The European water research project DESSIN demonstrates and promotes innovative solutions for water scarcity and water quality related challenges & demonstrates a methodology for the valuation of ecosystem services (ESS).
DESSIN is centred around five demonstration sites with special focus on urban areas across Europe, where solutions are being tested and validated. All information and products resulting from the project will be introduced on this website.
My name is Gerardo and I am a Fellow at Ecologic Institute in Berlin. I am a mechanical engineer and business administrator by training, and a policy analyst and consultant by doing. My research focuses on the economic aspects of water policy and the practical application of the ecosystem services approach. I also do consultancy work on business development for organizations creating technological innovations to enable the efficient and sustainable use of water resources.
Currently I lead activities in three European research projects involving innovation in the water sector (DESSIN, SWITCH-ON and BRIGAID) and I am member of the European Topic Centre on Inland Coastal and Marine waters (ETC-ICM), which supports the European Environment Agency (EEA) in its research and assessment of European waters. Click to read more
The DESSIN Ecosystem Services Framework – an innovative methodology for investments in the water sector
Framework developed to help decision-makers to make the best choice by evaluating the effects that innovative solutions have on freshwater ecosystems and their services.
The European research project DESSIN has developed a structured approach to measure changes in ecosystems services (the benefits humans obtain from ecosystems). With it, the project is bringing the concept of ecosystem services from theory to practice and using it to boost innovation in the water sector. The recently created “DESSIN ESS Evaluation Framework” supports decision-making and promotes the uptake of innovative solutions to water quality and water scarcity challenges in urban areas. It will also facilitate the integration of the ecosystem services concept into EU Water Framework Directive implementation. Click to read more
My name is Laura Ventura Termes and I was born in 1985. I have a degree in Journalism and a Master’s Degree in Public Relations (PR) and Communication from the Autonomous University of Barcelona. I started my professional career in the media, working in press (print and online newspapers and magazines), TV and radio for five years. After that, I developed my career in communications in a PR Agency and then joined Cetaqua’s Communication Department in 2012. Since then, I have been involved in several European projects and I support the corporate communication tasks, such as the website, the annual report and the production of other communication materials. In my spare time I collaborate with a local newspaper and practice sports: I ride horse (I practice dressage) and I recently started doing crossfit. I also have two beautiful and quite naughty dogs. Click to read more
The two demonstration technologies in the Emscher case focus on water quality issues. Aim is to decrease the amount and improve the quality of combined sewer overflow (CSO) into recipient rivers.
Five CSO facilities in the upper Emscher river section are now ready for implementation of the RTC system ADESBA. The function of the ADESBA communication software is the optimal utilization of the entire available underground storage volume. The final aim is to reduce pollutant input into streams by reducing the overflow frequency and volume from CSOs into streams. Click to read more
Software for the evaluation of groundwater and surface water interactions: Numerical model tool available
The available document reports the results of the numerical model developed to identify links between MAR and water related systems and to evaluate the impact of Managed Aquifer Recharge (MAR) in general, and Aquifer Storage and Recovery (ASR) in particular, on identified ecosystem services.
The numerical model has two main objectives: to evaluate the interactions between groundwater and surface water media and to become a tool to show the benefits of this technology to implementers. The first objective is approached simulating a typical deltaic aquifer and evaluating the results of different MAR configurations. The latter is done through a web page with the results of the transient simulation in video format. Click to read more
New result available: Assessment reversed osmosis membrane clogging by varying redox conditions of feedwater
Coastal areas are generally densely populated and marked by high freshwater demands. Due to the proximity of the sea these areas have to deal with saline water intrusions and salinization of groundwater. Therefore the availability of freshwater cannot always be guaranteed in these regions. Use of local ecosystems by aquifer storage and recovery (ASR) of temporary freshwater surpluses and reverse osmosis (RO) of brackish-saline groundwater are potential solutions for freshwater supply in coastal areas. Both techniques have their drawbacks. ASR in coastal aquifers is marked by freshwater losses by buoyancy effects in the saline groundwater, while RO is accompanied by a saline waste water stream. Click to read more
My name is Gerard van den Berg. I have a PhD degree in Geochemistry from Utrecht University in The Netherlands. Since 2004, I work at KWR Watercycle Research Institute. Currently, at KWR, I am manager of the team Innovation & Valorisation and project manager for all our international activities. Our team consists of a group of nine professionals who are responsible for the day to day management of the national and international research programmes of KWR, as well as the international networks of KWR, including Watershare®. I am also Coordinator of the EU funded SUBSOL project, that aims to bring water solutions to market. Click to read more
Transforming DESSIN’s demo-sites into showcases has the purpose to establish reference sites for lighthouse-solutions that can be presented to various audiences such as interested water managers from other regions with similar challenges. That, in return, will promote the market uptake of the innovative solutions from DESSIN.
DESSIN scientist Dr. Koen Zuurbier (KWR) graduates at TU Delft on findings from the Westland demo site
On May 10, Koen Zuurbier obtained his doctoral degree at the TU Delft on his findings during his research on ‘Increasing Freshwater Recovery upon Aquifer Storage’. The DESSIN Westland demosite was one of the pilot sites where a dedicated configuration of groundwater wells was installed to improve the recovery of rainwater surpluses stored in a brackish water aquifer more than 20 m below surface level. In coastal areas like the Westland, recovery of freshwater is often hampered by buoyancy effects: the injected freshwater is simply ‘lighter’ than the surrounding brackish water and is displaced to the top of the targeted aquifer.