The objective is to design, develop and evaluate an intelligent system for monitoring and treatment “in situ” of hospital effluents contaminated with hazardous substances, which allows the analysis of pharmaceutical substances (cytostatics and antibiotics), antibiotic-resistant bacteria and resistance genes (resistome) of interest, in the urine matrices of hospital patients, as a tool for monitoring, surveillance…

The AGUARICS project arises from the need to respond to the challenges posed by the design, construction and management of reclaimed water distribution networks for urban and industrial users, integrating various digital technologies to ensure a more reliable, efficient and resilient service. The project is based on the results and algorithms developed during the previous…

The OptimCPD project promotes digital transformation in the management of data processing centers through an intelligent solution aimed at improving the energy efficiency and water sustainability of their cooling systems in an integrated way. Based on an advanced cyberphysical architecture, the proposal combines distributed sensing, real-time data analytics and machine learning models to create an…