Logo ENEA

National Agency for New Technologies, Energy and Sustainable Economic Development

Collection of ENEA technology and expertise

KEP plus LogoPLANTS and INFRASTRUCTURES

METROFOOD-IT Infrastructure for the recovery and separation of biomolecules from wastewater and agri-food waste for use in biomaterials

Application sectors

Agro - foodSea economyMaterialsLife sciences and health applicationsTechnologies for the environment and circular economy

Problem to solve

The METROFOOD-IT infrastructure Materials Technologies for the Agro-Industry, based at the Brindisi Research Centre and operating in synergy with the technology hall of the Casaccia Research Centre, is a technological platform that offers a set of processing technologies mainly applied to agri-food supply chains that generate by products or waste (such as whey and ricotta cheese water, plant extracts, beverages, and vegetation water from the olive oil, wine, and tomato processing chains). These technologies enable the fractionation of mixtures (solutions or suspensions), allowing the recovery of liquid streams in which specific families of biomolecules (proteins, sugars, active ingredients, polyphenols, vitamins, and metabolites) are separated and concentrated for further reuse. Food companies often face significant costs related to the management and in some cases the disposal of by-products, waste, and effluents generated during primary processing. This infrastructure is unique.

Description

The METROFOOD-IT infrastructure for materials technologies for the agro-industry present in the Research Centre (hereinafter CR) of Brindisi, in synergy with the technology hall in the Casaccia CR, uses pilot-scale plants to operate in Micro-, Ultra-, Nano-, and Reverse Osmosis modes. They can house ceramic and polymeric membranes. They can be used to develop separation strategies for unknown liquid matrices. The platform is able to operate on a pilot scale and on liquids extracted from complex matrices to then be homogenized at high pressure, filtered and fractionated. The extracted biomolecules can undergo fermentation processes to create new products or be used to create devices and in general biomaterials, thus valorizing waste and liquid waste that companies in particular in the agri-food sector often have in large quantities, mitigating the environmental impact.

Innovative aspects and advantages

  • 3D printing
  • Chemical-physical-mechanical and microbiological characterization
  • Fermenter/bioreactor
  • High-pressure homogenizer
  • Membrane separation systems

Admissible applications

  • Fermentation processes for the production of biomaterials and/or bio-based molecules
  • Membrane separation processes for the differentiated recovery of both all the components present in agro-industrial wastewater (useful biomolecules) and ultrapure water
  • Recovery and reuse of biomolecules extracted from wastewater from the agri-food sector and their valorization for the production of 100% Biodegradable and Compostable biomaterials

Research group involved

Miceli Valerio SSPT-AGROS-IFAL ;Camassa Angelo SSPT-AGROS-IFAL ;Carbone Daniela SSPT-AGROS-IFAL ;Cuna Daniela SSPT-AGROS-IFAL ;De Rinaldis Gianluca (cessato) SSPT-AGROS-IFAL ;Pallara Patrizia (cessato) SSPT-AGROS-IFAL ;Rotolo Paolo SSPT-AGROS-IFAL ;Scalone Anna Grazia SSPT-AGROS-IFAL ;Zingarelli Gianfranco SSPT-AGROS-IFAL

Revision date

04-06-2025

Didn't find what you were looking for or would like more information ?

team