Freshwater eutrophication corresponds to the direct impact of excess N and P in WW, when let out leads to algal blooms and growth of aquatic plants. This results in decrease of dissolved oxygen questioning the life in aquatic ecosystems. The N and P balance after secondary WW treatment corresponds to 22.3% and 43.4% respectively, which was let out into waterbodies causing eutrophication. The conventional WW treatment corresponds to a eutrophication levels of 277 g P Eq./m 3 , while Rodriguez-Garcia et al., (2014) reported 320 g P Eq./m 3 for similar conditions. The same work reported a reduction of 81% for a struvite precipitation based nutrient recovery from conventional treatment, while in this work 91% reduction was achieved in MFC (10% excess).