The Environment Agency needed a reliable way to accurately forecast flood extents in real-time for the whole of England. Using Flood Modeller, Jacobs developed the Flood Incident Mapper platform, enabling effective response planning and reducing unnecessary flood alerts.

Corke Valley Park is a public park located in the townland of Cork
Great, County Dublin, Ireland. IE Consulting were commissioned to prepare
a hydrological characterisation of the Wilford Stream and its
catchment at Corke Valley Park.

Flood Modeller's 2D solver was used to route the groundwater fluxes and produce flood depth results to create groundwater flood hazard maps and improve community resilience to groundwater flooding.

Flood Modeller's 1D urban and 2D solvers were used to understand the flooding mechanisms involving overland flow from an open channel and the subsequent overflowing of the sewer system in a small and heavily urbanised catchment.

Fluvial flood mapping to enable scientific and engineering informed analysis of flood risk was undertaken for Taiwan. Using Flood Modeller's industry-leading 1D and 2D solvers, Jacobs developed flood mapping for the whole of Taiwan.

A flood risk assessment for the EXPO 2020 rapid transit rail system extension involving integrated hydrologic analysis with detailed 2D hydraulic modelling of the urban areas. Flood Modeller was chosen due to its ability to accurately model complex flows in urban environments.

A catchment scale study with over 270 km of embankments, 40 separate pumps, and long duration flood events. Flood Modeller was selected due its ability to model complex structures and their operational control and the robustness of its solvers.

Flood Modeller's 2D TVD solver was used to undertake dam-breach modelling of the Lane City Reservoir dam. It allowed complex hydraulics of steep changes in velocity and water level to be calculated more accurately.

Flood Modeller's 1D and 2D ADI solvers have been applied to simulate combined fluvial and direct rainfall flooding in a sub-catchment of the Parramatta River in Sydney. They were selected for their speed and stability.

An integrated catchment study for the Little Shooks Run drainage basin within the City of Colorado Springs. A Flood Modeller 1D urban model was used to identify areas at risk of flooding once the subsurface drainage system exceeded capacity.

Flood Cloud enabled more than 300 Flood Modeller simulations (1D-2D linked model) to be completed in just a few hours. Processing time was reduced from 31 days to 2.5 hours, significantly reducing the programme and cut costs for the project.

Flood Modeller's 2D FAST solver was used as part of Fingal East Meath Flood Risk Assessment and Management Study to provide a rapid assessment of potential locations where pluvial flooding may occur.