The purpose of this project is to identify solutions to ensure navigation conditions of the River Danube, in particular to improve the depth and width of the navigation fairway.

Jacobs are working extensively with the Scottish Environment Protection Agency (SEPA) in Scotland (United Kingdom), to help develop and improve SEPA’s flood warning systems.

Our 1D solver was used within the Rio Salado Master Plan project in Argentina. The study area was the 170,000 km² Rio Salado Catchment to the south and west of Buenos Aires.

The Mekong River Commission has used Jacobs' flood modelling software for over 10 years to inform decision makers on the likely impacts of development scenarios.

In order to understand the potential flood impacts and responses, 1D modelling for the Taihu Basin Authority was carried out to generate credible evidence of flood risk.

Flood Modeller Pro's 1D solver was used to support a four-mile canal restoration project,  between Wallbridge and Ebley, on the Cotswold Canals through Stroud.

To improve forecasts for the Tidal Mersey in Warrington, a hydrodynamic forecasting model was developed, extending from Gladstone Dock to the Woolston Siphon Weir.

Enzygo used our 1D solver to review flood maps which could potentially impact on new development, bringing areas of land into flood zones that had no record of previous flooding.

Our software is the model of choice for supporting the Thames Barrier's operation and informing the development of the Environment Agency's TE2100 long-term strategy.

Thames Water produced a 1D model of the entire New River system in order to understand better the system's capacity and improve the river's operations.

BRL Ingénierie modelled the River Têt and its tributaries in order to develop a flood risk management plan. The study modelled 25km of river covering an area of 45km².

Black & Veatch modelled the Somerset Levels and Moors, a managed catchment which is controlled by a network of structures and pumping stations.

Glasgow City Council commissioned the River Clyde Flood Management Strategy to develop a long-term plan to address potential flood risk along the River Clyde. Catchment-wide modelling was carried out using our 1D solver.

Glasgow City Council embarked on the White Cart Water Flood Prevention Scheme, using the 1D solver, to provide a sustainable, environmentally friendly solution to flood risk.

Flood Modeller Pro was used to determine the impact on flood levels from numerous structures across eight different fluvial catchments throughout England.

Flood Modeller Pro’s 1D solver was used to help assess and design components of the London 2012 Olympic and Paralympic Games park infrastructure.

To evaluate the impact of development on surrounding water levels, fluvial and direct rainfall flooding was modelled in a sub-catchment of the Parramatta River.

An integrated mapping model for surface water and fluvial flooding was developed using Flood Modeller Pro to determine the potential flood risk from combined sources.

The OPW is using our 1D solver and TUFLOW to identify and map the potential existing and future flood hazard and flood risk areas for a range of annual exceedence probabilities.

The interaction between the Grand Union Canal and the river Ouzel was investigated during high flow events at Leighton Buzzard in Bedfordshire (England).

Over 700km of the Siret River and its major tributaries were modelled using our 1D solver. In urban areas the 2D ADI solver has been used to model the floodplain.

CH2M was commissioned by the Environment Agency (England) to conduct a linked 1D-2D flood modelling exercise at Orton Meadows in Peterborough, England.

Flood Modeller Pro was a key tool used in the design stages of a proposed flood storage reservoir to alleviate the flood risk in the Yorkshire village of Catterick, England.