Innovative solutions for decontamination and circular economy

Our research initiatives are structured in 4 pillars: 

Integrated environmental remediation systems. We develop nature-based and engineered strategies (bio-based, hybrid, and nanostructured solutions) for pollution remediation across urban, agricultural, and aquifer systems. We also advance treated wastewater reuse via Soil Aquifer Treatment (SAT) and Managed Aquifer Recharge (MAR) systems enhanced with reactive barriers to improve water quality and restore aquifer functions.

Resource recovery from industrial and mining systems. We recover critical raw materials and key metals (such as copper, lithium, gallium, and rare Earth elements) from industrial and mining waste streams. Through advanced modelling and process engineering, we enable selective separation and recovery, transforming secondary streams into valuable resources while preventing contaminant recirculation under a One Health perspective.

Coupled environmental–industrial systems for circularity. We investigate the interfaces between environmental compartments and industrial systems to close material loops across water, soil, and industrial value chains. We co-design remediation and resource recovery to turn pollution liabilities into circular opportunities.

Scientific support and implementation pathways. We combine advanced modelling, chemometrics, and process engineering tools with strong stakeholder and policy engagement. This ensures the translation of our scientific advances into operational, scalable solutions aligned with European sustainability goals.