The specific objectives are to:
- Set up a strategy for the collection of Kitchen Food Waste (KFW) at municipal level; – Design a management strategy, considering regulatory barriers, for the collection of the KFW, on-site treatment and disposal into the sewer system, for the mixed waste stream (KFW and WW);
- Develop an Anaerobic Membrane Bioreactor (AnMBR), based on the pilot plant developed in the project LIFE MEMORY (LIFE13 ENV/ES/001353), where WW and OFMSW streams will be jointly treated, by integrating anaerobic treatment and membrane ultrafiltration in a single step;
- Develop a Partial Nitritation-Anammox (PN-AMX) reactor: the organic matter free stream from AnMBR treated to remove nitrogen in the projects PN-AMX reactor;
- Develop a Nutrients Extraction and Recovery Module: an Adsorption and Biosolids Composting Units will be set up to receive effluents from AnMBR and the PN/AMX;
- Integration of the AnMBR, PN/AMX and Nutrients Extraction and Recovery Modules in a compact solution with synergistic results and minimum requirements in terms of energy and surface area; and
- Develop a Smart Water Monitoring and Control System for efficient water management.
The project objectives are fully in line with the Waste Framework Directive, the Water Framework Directive, and related policy initiatives, like the Europe 2020 Resource-efficient Roadmap and the Blueprint to Safeguard European Waters.
Expected results:
- A low-carbon footprint strategy for the integrated management and processing of Kitchen Food Waste (KFW) and waste water (WW), using the existing sewer networks in locations with populations of less than 50 000 people;
- A model for an efficient, carbon-negative and cost-effective zero energy balance WWTP, for locations with < 50 000 inhabitants, able to treat mixedwaste streams with KFW and WW, based on the combination of AnMBR and PN/AMX reactors;
- A WWPT having a positive energy balance;
- Increased recovery of water (95% of Free-Pathogen Water to be used either for fertigation or environmental purposes);
- Reduced biosolids production: up to 0,2 kg stabilized biosolids/kg COD removed;
- Reduced N2O emissions: 7.2 g N2O/kg N removed; and
- Nutrients Recovery: 5 g of P/m3 and 0,2 kg of composted soil fertilizer/m3.
Consortium:
Coordinator: FCC AQUALIA S.A
Partners: UNIVERSITAT DE VALÈNCIA, Spain; VWMS GmbH, Austria; Simbiente – Engenharia e Gestão Ambiental, Lda, Portugal; UNIVERSIDADE DE SANTIAGO DE COMPOSTELA, Spain; CANAL DE ISABEL II, S.A., Spain.