchers and coastal managers. Together they provide the operational, scientific and governance expertise needed to monitor water quality and respond rapidly to pollution events.
Built-in scalable tools
The predictive modelling approach can be adapted to different coastal environments by integrating local weather, hydrological and water quality data. This flexibility makes the system readily transferable to other coastal cities facing similar climate-related water quality challenges.
Funding pathways
The demonstrator was developed through the Horizon Europe-funded IMPETUS project, as part of the EU Mission on Adaptation to Climate Change. Its results provide a strong evidence base for further investment in digital EWSs, smart water management and climate resilience in coastal cities.
