Posts Tagged ‘suds’
Co-UDlabs’ Transnational Access programme officially begins!
The Co-UDlabs Transnational Access programme was officially kicked off with a visit by the ITWH user-group at the OTHU facility of INSA Lyon, a partner of Co-UDlabs and part of our research infrastructure. The brief preliminary visit for the ‘In-situ SUDS modelling‘ proposal was carried out at the end of August 2022, and it is…
Read MoreCo-UDlabs’ session on UDS data at IWA’s World Water Congress
In a fully-packed room at IWA‘s World Water Congress (WWC), one of the most renowned international conferences on water and water management, Co-UDlabs hosted a really successful workshop on ‘Tapping the value of urban drainage systems (UDS) data‘. The event, which welcomed nearly 40 attendees and favoured active participation from researchers and practitioners in the…
Read MoreCo-UDlabs at the 1st Symposium on Urban Flood Experiments
A delegation of Co-UDlabs partners and researchers was invited to the 1st Symposium on Urban Flood Experiments, an expert-group event hosted by INSA Lyon on September 1 and 2, 2022. The symposium was coordinated by Emmanuel Mignot (INSA-LMFA) and Benjamin Dewals (University of Liége), and included invitees from several research institutions across seven European countries.…
Read MoreCo-UDlabs and #GreenRoofDay!
Today, June 6, is #GreenRoofDay! An up-and-coming infrastructural solution for a more sustainable and efficient urban design model, green roofs are bound to play a pivotal role in the emergence of new understandings of urban drainage and its centrality to urban sustainability. In the framework of its Transnational Access programme, Co-UDlabs is granting free access…
Read MoreResearchers go on the Co-UDlabs Hackathon prize ‘field trip’ (with an eye on the TA)
On November 23 and 25, 2021, Co-UDlabs successfully organised a global ‘Hackathon‘ event to meet with young researchers and practitioners from a number of scientific and technology fields. The main goal was to present this audience with the core challenges that urban drainage systems are facing today: climate change, extreme weather conditions, infrastructural stress and…
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