Installation of Flood Watch for Sydney catchment Authority

Upgrading of MIKE 11 RR/HD model for forecasting purposes and provision of FLOOD WATCH system

Removal of the polders near the Durme-Schelde confluence in Belgium is under consideration. In the present project carried out with IMDC International Marine and Dredging Consultants NV. for The Waterways and Maritime Affairs Administration (AWZ), a 2D morphological model study is carried out, which will address the long-term impact of complete and partial dike removal.

MIKE FLOODWATCH, data assimilation, updating, MIKE 11 flood forecasting, training

Reservoir sedimentation study for a Himalayan storage scheme located in Bhutan. The study included systematic analyses of field data for assessment of sediment load (including rare events such as GLOFs and large landslides) and long-term modelling of deposition pattern.

The project will provide input to the Okavango Delta Management Plan through the implementation of a comprehensive integrated hydrologic model of the entire data, employing MIKE SHE and MIKE 11; and support to data management, long-term research, knowledge dissemination and public participation.

In connection with planning of the pipeline installation at an effluent outfall in the Jequitinhonha Rivert, DHI carried out supporting calculations of the stability of the pipeline as well as the efficiency of the diffusers.

In connection with planning of a new cellulose plant, DHI was requested to provide a review (second opinion) on the feasibility study design for an effluent outfall in the Jequitinhonha River near Itapebi, Bahia in Brazil.

A part of the Water Utilization programme (WUP) at MRC, is concerned with development of water sharing rules for the Mekong river. This particular project s examines the details of the cause and effects of one important part of the river, namely the flow reversal in the Tonle Sap river.

The project involves design and development of a system, which automatically carries out hydraulic modelling and produces flood maps for the rivers, and flood plains of Cambodia. The MIKE 11 and MIKE 11 GIS models used haves been developed through various projects for the Mekong River Commission Secretariat (MRCS).

Development and implementation of ice simulation modules for Ice Generation and Ice Jam into MIKE 11

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

An inflow forecasting system to the Three Gorges Dam on the Yangtze River including decision support on the dam operation

Shanghai Environmental Protection Bureau is implementing a GIS and Water Quality Modelling and Water Basin Monitoring Information System. . DHI is providing the MIKE 11 model, WQ-modelling and Training.

Development of methodology for hydrological, hydraulic and morphological studies for a major reclamation project on the Congo River at Kinshasa.

MIKE FLOOD modelling of Greve

Investigation of flooding in the Gerå coastal,agricultural catchment using the integrated groundwater and surface water modelling tools MIKE SHE and MIKE 11.

Assessment of the houting project in the river Vidå with focus on houting survival and dike safety. The assessment is carried out using MIKE FM in combination with agent based modelling techniques in the ECO Lab.

Evaluation of the environmental impact from increased groundwater pumping.

New permits for the well-fields of the Copenhagen water company will be based on principles of sustainability in relation to the groundwater resource itself and also river quality and nature protection in general. (as also included in the EU Water Framework Directive, WFD) In the project area (Nybølle) west of Copenhagen there are many important wetlands and for the rivers quality criteria include that the are habitats for fish. In the project DHI Wate & Environment has used their groundwater-surface water model complex (MIKE SHE -MIKE 11) to evaluate the dry season river flow in the Hove Å river basin and the groundwater level in the wetland areas.

Storm-water overflow causes flooding and backwater effect that pollute the Lake Utterslev. A MIKE 11 model was used for analyzing the effects of change design of the stream and the lake outlet for reduction of pollution load to the lake, improving the fauna passage and prevented flooding.

A channel is planned to connect the Baba future reservoir with Baba Power Station. The channel passes 3 reaches where the channel needs to be protected. Using NS3 DHI investigated whether it is possible to use concrete blocks as scour protection on the slope of the trapezoidal channel.

Modelling different alternatives for the Flood protection of the Carrizal-Chone Irrigation Project (13900 ha) under construction by Constructora Norberto Odebrecht S.A. MIKE 11 modelling system has been applied to simulate alternatives as longitudinal diques, increase hydraulic capacity of the river channels, use of natural depressions to store water, simulation of labyrinth weirs as flood control structures, meandering cuts, operation of the Simbocal barrage to control the salt intrusion.

DHI carried out a modelling study for a planned Gujarat International Finance City (GIFT) between Gandhinagar and Ahmedabad. The study involved determination of design flood levels, design of barrages to create a waterfront at the GIFT City through hydrological and hydraulic modelling, a study of the potential sedimentation problems associated with the barrages, water quality issues and the drainage system around the city.

Support to DHI India for estimation of snow generated run-off to reservoir and evaluation of reservoir sedimentation.

An integrated land use and flood management project was carried out for the Swan River in Himachal Padesh, India. Analysis of river hydraulics, flood extent was made and integrated with land use and sociological aspects.

Master plan and feasibility study for control of flood and debris flow along the Caspian Coast area in Golestan, Iran

Establishment of snowmelt, rainfall- runoff and water allocation modelling of the 100,000 km'2 Aras Basin, shared between Iran, Turkey, Azerbaijan and Armenia. Implementation of a Decision Support System for infrastructure operation to serve the various water users.

Model support for Kirk McClure Morton in setting up a MIKE FLOOD system including MIKE 11 advanced control structure module for controlling hydraulic conditions in regulated river reach downstream of the lake; Lough Neagh

Morphological investigation of the dynamics in the system at confluence of the rivers Sesia and Po.

MIKE 21C is used for simulation of the morphological response of the Po river due to the demolition of the Trino Vercellese weir.

Implementation of model tools for surface and groundwater analysis using MIKE 11, MIKE BASIN and MIKE SHE. Assessment of water quality in line with the requirements in the EU Water Framework Directive.

Paya Indah Training - Malaysia. MIKE SHE and MIKE 11 training in connection with the wetland project Paya Indah Wetlands. Training in the use of the integrated model, and project help for updating the existing MIKE SHE - MIKE 11 model, and defining new scenarious.

The objective of the project was to study the performance of a proposed labyrinth weir in Mexico. A 2D/3D NS3 model was developed and applied in order to determine a QH relation of the flow structure and pressure distribution on the weir walls.

Application of MIKE 21C for design of a bend cut channel at the confluence of Waioeka River and Otara River in Opotiki, New Zealand. The design criteria for the bend cut channel were to reduce the water level 13 cm with the minimum morphological impact.

Real-time flood forecasting, MIKE FLOOD WATCH, MIKE 11 DA, WWW

An integrated and distributed hydrological model in combination with a dynamic river hydraulics model has been developed for risk assessment considering dam operation rules and 1,000 years stochastic rainfall time series.

Coastal and river study for protection of windmills in Bangui Bay, Philippines. Continuation of Project No 53499.

Lake Guiers is the most important fresh water resource in Senegal and located in the upstream part of the Senegal delta area in the northern Senegal more than 200 km from the capital Dakar. In connection with increased abstraction of water from the lake to the capital DHI is assisting the national and local authorities in establishing a management plan for the lake.

Master plan and feasibility study for improvement of inland waterways transportation on the Danube, Sava and Tisa Rivers within Serbia. DHI task was to carry out hydraulic modelling and EIA of the feasibility studies.

Development of a forecasting system for Mur River in Slovenia. The Forecasting system is a part of the transboundary forecasting system for Mur River. Automatic Forecasting is performed at the international forecasting centre in Graz, Austria.

MIKE 11 in combination with AutoCal was used to optimise water usage along the Crocodile River downstream of Kwena Dam. Taking into account the lateral inflows the usage of water for irrigation were optimised while complying with downstream flow requirements.

AutoCal in combination with a MIKE11 model for the Lower Orange River in South Africa is used for real time optimisation of releases from Vanderkloof Dam. The releases are optimised so that irrigation demands and environmental requirements are satisfied using as little water as possible.

Development of a real time forecasting system for optimisation of reservoir operation, irrigation, environmental flow and flood mitigation. Support to Stellenbosch University.

Klarälven forms a delta at Karlstad. Sedimentation has been a problem at the first bifurcation in the delta, resulting in an unstable flow distribution. DHI studied with a morphological modeling whether this could be mitigated by a groyne field, while flooding was addressed with a floodplain model.

Short and Medium Term Flood Forecasting and Management plus Water allocation modelling. Developed in a MIKE Customized environment.

Water management system is based on MIKE Customised adapted to meet specific user requirements.The system incorporates a range of MIKE by DHI models.

Setup of hydrological and hydraulic MIKE 11 forecasting models. Set-up and installation of MIKE FLOOD WATCH.

Software and services

Real-time flood forecasting, MIKE 11, MIKE FLOOD WATCH, data assimilation, GIS, web

Development of a real-time FLOOD WATCH flood forecasting system for Ping River Basin, Thailand.

Development of a real time forecasting system for the inflow forecasting to Ubol Ratane Dam in Thailand.

Implementation of a water quality decision support system in Bangkok for identification of polluters, gate control and forecast of water quality. The system combine advanced sensor technology and model updating in real time.

MIKE 11 DA, Floodwatch, Real-Time Flood Forecasting, Telemetry, GIS

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

The Kyoga Lake on the Equatorial Nile has been blocked by floating islands of detached vegetation. DHI is responsible for establishment of lake water balances and detailed hydraulic analyses of dredging scenarios that will result in the most appropriate future lake water levels.

A Flood Risk Assessment for the City of Lincoln, using MIKE 11 to simulate the effects of active floodplain storage areas upstream of the city

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.

Real-time flood forecasting for flood warning in San Diego, CA.

MIKE SHE support in developing an integrated surface water/groundwater model for an agricultural area in the southern part of Florida, USA.

Set-up of a hydrodynamic/water quality MIKE 11 model for the Delta Mendota Canal.

*Hydrologic, Hydraulic Modeling *Flood Inundation Modeling and Mapping * GIS

Support to IMHEN on developing decision support tools to mitigate impacts of sea level rise due to climate change. Sea Level Rise Scenarios and vulnerability assessments covering shorelines, habitats, natural resources, sector economies and social factors.

Quantification of Climate Change Impacts on Water Resources of all major river basins in Vietnam.

As a component of the Song Bung hydropower project includes technical assistance on hydrology, hydrodynamics and sediment transport in the upstream basin of the dam area. DHI carried out hydrological and hydrodynamic assessments to support the project implementation.

A hydrodynamic modelling study is undertaken on the Sesan river for Electricity of Vietnam. The project is concerned with the hydraulic conditons in the river downstream of the hydropower dams in Vietnam. The Sesan river, both on the vietnamese and Cambodian side is considered. Optimisation of reservoir operation is part of the study.