Linea Centro/s Inicio Fin Composite materials from natural fibers. Modification of cellulose fibers for polymer interface enhancement and compatibility. Nanocelluloses and nanocomposite processing strategies. Materials engineering for better mechanical, optical and barrier performance. Development of films and membranes based on nanocelluloses and conductive elements, intended for organic printed electronics, batteries and sensors. Eco-friendly flexible LEDs and solar cells. Engineering of materials design for sustainable nanocomposites. Revalorization of forestry and agricultural residues. 2030 EU target in energy & green deals en 2030 EU target in climate & energy framework. Circular economy.-_-Composite materials from natural fibers. Modification of cellulose fibers for polymer interface enhancement and compatibility. Nanocelluloses and nanocomposite processing strategies. Materials engineering for better mechanical, optical and barrier performance. Development of films and membranes based on nanocelluloses and conductive elements, intended for organic printed electronics, batteries and sensors. Eco-friendly flexible LEDs and solar cells. Engineering of materials design for sustainable nanocomposites. Revalorization of forestry and agricultural residues. 2030 EU target in energy & green deals en 2030 EU target in climate & energy framework. Circular economy.-_-Composite materials from natural fibers. Modification of cellulose fibers for polymer interface enhancement and compatibility. Nanocelluloses and nanocomposite processing strategies. Materials engineering for better mechanical, optical and barrier performance. Development of films and membranes based on nanocelluloses and conductive elements, intended for organic printed electronics, batteries and sensors. Eco-friendly flexible LEDs and solar cells. Engineering of materials design for sustainable nanocomposites. Revalorization of forestry and agricultural residues. 2030 EU target in energy & green deals en 2030 EU target in climate & energy framework. Circular economy. Department of Chemical Engineering, Agricultural and Food Technology //