The main expected results are the followings:

• Scale-up the tool for automatic co-digestion in WWTP of with agri-food and manure to obtain energy on demand feeding the digesters recipes that will be generated and updated every 15 min.
• Adjust of 98% between target (production desired by the end user) and simulated biogas production
• Obtaining an adjust of 90% between target and produced biogas after the automated dosage of co-substrates.
• Increase in 192% the amount of manure and agri-food waste that can be treated in each WWTP being studied, which means 85,191 t during the demonstration at real-scale.
• Obtaining 14% more biogas with the co-digestion compared to digestion of each substrate separately.
• Improve the stability of the co-digestion process under different operational conditions with various co-substrates, established by reference of stability the acidity/alkalinity ratio.
• Valorise 27,375 t/y of agri-food waste and 102,200 t/y of manure by changing their destination from incineration, agriculture, compost and landfill disposal to co-digestion. This implies: i) avoiding the emission of GHG, about 7,900 and 16,442 t CO₂-eq in agri-food and manure co-digestion demonstration respectively; ii) total annual methane production with agri-food waste of 2,729,471 Nm³ and 951,400 Nm³ with manure, which means 14,571 MWh and 7,540 MWh, respectively.
• 4 qualities and qualified full-time employments will be consolidated and 1 will be created during the execution of the project (specialized technicians).
• Regarding the impact to EU, the implementation of the tool in all WWTP with anaerobic processes (5,477 WWTPs) will imply an energy production of 58,330 GWh/y in EU-28. In addition to this, an annual reduction of GHG of 66.2 Mt CO₂and 17.1 t NO_X, and in of gases that promote acid rain in 23.7 t SO₂ will be achieved.