Objectives
-
Reduce by up to 100% the discharge of untreated stormwater overflows in heavy precipitation areas
-
Increase the capacity of Wastewater Treatment Plants (WWTP) by up to 600% using the existing area and infrastructures
-
Develop and validate two novel solutions for the upgrading of WWTP
-
Develop a tool using artificial intelligence to quantify groundwater infiltration and stormwater inflow to sewer networks
-
Assess the impact of climate change on urban wastewater infrastructures
-
Reduce energy consumption and pollutant gas emissions (CO2, N2O)
-
Develop strategies to replicate the solutions in other WWTPs and locations with similar characteristics
-
Identify the most beneficial intervention areas to reduce the volume of water to be treated
Latest news
Explaining LIFE RESEAU in the context of EU GREEN WEEK
Yesterday, 5th October 2022, a technical conference on digitization of the water cycle was organized at the headquarters of our partner ITG within the framework of #EUGREENWEEK. During the event, entitled “Digitalization, Resilience and Circular Economy in the Water...
Work progresses towards the definition of the sensor system that will be installed at Moaña
AQUALIA technicians have carried out technical visits along the sewer network of Moaña to specify the type of sensors and their locations. It is very common for wastewater generated in our cities to be transported together with rainwater through the same conveyance...
What is the role of VCS Denmark in the project?
VCS Denmark is one of the Denmark's largest water and wastewater companies and it is owned by Odense and Nordfyn Municipality. Its international profile allows them to support other utilities and consultants and also being member of important associations (Danish...
Events
