Energy, blue growth and health: 4 new industrial research projects
Thanks to the funds of the Regional Program of the European Regional Development Fund, the Emilia-Romagna Region, with the Call for strategic industrial research project targeted to the priority areas of the Strategy of Smart Specialization PR-FESR 2023-2024, co-funds R&D projects presented by research labs, universities, research organizations and bodies accredited to the High Technology Network of the Region.
MISTER is involved as partner in the projects HYDROMEC, StreamER, 3D_MAB and SHINE, each one dedicated to promote innovation and sustainable development in crucial areas for the region. These projects pertain, specifically, to the S3 Regional Specialization Areas named “Clean, safe and accessible energy”, “Blue Growth” and “Health”.
HYDROMEC: Materials, Components and Technologies for the hydrogen supply chain
The integration of hydrogen in the national energetic mix requires the advance of the industrial supply chain associated with it. The HYDROMEC project aims to develop innovative solutions for the production of components destined to the domestic and residential use of hydrogen. This will allow not only to upgrade existing facilities, but also to gain useful skills for the technological conversion and the consolidation of the italian hydrogen supply chain. The involvement of partners with specific skills in the advanced materials area will make the realization of this ambitious objective possible.
StreamER: Sensors, Robotic Technologies and mEtagenomics for the inspection of Marine Environments
Assessing the health of underwater habitats and the integrity of maritime infrastructures is crucial for the safety and sustainability of humans’ activities at sea. The StreamER project will be based on a modular drone, Blucy, equipped with advanced systems of autonomous driving and specialized sensors. This drone will allow a more efficient and accurate assessment of marine environments, helping to monitor and preserve natural resources and maritime infrastructures.
3D_MAB: Biomimetics and vascularized three-dimensional model of lung and skin
The project 3D_MAB aims to develop predictive and alternative models to experimentation for farmaceutical, medical and biomedical companies. By using advanced technologies as bioprinting, some three-dimensional models of human tissues, like lungs and skin barrier, will be created. These models will be then used to test the safety and the effectiveness of medicines and medical devices. Thanks to the collaboration of a solid partnership, this project promises to revolutionize the approach to preclinical testing.
SHINE: Solar Hydrogen via INtegration of Energy conversion technologies
The SHINE project aims to realize a prototipe for the simultaneous production of renewable electricity and green hydrogen by using solar energy. Through the integration of two solar energy conversion technologies, SHINE aims to improve the overall efficiency of the process, taking to a remarkable progress in solar hydrogen production. This project promises to contribute significantly to the transition toward a more sustainable energetic economy.
In conclusion, the launch of these four projects demonstrates the region engagement in innovation and scientific research, offering concrete solutions to crucial challenges in key areas. With the support of regional funds, these projects have the potential to transform their respective intervention areas, contributing to a more sustainable and technologically advanced future.
