ABOUT THE PROJECT

The project “Sustainable epoxy networks with tunable properties used as nanocomposite materials for coatings” proposes a strategy to replace conventional epoxy resins from protective coatings, with epoxy derivatives from renewable resources, maintaining their thermal and mechanical performance. The main objective of the project GREENanoNET is the synthesis of new protective coatings based on epoxidized vegetable oils (EVO) as main or unique component, reinforced with new graphene oxide-layered silicate hybrids. The first stage is the synthesis of new nanohybrid structures from montmorillonite and amine functionalized graphene oxide through an innovative method. The second step aims to design epoxy networks by replacing conventional epoxy resin with EVO. This gradual strategy is concentrated to maintain the properties corresponding to the targeted applications. The third stage envisages the efficient dispersion of nanostructures within the new polymeric matrices, which will lead to an optimal properties transfer from the nanohybrids to the epoxy networks. Thus, the obtained bionanocomposites will be a convenient alternative to commercially available materials, with major impact on the environment and also lower industrial costs. The GREENanoNET project will broaden the available raw materials for fire-retardant and corrosion protective coatings through the benefit of vegetable oils, clay and carbon derivatives.