Enhancing Plastics Circularity held on the 24th of June 2021 was a great success. On the behalf of DECOAT's team we want to say a special thank-you to all participants. The recording is already available ! Would you like to be updated on the progress of the DECOAT project, sign
Click here to register Plastic materials are abundant in our daily life. Many of these plastic objects have a coating/paint to improve their performance or improve the aesthetics. Unfortunately, these additional layers prevent recycling. Wouldn’t it be nice if we can remove them, allowing us to recycle the plastic material? Nowadays, a shift toward
In WP 7, focusing on exploitation, dissemination and communication, various activities have taken place. Communication and dissemination activities With regard to communication and dissemination activities, following the first year of activities the project moved to digital events due to the pandemic. The consortium partners have participated in various events such
Activities of WP5 include : Task 5.1: Eco-design of use products in view of project technological developments Task 5.2: Manufacturing of prototypes Task 5.3: Implementation of circular use case Task 5.4: Evaluation & Guidelines for further industrial take-up The activities are for now mainly based on prototypes manufacturing. After evaluating
In WP6 the main achievements include the evaluation of DECOAT materials and processes in terms of safety and risk assessment (T6.1) and the focus of the Safe-by-Design (SbD) strategy is in the nanoprocesses. In health impact assessment (T6.4), the model cell lines (HEPG2 and HELA) were used to evaluate DECOAT’s NMs toxicity in
The triggerable materials are integrated into coating formulations and applied onto textile and plastic substrates. After triggering, the debonding efficiency is evaluated. The by NTUA especially designed triggers have been added to coating formulations, followed by a coating process. Research already showed that the efficiency is dependent on the type of additive and
The triggerable materials are are synthesized in order to be incorporated into coatings with the aim to enhance the debonding capacity between the layer and the substrate after triggering. What has been achieved ? NTUA has developed core-shell thermoresponsive copolymers, super absorbent polymers and magnetic nanoparticles that aid the debonding process
