Please note that this session was withdrawn and is no longer available in the respective programme. This withdrawal might have been the result of a merge with another session.
HS2.3.7 | Tackling emerging contaminants across the water cycle through innovation and partnership
Tackling emerging contaminants across the water cycle through innovation and partnership
Convener: Alberto Guadagnini | Co-conveners: Giovanni Porta, Mohaddeseh Mousavi Nezhad, Patrick Jacobs, Monica Riva
This session aims to bridge the gap between academia and industry to address the complex challenge of emerging contaminants in the water cycle. By fostering interdisciplinary discussions and intersectorial collaborations, the session will explore sustainable remediation strategies and innovations in the water sector. The session welcomes contributions focusing on circular economy principles, including case studies of water reuse, emerging contaminants removal and recovery from water resources. It seeks to bring together experts from both academia and the industrial sector to share innovative approaches and practical solutions, fostering partnerships that drive progress in the sustainable management of water resources. We seek contributions that can highlight sustainable remediation, emphasizing the need to tackle emerging contaminants with innovative solutions that are scientifically sound, economically viable and sustainable from an environmental viewpoint. The goal is to stimulate a dialogue that not only advances scientific knowledge but also promotes actionable outcomes that benefit society and the environment. Contributions from the academic and industrial sector are welcome, ranging from innovative lab- and pilot-scale studies to computational approaches, innovative remediation case studies, sustainable remediation and water reuse. The session is promoted by the REMEDI project team (Grant ID: 956384), an EU-funded Horizon 2020 ITN focusing on innovative pharmaceutical wastewater treatment methods. REMEDI focuses on X-ray contrast medium agents and trains early stage researchers to address pharmaceutical water contamination, enhancing the topics mentioned above.