Microplastic removal from water, wastewater treatment, recovery of biomolecules by membrane processes, sustainable separation processes
Membrane solutions to optimize water use efficiency, reduce agrochemical runoff, and support the circular use of agricultural inputs. Techniques like nanofiltration can help recover nutrients and purify irrigation water, while membrane contactors can support controlled-release systems for precision agriculture. This approach promotes coexistence between agriculture and wetland conservation, ensuring environmental protection alongside food production. The use of membrane separation technologies for the development of clean-label, nutrient-rich food products. This includes the fractionation and concentration of bioactive compounds from Mediterranean crops and by-products, supporting the creation of functional ingredients that align with sustainable and health-conscious diets. Collaboration would focus on product innovation, food safety, and the minimization of resource consumption in processing.membrane processes such as ultrafiltration, nanofiltration for the extraction, purification, and formulation of high-quality plant proteins from local legumes, seeds, and other sustainable sources. These technologies allow for scalable, energy-efficient, and solvent-free processing, aligned with the goals of reducing environmental footprints and enhancing food system resilience.
