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  • CISWEFE-NEX: Circular Innovation in the WEFE Nexus

CISWEFE-NEX: Circular Innovation in the WEFE Nexus

CIRCULAR SOLUTIONS FOR THE WATER, ENERGY, AND FOOD NEXUS IN WATER-STRESSED REGIONS

Circular use of water, energy, and food to combat resource scarcity

Innovative technologies to reduce environmental impacts and enhance sustainability

Scalable and replicable model for European regions facing water stress

Sustainable access to water, energy, food, and ecosystems (WEFE) is a critical challenge, particularly in regions facing severe water stress. Increasing pressure on these resources requires integrated solutions that address their interdependence and foster circularity.

The CisWEFE-NEX project aims to implement a circular and systemic solution for the WEFE nexus, generating long-term benefits by efficiently reusing water, energy, and food resources through innovative technologies and circular models. This initiative will focus on the Algarve region, aiming to develop a scalable and replicable model for other European regions.

Regions experiencing severe water stress face a combination of environmental, economic, and social challenges, including:

  • Shortage of freshwater for irrigation and consumption.
  • Dependence on external resources and high energy costs.
  • Pollution from agricultural and industrial waste.
  • Food insecurity and loss of biodiversity.

Current approaches lack integration and circularity, limiting sustainability and long-term resilience.

ObjeCtivEs

  • Achieve a net positive freshwater balance through innovative reuse of olive mill wastewater and desalination of brackish water, to produce irrigation water, along with table salt and Epsom salt from brine valorisation.
  • Reduce environmental impacts, such as greenhouse gas emissions by generating renewable energy using agri-photovoltaics and anaerobic digestion systems.
  • Produce food (crops, shrimp, seaweed) while fostering local resource reuse through regenerative agriculture, biophenol extraction from olive mill waste and integrated multi-trophic aquaculture.
  • Monitor traditional and emerging pollutants using controlled cavitation.
  • Integrate data from all subsystems into an artificial intelligence and machine learning driven digital twin monitoring and control platform.
  • Develop long-term business strategies and plans for scaling and replicating the solution in other regions.
  • Identify and engage key stakeholders in the development, testing and dissemination of best practices.

consortium

BIOAZUL (Spain)

AIMEN  (Spain)

ECOFILAE (France)

INOVA+ (Portugal)

WME (Germany)

UNIPA   (Italy)

ULTRAWAVES    (Germany)

MORE   (Portugal)

LANDING (Netherlands)

IGFF       (Denmark)

OVERDI (Italy)

IN LOCO (Portugal)

DARIACORDAR  (Portugal)

COOPERNICO    (Portugal)

IDAD      (Portugal)

 

RDFCM              (Greece)

AUTH    (Greece)

EA          (France)

CTA        (Spain)

REQUIMTE         (Portugal)

IQC                       (Switzerland)

CCDR Algarve     (Portugal)

CCDR Alentejo   (Portugal)

ITC         (Spain)

CM Tavira (Portugal)      

CM Olhão           (Portugal)

INNOBOOST       (Switzerland)

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Status: Active

Funding program: Horizon Europe

Contract nº: 101135062

Duration: 1st June 2024 – 31st May 2029 (60 months)

Budget: €11,084,718.22 (EC funding: €9,659,285.15)

Contact person: Pilar Zapata (pzapata@bioazul.com)