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.

Modelling effects of reduced nitrogen inputs from agriculture in Denmark

DHI planned, facilitated and reported on a seminar for Danida Environment advisors. The purpose of the seminar was knowledge sharing on the status of environment assistance and mainstreaming and good governance in relation to the environment.

A dynamic model 3-D Model system (MIKE 3 + EU-MT model) was run to identify the nutrient load at which a "good environmental condition" was obtained in the shallow and turbid Ringkøbing Fjord (Denmark).

A dynamic model 3-D Modelsystem (MIKE 3 FM + EU model in ECOlab) was run to identify the nutrient load at which a "good environmental condition" was reached in the shallow Norsminde Fjord (Denmark).

Research project to examine why eelgrass is not re-colonizing former meadows destroyed by eutrophication well after (10-15 years) the nutrient load has been decimated.

Simulations with an existing dynamic 3-D Modelsystem (MIKE 3 FM + EU model in ECOlab) were run to identify the nutrient load at which a "good environmental condition" was reached in Århus Bay and Æbeltoft Vig (Denmark).

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.

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

As part of an application for use of copper and antibiotics in connection with marine fish farming in Nordby Bay a MIKE 3 HD/AD model was used to calculate excess concentrations around the fish farm.

As part of an application for use of copper and antibiotics in connection with marine fish farming at five locations in Smålandshavet a MIKE 3 HD/AD model was used to calculate excess concentrations around the fish farms.

Calculations of regional environmental effects on Kattegat and Skagerrak of reduction in nitrogen discharge from FF Skagen.

Supplementary calculations and evaluation in connection with Environmental Impact Assessment of increased fish production by merging five existing smaller farms to one situated in more open waters (case no 53055).

A dynamic model 3-D model system (MIKE 3 + EU model) was run to identify the nutrient load at which a "good environmental condition" was reached in the shallow Præstø Fjord (Denmark).

Calculations of excess concentrations of cobber and antibiotics in connection with application for enlargement of production on existing caged marine fish farm in Storebælt.

The project involved documentation of the use oand subsequent discharge of copper and antibiotics at a trout farm in Storstrømmen as well as 2D modelling of the distribution of the substances in the marine environment surrounding the fish farm.

Documentation and evalutation of previous as well as future environmental impacts in connection with a discharge application for a marine trout farm in the Great Belt. Environmental Impact Assessment in connection with application for enlarging production on two existing marine cage fish farm in Storebælt.

The County of Ringkøbing asked DHI to set up an ecological model on Nissum Fjord and to make a model of water and nitrogen loads from the catchment.

This project aims at providing a solid basis for the ongoing discussion of the needs to improve the nutrient load reductions to the Danish waters. The project focusses on the marine environment and assesses the effects of various reduction schemes.

The Fehmarnbelt Fixed Link shall be constructed before year 2018. DHI Denmark and partners are responsible for the development and execution of a state-of-the art and innovative Marine Biology Service that will secure a flawless and timely EIA process.

Design and impact evaluation of planned submerged long sea outfall from Fussina to the Adriatic Sea. The impact assessment comprises the MIKE 3 FM model of the Laguna di Venezia and parts of the Adriatic Sea describing currents, fine sediment deposition, eutrophication and heavy metals.

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.

Detailed studies of reclamation impacts on hydrodynamics, navigation, morphology, water quality, seagrass, mangrove, coral, aquaculture, fishery and dugongs.

Modelling and ecotoxicological assessment of spills of drilling mud, drill cuttings and crude oil.

EIA on impacts from drilling mud and drill cuttings in the Manifa bay area, where more than 20 new oil drilling sites will be stablished from 2009.

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.

Training in use of MIKE3 + EcoLab. Customer is establishing a model of the Manchester Ship Canal.

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