EU project WADI kicks off in Milan

WADI’s kick-off meeting took place on 18th-19th October 2016. 12 partners working together on innovative solutions to reduce water losses and decrease energy consumption via optical remote sensing applied on aerial platforms. 

In some places of Europe, as much as 50% of water resources are being lost before they reach the tap, a circumstance which could easily worsen if reliable and innovative solutions are not deployed. Water has become an increasingly scarce natural resource: currently, 60% of European cities overexploit their groundwater resources while 50% of wetlands are endangered.

A multi-disciplinary team of twelve partners from six EU countries (Italy, Belgium, France, Spain, Portugal and Poland) are now working together to face this urgent challenge, bringing in their know-how, knowledge and long-term expertise.

WADI is an innovation action addressing the H2020 challenge of building water and energy efficient and climate change resilient society. The project aims at reducing losses in water supply systems, decreasing the related energy consumption and integrating an efficient concept of ecosystem service in water management.

WADI will develop an airborne water leak detection surveillance service combined with optical remote sensing to provide water utilities with adequate information on losses in water infrastructures in rural areas. WADI’s innovative technologies will be applied in two pilot sites in France and Portugal, with the target of recovering up to the 50% of the current water losses, cutting by half the corresponding energy consumption required for water pumping.

WADI embarks on a three-year and a half period. At the end, an evaluation of the potential applicability of WADI also to other water resources management applications, such as dikes surveillance, wetland restoration and emergency management in case of disaster will be conducted. 


20 October 2016

This project has received funding from the European Union’s Horizon 2020 Programme for research, technological development and demonstration under grant agreement No. 689239