The project aims at developing advanced technologies for wastewater treatment and post-treatment, including suspended biomass, biofilm and hybrid reactors, Membrane Biological Reactors (MBR), coagulation-flocculation-sedimentation processes, Granular Activated Carbon (GAC) columns, oxidation processes such as ozonation, photochemical oxidation and fenton-like systems. Sludge anaerobic digestion will be optimized and different strategies for the minimization of sludge production will be studied. The management of the excess sludge will be address by optimizing its thermal drying, with the generation of pellets or granules of the dry product for its agronomical or energetic valuation will be done. The construction of integrated “Plant-wide” models for the dynamic simulation of STP, the development of a Decision Support System (DSS) for the evaluation, comparison and conceptual design of technologies and the performance of cost analysis and evaluation of the technical, economic and environmental efficiency associated with wastewater treatment processes will also play an important role in the project.
The NOVEDAR_Consolider team is integrated by 11 research groups, from 9 Spanish and 2 Dutch centres, with a particular expertise in complementary research areas. The sharing of knowledge and technologies between research groups is fundamental in order to achieve scientific excellence in the addressed topics.