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FIT4REUSE: Integrated use of water resources

SAFE AND SUSTAINABLE SOLUTIONS FOR THE INTEGRATED USE OF UNCONVENTIONAL WATER RESOURCES IN THE MEDITERRANEAN AGRICULTURAL SECTOR

Wastewater treatment and desalinated water

Sustainable solutions adapted to local scenarios

Conducting high-quality collaborative research

Reclaimed water and desalinated water can help bridge the gap between available and needed water, providing a continuous supply of water throughout the year. FIT4REUSE, aware of the existing situations in different parts of the Mediterranean region, will contribute to meeting these challenges by providing sustainable solutions adapted to local scenarios.

The main objective of FIT4REUSE is to provide safe, locally sustainable and adapted water supply for the Mediterranean agricultural sector through the exploitation of non-conventional water resources, that is, reclaimed water and desalinated water. In particular, FIT4REUSE will focus on innovative treatment technologies and the use of unconventional water resources in agriculture and for aquifer recharge. The participation of partners from different areas of the Mediterranean region will allow FIT4REUSE to carry out high-quality collaborative research and produce substantive results at a regional scale that fit local scenarios, and start a long-lasting collaboration between the participating institutions.

OBJECTIVES

  • Develop and optimize nature-based solutions, primarily constructed wetlands, for municipal wastewater treatment to produce a treated effluent that is suitable for reuse in irrigation according to required standards.

  • Develop and improve innovative wastewater treatment technologies that integrate bioengineering techniques and advanced nanomaterials under sustainable cost-benefit conditions.

  •  Create and research a specific combination of technologies developed and validated in the previous objectives to improve the removal of pollutants (mainly pathogens and emerging pollutants) and achieve a better and more sustainable treatment of unconventional water resources according to local needs and standard norms.

  •  Enable more extensive use of desalinated water in agriculture by reducing the costs of desalination technologies and providing a sustainable alternative for brine treatment and disposal.

  •  Improve the aquifer recharge process with treated wastewater and aquifer treatment, to optimize the method, preserve the quality of the aquifer water and its ecological balance.

  • Study different drip irrigation technologies and practices to prevent negative effects (e.g. clogging) of unconventional water resources on irrigation equipment or on the health of farmers and end consumers, and identify the effects that may have on the quality of the soil.

  •  Develop appropriate guidelines to support the widespread adoption of water reuse safety planning in the Mediterranean basin, in order to minimize any potential threats and support water regulations and policies.

  •  Analyze in an integrated way the economic, environmental and social impacts of the proposed solutions to guarantee their applicability and sustainability in the future.

  • Understand the reasons for low public acceptance and analyze existing policies regarding the safe use of unconventional water resources; offer solutions to increase public acceptance and improve the use of treated wastewater and desalinated water through a multi-stakeholder approach.

  • Communicate and disseminate the results to the general and professional public throughout the duration of the project, in order to maximize its impact and allow the exploitation of the results.

CONSORTIUM

UNIBO (IT)
UNIVPM (IT)
ISPRA (IT)
BIOAZUL (SP)
ECOFILAE (FR)
NTUA (GR)
MEKOROT (IL)
UTM-ISSBAT (TN)
ITU (TR)

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Website: fit4reuse.org

Status: Active

Financing program: PRIMA

Contract nº: 1823

Duration: 07/01/2019 – 06/30/2022 (36 months)

Budget: 2.020.000,00€ (CE funding: 2.020.000,00€)

Contact person: Antonia Lorenzo (alorenzo@bioazul.com)