Installation of Flood Watch for Sydney catchment Authority

Flood management and forecasting, decision support system, web technology, ArcGIS SDE, ORACLE, SQL SERVER, DHI Software

Centre for Regional change in the Earth System (CRES)

MIKE FLOOD modelling of Greve

Development of the modelling framework for calculation of Flood risk in Greve city

The project includes an evaluation of the pressures and the status of the environmental conditions in the Isefjord catchment as well as a screening of possible measures and their impact in connection with the implementation of the EU Water Framework Directive.

Facilitation of the implementation of the water framework directive in the Roskilde Fiord catchment through formulation of measures to reduce the pressure on the fiord.

Lake and stream restoration assessment and effect evaluation of discharging treated sewage in the river system. Technical and financial assessments.

Impact from long term climate changes on groundwater levels in a coastal area is investigated through scenario modelling using MIKE SHE. Risk for leakage into sewer systems and buildings is also assessed.

Hydraulic model and description of grit removal at Lynetten Wastewater Treatment Plant (750,000 PE)

In a desk study DHI evaluated possible air inflow into the submerged pumps.

MIKE URBAN modelling studies for a large urban catchment with combined and separated sewer networks

The evaluated treatment technologies were two-stage precipitation, biological filter, adsorption on activated carbon, combined adsorption and biological treatment. Advantages and disadvantages were included in the assessments. The most critical parameters were metals and PAH.

Building of hydraulic models for Water supply network, sanitary sewer and storm water system. The models are build in MIKE NET and MOUSE, but will as part of the project be merged into MIKE Urban.

Online use of a stategic model of the all main pipes in the water distribution network in Copenhagen - incl. Transport pipes from the 7 water works situated up to 40 km outside the city.

Feasibility study with the master plan for the sewerage system serving 1,5 million people in the city of Belgrade, Serbia

Outline design, Flow and PI-diagrams, and cost estimations on budget level for water treatment plant on brewery.

An evaluation of environmental effects from emission of wastewater from Nordic airports is being carried out as part of the project. The wastewater occurs when aircraft and runways are de-iced, and when aircraft are cleaned. The project screens the best available technologies for treatment and reuse of wastewater. A network of environmental managers is established and as a result of the project, a large-scale R&D programme is designed.

Setup and customisation of the MIKE 11 hydrological and hydraulic models. Employment of MIKE 11 the data assimilation module for forecasting purposes. Setup and customisation of MIKE FLOODWATCH

Good-practice guidelines for climate change adaptation elaborated through quantitative and applicable case studies focusing on issues like droughts, glacier retreat, sea-level rise and storm water drainage. Dissemination of the results through workshops.