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Project

NAture based solutions for domestic WAter reuse in MEDiterranean countries (NAWAMED)

Description:

In Mediterranean countries, domestic water use accounts for a minor part of water consumption - a much larger quantity is used for irrigation - but it requires the best quality and its demand is continuously growing, along with improving lifestyle and increasing urban population.

Moreover, urban water is still the main cause of pollution of rivers and groundwater, even when treated before being discharged. Per capita domestic water use can be drastically reduced by using non-conventional water (NCW) resources for not potable purposes: greywater (and rainwater when available) can be reused for WC flushing and irrigation but requires the implementation of decentralised treatment systems, serving one or a few buildings.

NAWAMED aims at changing the urban water management practice by mean of innovative, sustainable, and low-cost treatment technologies, applicable in a decentralised way, to replace the use of potable water with good quality of NCW. 

The project will demonstrate the technical and economic feasibility of nature-based and low-cost solutions, such as living green walls, to treat non-conventional water resources in schools, universities, public facilities and in a refugee camp. Recovered wastewater or storm water will be reused for different purposes, including toilet flushing and irrigation and therefore consumption of potable water for domestic uses will be decreased. Furthermore, the project will showcase that design and architecture can make buildings water producers rather than water consumers.

Project information

Lead

Province of Latina, Italy

Partners

IRIDRA, Italy;

SVI.MED. EuroMediterranean Center for the Sustainable Development, Italy;

Centre for Water Research and Technologies, Tunisia;

University of Jordan, Jordan;

Energy and Water Agency, Malta;

American University of Beirut, Lebanon;

Reference information

Websites:

Published in Climate-ADAPT Feb 10 2023   -   Last Modified in Climate-ADAPT Dec 12 2023

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