Newsnews & agenda
COVID-19 Sewage Surveillance must-reads
Sources and effects of microplastics in water still not sufficiently known
Jury and public choose Comsima as winner of BTO Implementation Award
Lumbricus Closing Symposium: How can we make raised sandy soils climate-robust?
The Wastewater4COVID project aims to develop a method for early detection of the coronavirus
Subjects & projects
KWR’s foundation is the knowledge we develop on the basis of our leading, applied scientific research into the water cycle. We are experts in a wide range of specialist fields and we inspire the water sector to define its research issues and questions. Together, we build the knowledge needed to address complex water challenges.
We collaborate with water companies, universities and businesses, both in the Netherlands and internationally. In such a context, as a researcher, you’ll find it interesting to be a connecting link and to shape the development of knowledge.
Tools & Products
Together with the water sector, we have developed a solid knowledge base. We are building an international reference framework of successful tools and products. And we seek out partnerships with market players for the commercialisation of market-ready products.
KWR in numbers
In the library of KWR you’ll find all public reports, peer-reviewed papers, theses, articles from journals and public media.Go to our library
Recently added publications
KWR in het nieuws G.J. Medema - Onderzoekers speuren nu ook in rioolwater naar Britse en andere varianten (en wel hierom)Publieksmedia Read more over KWR in het nieuws G.J. Medema - Onderzoekers speuren nu ook in rioolwater naar Britse en andere varianten (en wel hierom)
Assessment of the Urban Water Cycle in Antwerp (BE): The City Blueprint Approach (CBA)Peer review artikel Read more over Assessment of the Urban Water Cycle in Antwerp (BE): The City Blueprint Approach (CBA)
Computational Fluid Dynamics simulation of two-phase flow and dissolved oxygen in a wastewater treatPeer review artikel Read more over Computational Fluid Dynamics simulation of two-phase flow and dissolved oxygen in a wastewater treat