CORDIS provides links to public deliverables and publications of HORIZON projects.
Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .
Deliverables
Data Management Plan. Task 1.1, M1-6 WP1. Compulsory report with a detailed datamanagement plan for making intoDBP data/research outputs findable, accessible,interoperable and reusable (FAIR) that will be revised towards the end of the project’s lifetime.
Results of Task 7.1 (Communication, dissemination and exploitation plan) Lead: WE; Contribution: ICRA, AS [M1-48]. This deliverable will guide intoDBP promotional efforts across the entire duration of the project. This plan will identify the main means and channels that will be used to make the project known to the public. Additionally, it will focus on the involvement and engagement of stakeholders and identify the communication and dissemination needs, as well as an exploitation plan. A calendar will be set for the different dissemination, communication and exploitation actions.
Policy brief 1Deliverable linked to Task 7.4 (Policy recommendation and best practices: (Lead: WE; Contribution: all partners) [M10-12]. This is the 1 of 3 policy briefs that will summarize the findings of the project until month 12. This will correspond to the introductory policy brief to present the project, its objectives and the challenges for the existing legislations to the EU policy-makers
intoDBP videoDeliverable linked to Task 7.2 (Communication toolkit) Lead: WE [M1-48]. This deliverable corresponds to the intoDBP 3 minutes video(s) summarizing the problem targeted, the project’s objectives and expected results from the different cases.
intoDBP websiteDeliverable linked to Task 7.2 (Communication toolkit) Lead: WE [M1-48]. This deliverable corresponds to the creation of the intoDBP website. The public website will inform the wider community of the objectives of intoDBP project and its activities and progress.
Results of Task 4.1(Strategies for DBPs minimization). Lead: UCT; Contribution: ICRA, SC [M1-6]. This deliverable corresponds to a report summarizing the strategies for minimization of DBPs formation reviewed based on the recent literature, with particular attention to the DBPs regulated by the new DWD and to the emerging DBPs (e.g., NDMA). The identified approaches for DBPs control will include (1) enhanced precursors removal, (2) alternative disinfection and/or pre-oxidation, and (3) removal of DBPs after their formation. Emphasis will be given to the use of alternative pre-oxidation processes that may be easily implemented for the upgrade of water treatment plants and the optimized formation of chloramines for disinfection. Available technologies for upgrading the pre-oxidation units will be evaluated in situ along with the optimal operating parameters.
Review of modelling solutions for intoDBPResutls from Task 3.1 (Identifying modelling tools and strategies for optimal control of DBPs in water distribution networks) Lead: UCY; Contribution: ICRA, SC, SCI, UCT [M1-M12]. This deliverable will summarize the findings from reviewing existing modelling tools, software, and procedures to model the formation of DBPs in water distribution networks. The analysis will focus on open-source software and published results and identify their key features and licensing status. Selected state-of-the-art methodologies, most relevant for optimal control and minimization of DBP related risks, will be studied. These methodologies include state estimation, optimal sensor placement, DBPs formation prediction through UV-VIS and fluorescence signal analysis measuring the reduction of DOM (DBP precursors), early warning detection and decision-making tool.
Monitoring system deployment planDeliverable linked to Task 3.2 (Deployment of the automated monitoring systems). Lead: SC; Contribution: HUJI, WBL, UCY, CANAL, SCI, UCT [M9-M30]. This deliverable consists of the design of a monitoring plan for each CS according to the monitoring technologies described and provided by WP2. The location of the sensors along with the required tools to implement a holistic monitoring system in the CS will be identified and communicated to the CS owners.
Methodology for the sampling and analysisResult of task 2.1 (Develop a tailored methodology for the sampling and analysis).Lead: ICRA; Contribution: UCT, UCY, WBL, DkIT, WBL, ATL, SC, SCI [M1-6]. The report will present the parameters to be measured which will include (1) regulated DBPs (THMs, HAAs, chlorite and chlorate); (2) unregulated DBP species such as HANs, HNMs, HAs, KH and NAs, when relevant for the CS; (3) dissolved organic carbon, total organic nitrogen, ammonia, nitrate, bromide, iodide, pH, conductivity, and (for selected samples) adsorbable organic halogen; (4) DBP formation potential under the disinfection conditions relevant for the CS (i.e., chlorine or chloramines, mainly); (5) UV-VIS absorbance spectra, fluorescence and DOM-HRMS fingerprinting; (6) liquid chromatography and gas chromatography coupled to HRMS for NTS.
Publications
Author(s):
Marianna Garf, David Requejo-Castro, Cristina M. Villanueva
Published in:
Environmental Impact Assessment Review, Issue 112, 2025, ISSN 0195-9255
Publisher:
Elsevier BV
DOI:
10.1016/j.eiar.2025.107815
Author(s):
Meritxell Valentí Quiroga, Maria José Farré and Paolo Roccaro
Published in:
Current Opinion in Environmental Science & Health, Issue 100547, 2024, ISSN 2468-5844
Publisher:
Elsevier
DOI:
10.1016/j.coesh.2024.100547
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