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Managing stormwater drainage in an area exposed to multiple flood risks
The area of Nordkroken in Vänersborg Municipality, Sweden, is exposed to several flood risks from groundwater, lakes, rivers and runoff from rainfall. As the municipality plans for new developments, their stormwater system needed to be re-designed and be able to cope with the natural hydrology of the area. DHI created a coupled MIKE URBAN and MIKE SHE model in order to model the full urban hydrologic cycle and implement an open stormwater system in the area. Our findings showed that the proposed stormwater system efficiently reduced the flood risks from both groundwater and heavy rains.
Nordkroken is subject to frequent high groundwater levels, leading to flooded houses and little or no infiltration of rainfall, which in turn creates large stormwater runoff volumes. Since Vänersborg Municipality has been urged by regional authorities to construct a new stormwater system, the municipality needed to investigate stormwater systems and geohydrologic conditions, including the interaction between the two.
To examine the area of Nordkroken, we created a coupled MIKE URBAN and MIKE SHE model for the following three scenarios:
In addition to these three scenarios, we ran simulations for various rainfall events during both dry (summer) and wet (autumn) seasons. With the simulations, we identified the main sources of flooding during different conditions, established a water balance for the area, and tested the efficiency of a future stormwater system. By including a groundwater model, the stormwater system was designed to fit the specific groundwater conditions at the site to ensure safe and efficient management of surface flooding.
Design and verification of future open stormwater system
Safe stormwater system during both wet and dry seasons
Quantifying the contribution of groundwater and stormwater runoff to surface flooding
Vänersborg Municipality is located at the south end of the biggest lake in Sweden, Lake Vänern. The municipality has high environmental ambitions and was recently appointed ‘Climate Adaptation Municipality of the Year’ in Sweden.
MIKE URBANMIKE SHE
Stormwater management from a holistic hydrologic perspective
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