Risultati
Ecosister è un ecosistema dinamico che valorizza la ricerca e promuove il trasferimento tecnologico per accelerare la transizione ecologica.
In questa pagina puoi esplorare i risultati del progetto Ecosister attraverso filtri per categoria di risultato, enti partner che hanno contribuito alla loro realizzazione e settori industriali di riferimento. Ogni scheda risultato offre informazioni sintetiche, riferimenti ai ricercatori coinvolti e dati utili per facilitare future collaborazioni, sperimentazioni e sviluppi con imprese, territori e pubbliche amministrazioni. Troverai inoltre indicazioni sul collegamento con la Smart Specialization Strategy della Regione Emilia-Romagna e con la Tassonomia europea per le attività sostenibili.
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Synthesis and characterization of oxide based materials to substitute Pt-based catalysts in fuel cells electrodes and of Graphite-polymer composites for substitution in fuel cell bipolar plates.
Main Contact: Stefania Benedetti
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Production and characterization of lightweight geopolymer composites containing expanded aggregates. The geopolymer-based composites result appropriate for the production of eco-sustainable tiles, where the geopolymer binder consolidates by chemical reaction which occurs in water-based solution at low temperature. The selected materials result to be suitable for the production of highly reproducible fireproof tiles for insulation purposes in the building sector.
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Innovative materials prepared by exploiting polymeric wastes of the industrial production of hollow fiber membranes. Heavy metals ions and organic molecules mixtures including PFAS (CF3-CF14) were considered, and the selectivity of PSU-GO studied by combined adsorption experiments and molecular dynamic simulations. Results were compared to Granular Activated Carbon (GAC) the standard industrial benchmark, and to polysulfone only (PSU) scraps, obtained by the same manual cut process. Remarkably, the maximum adsorption capacity of PSU-GO on lead (Pb) was 10 times higher than that obtained with GAC, and 230 times higher that PSU, while the capacity for PFOA, a compound of great environmental concern, exceeded those of PSU and GAC by a factor 6 and 2, respectively.
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Ceramic feedstocks for Additive Manufacturing (AM) techniques
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Biopolymers obtained from milk proteins for sustainable packaging
Main Contact: Marco Ardoino, Anna Sagnella, Vincenzo Montedoro
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Recycling processes of plastic materials coming from 3D printing waste added with recycled metal powder: possible applications of 3D printing filament recycling by using the Felfil kit.
Main Contact: Massimiliano Fantini
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.5. High performance and/or lightweight materials for green mobility and aerospace
Abstract
The activities focused on the effect of a Ni-9%P + DLC (hydrogenated amorphous carbon, a-C:H) multilayer coating on the material's microstructure, hardness and tensile properties. MUVE (MUlti Layer coatings for additive components in the automotiVE sector) aims to demonstrate the applicability of multilayer coatings to additively manufactured (AM) components made of aluminium alloy and stainless steel by producing: (i) AlSi10Mg high-performance motorbike steering plate, and (ii) AISI 316L screw, with internal channels for cooling/lubricant flow
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
The main purpose was to realize a sustainable secondary alloy with mechanical resistance almost similar to that of the same material made of primary alloy.
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Cyclic carbonates serve as high boiling point aprotic solvents and electrolytes in secondary batteries.
SPOKE 1 - Materials for sustainability and ecological transition
WP: 1.1 Advanced materials and processes for a sustainable industrial system
Abstract
Therapeutic peptide has been developed by employing dimethyl carbonate (DMC) as organic modifier
