Setting up an operational intelligent control system for all navigable waterways in Wallonia.

Drawing up an effective, sustainable and quantified climate adaptation plan for the historical city center of Bruges. The project involved a climate risk analysis, quantification of various adaptation measures and a participatory approach.

Quantification of storm water and climate risks for Brussels Airport, followed by the development of an effective plan to future-proof the airport. Various investment and adaptation strategies were quantified and optimized through model simulations.

Development of an operational "drought model" for Flanders to quantify and map droughts under current and future climate.

Setting up a drought mitigation plan for the city of Leuven. Different policy strategies are assessed based on a water balance model that includes all relevant sources and users of water on city wide scale.

Tool to design source control measures through long term simulations.

Configuration of a fast conceptual model of the river Aa and its tributaries. The conceptual model plays a vital role in assessing the flood security of the city of 's Hertogenbosch.

Development of an operational Big Data forecasting system for agriculture.

Quantification of the impact of the new Flemish Spatial Policy Plan (the "betonstop") on sewer infrastructure.

Modelling and scenario analyses to mitigate floods in the basin of the Goorloop (Antwerp, Belgium).

Development of the Flemish reactive and operational assessment framework to monitor and align water needs and availabilities during periods of extreme droughts.

This project included a risk analysis for the Meetjesland region, a regional climate adaptation plan, followed by the development of local climate adaptation plans (e.g. Assenede, Eeklo, Evergem, Lievegem, Sint-Laureins, Wachtebeke, Zelzate).

Updating of the synthetic boundary conditions and models covering entire Flanders to create flood hazard maps.

Quantification and mapping of the impacts and risks of climate change for the energy sector in Suriname.

Development and deployment of a low-cost IoT solution to make green roofs smart.

Quantification of various climate-proof scenarios to renovate Sas Slijkens (Oostend).

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Development of an operational forecasting system to predict fresh water demand throughout Flanders under normal and extreme conditions.

Quantification and mapping of urban floods in the city of Ghent under current and future climate.

Development of climate change scenarios for all regions of the world.