In Europe, numerous substances which are known to be inside drinking water are not yet monitored. It is necessary to increase knowledge on those substances because their effects on health and the water ecosystems are still to be fully discovered.  Within the boDEREC-CE project, first initiatives have been kicked off to increase the availability of data, knowledge, public awareness, and capacities, in order to be able to propose a transnational strategy, including procedures and tools, for mitigating and managing emerging contaminants (ECs) in the water environment, especially in drinking water. Conducted PPCPs sampling campaigns, hydrological field investigations, and modelling within the pilot actions allowed new and valuable insights into the functioning of water systems as well as the assessment of environmental risks that detected contaminants pose. This is new, precious knowledge on a national, regional, but also at global scale, as the occurrence of PPCPs and their impacts on ecosystems and human health are still insufficiently explored.

boDEREC-CE outputs and results like monitoring and modelling findings, presented at international conferences, workshops and in scientific publications, enabled the dissemination of know-how beyond boundaries of the Central Europe. The consortium countries developed a joint PPCP monitoring methodology, which enabled the comparison of results and transnational cooperation of experts as well as the integration of stakeholders such as practitioners and decision-makers. The large array of stakeholder groups can directly benefit from TRAST-PPCP, a transnational strategy for the mitigation of PPCPs, and from the decision-making support tools wwDEMAST and modePROCON, which can be applied also to regions beyond CE. Transnational cooperation – especially in the new field of mitigation practices -  prove to be essential for the project partnership and beyond, in order to contribute to the transnational strategy for ECs control, prevention and mitigation.

Board for detection and assessment
of pharmaceutical drug residues in drinking water
- capacity building for water management in ce

Main aim is:
ESTABLISHment of AN INTEGRATED MANAGEMENT STRATEGY FOR WATERWORKS THAT GUARANTEES INCREASED QUALITY
OF DRINKING WATER

Specific objectives:

STUDIES ON PPCP IN THE NATURAL ENVIRONMENT

ESTABLISHment OF DECISION SUPPORT SYSTEM FOR WATERWORKS

RECOMENDATION FOR DETAILED PPCP MONITORING IN WATER, INCLUDED MONITORING FROM POTENTIAL PPCP SOURCES, VIA THE WATERCOURSE/THE AQUIFER TO THE WATERWORKS

EVALUATION OF THE TECHNOLOGICAL ASPECTS OF PPCP ATTENUATION IN DRINKING WATER

preparation of A TOOL TO OPTIMIZE TECHNOLOGICAL PROCESES ACCORDING TO RAW WATER QUALITY

PROPOSAL FOR CHANGES TO LEGISLATION ON DRINKING AND WASTEWATER STANDARDS AND TECHNICAL SOLUTIONS

Project in numbers

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strategies

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tools

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pilot actions

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Outputs

PILOT ACTION AREAS

  PILOT ACTION CLUSTER 1               PILOT ACTION CLUSTER 2                    PILOT ACTION CLUSTER 3

             Surface water:                                                           Groundwater:                                                    Karst water:                       

    KOZŁOWA GÓRA, PL                              LJUBLJANA BASIN, SLO                              JADRO CATCHMENT, CRO

 PO RIVER BASIN, IT                                 NEUFAHRN MUNCHEN, GER                    WAIDHOFEN/YBBS, AUS

  DRESDEN - HOSTERWITZ, GER           KARANY-JIZERA, CZE                                                                                  

         

by David Rozman, PP03

Thematic work package 3

Results

MODELING 

The activities included a transnational review of existing country-specific frameworks for model applications in all parts of water management systems. Modelling studies of the water system were conducted within pilot action. One of the main aims of the WPT3 was to develop a model-based decision-making process for emerging contaminants (modePROCON).
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Thematic work package 4

Results

NEW APPROACHES

The realisation of the WPT4 aimed at capacity building of the findings gained within the boDEREC-CE project. One of the main aspects was delivering the tools and strategy dedicated to the main stakeholders - the waterworks and water-oriented actors.
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NEWS

Taking cooperation forward

After 3 years of cooperation boDEREC-CE project came to a successful end.

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project duration

Start Date

01.04.2019

End Date

31.03.2022

Project Partners

contacts