New Energy and REsources from Urban Sanitation | 2 Mers Seas Zeeën

NEREUS

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New Energy and REsources from Urban Sanitation

Priority Axis

Resource Efficient Economy

Specific objective

Circular Economy

Lead partner

VITO NV

Start Date

13/07/2017

End Date

31/12/2021

Project budget

7 007 864

ERDF amount

3 394 737

ERDF rate

48%

    About

    Common challenge

    The NEREUS project will tackle the common 2SEAS area challenges by boosting further the development of green economy and transforming wastewater into a valuable source of water, resources (eg cellulose, nutrients), and energy that could be reused.
    More specifically, due to climate change, water scarcity is increasingly problematic resulting in a growing need to reuse wastewater. Finite nutrients such as phosphorus are crucial for agriculture and currently not recovered from wastewater. As a result, these resources cannot be reused in a meaningful manner (e.g. as fertilizer). Wastewater also contains energy / heat that could be used as a sustainable source of energy in order to reduce CO2 emissions. Although there is a growing conviction that future arrangements for the treatment of wastewater should be based on the principles of a circular economy, and although the technology is available, decision makers are still hesitant to make use of them due to the lack of practical evidence.

    Main Achievements

    The first year of the Nereus project has been a productive one. The work by all partners, but also the modifications are useful and shall be defining to reach the project objectives and to reach the set project outputs.

    The overall objective of the NEREUS project is to increase the reuse of resources, water and energy from wastewater by boosting the adoption of technologies that recover resources, water and energy from wastewater in urban areas. Through the dissemination done at the start conference in the own project communication, in partner media, by lecturing in universities and educational institutes, the feasibility and potential of resource recovery from wastewater in urban areas has been widely spread among private and public decision makers.

    The construction and deployment of the democases in the involved cities and regions is getting up to speed and has already caught the attention of municipalities, local authorities, waterboards and citizens.

    During its first year the Nereus Project has clearly shown the added value of cross border cooperation. The Start Conference brought 65 persons (among them also scientists and  entrepreneurs) to Saint-Omer for a whole day of open expertise sharing about the plans in the democases experiences and the use of good practices from other projects. The exchange during technical meetings within the Nereus partnership undoubtedly inspired all individual partners and will help to have the most appropriate solution for resource recovery in the democases and beyond.

    With respect to the outputs of the Nereus project, a first result has been booked. A test site for treatment of mixed sludge was realized in the Saint-Omer region by CAPSO.

    For the decision support tool (DST) that Nereus will develop a thorough investigation and research effort has been done on the common decision processes and the used technical, environmental and sustainability criteria. After an internal process within the Nereus consortium, there was also a workshop organized with external specialists and potential users that defined the framework of the DST that will be developed.

    Partnership

    Partners

    DuCoop CVBA

    Waterlink

    HZ University of Applied Sciences

    Communauté d’agglomération du Pays De Saint Omer

    University of Portsmouth Higher Education Corporation

    Southern Water Services Ltd

    Evides Industriewater B.V.

    Outputs

    Theme
    Type
    Target
    URL / Download
    01/01/2019

    A decentral wastewater plant to recover nutrients and cellulose in Rotterdam and Den Hoorn/Delft (NL)

    Theme: Circular economy - Water management
    Type: Physical equipment/pilot
    Target: Environmental agencies - Local, regional and national authorities - Water management organisations
    01/01/2019

    A decentral wastewater installation that recovers water from wastewater in Rotterdam and Den Hoorn (Delft)

    Theme: Circular economy - Water management
    Type: Physical equipment/pilot
    Target: Environmental agencies - Local, regional and national authorities - Water management organisations
    01/01/2019

    A decentral waste water installation that recovers energy from waste water in Rotterdam and Den Hoorn/Delft (NL)

    Theme: Circular economy - Water management
    Type: Physical equipment/pilot
    Target: Environmental agencies - Local, regional and national authorities - Water management organisations
    28/02/2019

    Test site for treatment of mixed sludge

    Theme: Circular economy - Water management
    Type: Physical equipment/pilot
    Target: Environmental agencies - Local, regional and national authorities - Water management organisations