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A system approach to wastewater biotreatment for the protection of Mediterranean coastal areas

Objective

The principal objectives are the following :
* To monitor, prevent and remediate coastal pollution due to wastewater disposal through the use of multipurpose subsurface-flow constructed wetlands (SFW), inserting them into the productive system of rural societies and, in a more general way, into the surrounding environment.
* To gain information useful to help in the optimisation of the design and management of constructed wetlands.
* To assess the effectiveness of SFW as a low-tech, low-cost solution to domestic wastewaters treatment.
* To demonstrate the possibility of reusing treated waters for irrigation purposes and aquifer recharging.
* To conduct an economic-social-environment analysis to evaluate the global impact of wetland construction and management.
Expected Outcome

* The main expected outcome is a set of information and recommendations addressing operators and decision-makers, explaining and demonstrating how to take advantage of domestic wastewaters instead of polluting watercourses and seacoasts.
* Further outcomes are methods for optimising the design and management of constructed wetlands.
* Aspects of interest are also : the biomass production and use as an organic compost or to generate biopower; the observation of effects of treated wastewaters used for irrigation purposes and aquifer recharging; the demonstration action addressing extensionists and operators at large.
The project is based on the construction of biodepurating systems in six representative places, each system comprising six constructed cells with annexed spreading basins for aquifer recharging.
* The six cells - which can be split in two, so totalling twelve sub-cells - will offer the possibility of exploring a variety of conditions useful in the process of optimisation, namely detention time, filling media, depurating plants, water depth, etc.
* Phytodepuration efficiency will be evaluated comparing physical, chemical and microbiological characters of inflowing and treated waters.
* The results of system monitoring in the technical, economic and environmental aspects will be analyzed to issue recommendations and guidelines and a decision support tool will be released.

Funding Scheme

CSC - Cost-sharing contracts

Coordinator

ISTITUTO AGRONOMICO MEDITERRANEO DI BARI - CENTRE INTERNATIONAL DE HAUTES ETUDES AGRONOMIQUES MEDITERRANEENNES
Address
Via Ceglie 9
70010 Valenzano
Italy

Participants (6)

CENTRO DE INVESTIGACIONES ENERGETICAS, MEDIAMBIENTALES Y TECNOLOGICAS
Spain
Address
22,Avenida Complutense 22
28040 Madrid
Institut Agronomique et Vétérinaire Hassan II
Morocco
Address

10000 Rabat
NATIONAL TECHNICAL UNIVERSITY OF ATHENS
Greece
Address
Zographou Campus
15780 Athens
Studio Sardo
Italy
Address
Via De Consoli 13
95124 Catania
Suez Canal University
Egypt
Address

41111 Ismailia
UNIVERSITY OF JORDAN
Jordan
Address
Salt Road
Amman