1
Reduction of treatment costs by 30% which implies a reduction of a minimum of 0.25 €/m3, due to the reduction of the use of reagents and waste, associated energy consumption and future commercialization of recovered resources.
2
Decrease in incoming water losses. In less than 1% through the implementation of the Control and Monitoring System.
3
Reduction of microbial content and emerging contaminants in at least 70% of the effluents due to the use of membrane technologies.
4
Obtaining 3500 m3 /year of water for reuse. With water quality for irrigation from the pilot prototype, which will represent 80% of the treated wastewater.
5
Decrease of at least 60% of sludge production. Regarding the current treatment plants, contributing to the reduction of waste generation, as well as to the decrease in maintenance costs.
6
Production of biogas and reduction of energy consumption. In the wastewater treatment plants in 70% compared to the current treatments.
7
Obtaining approximately 800 m3 /year of a nutrient-rich stream associated with the operation of the pilot.
8
Improvement of air quality. By reducing atmospheric pollutants associated with the current wastewater treatment system.