The intoDBP project team from the University of Catania is currently undertaking a comprehensive tour across Europe, actively presenting the project’s methodologies and solutions for ensuring safer and cleaner drinking water. As part of this extensive outreach, researcher Luigi S. recently delivered an impactful presentation at the 19th International Conference on Environmental Science and Technology (CEST 2025) held on the scenic island of Kos, Greece.
At CEST 2025, a premier event for environmental scientists and engineers, Luigi Marino, representing both the University of Catania and the IntoDBP project, delivered a compelling presentation detailing two key areas of IntoDBP’s innovative research:
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Development of fluorescence sensors for Disinfection By-products (DBPs) control in drinking water: This pioneering work aims to provide real-time, accurate monitoring of DBPs, which are a growing concern due to their potential health risks.
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Removal of organic micropollutants by quaternary treatments controlled by optical sensors: This research addresses the challenge of emerging contaminants in water sources, offering advanced treatment solutions precisely managed by sophisticated optical sensing technologies.
Luigi’s participation in CEST 2025 underscores the University of Catania team’s and IntoDBP’s commitment to fostering international collaboration and disseminating its research findings to a global audience. The conference provided an invaluable platform for exchanging ideas with leading experts and stakeholders, further solidifying IntoDBP’s position at the forefront of water quality innovation.
This successful presentation in Greece is part of a broader, ongoing tour where the University of Catania team is actively meeting with various scientific communities, industry partners, and policymakers across Europe. Their dedicated efforts are crucial in promoting the adoption of intoDBP’s robust solutions, contributing significantly to the EU’s zero-pollution ambition and safeguarding public health by enhancing trust in tap water.


