WASTE2H2 aimed to strenghten IPPortalegre’s expertise in gas cleaning and conversion technologies for hydrogen production. Leveraging existing knowledge in syngas production from various biomass waste materials and tapping into European expertise in syngas production and cleaning techniques, the project propelled IPPortalegre forward. Moreover, it stimulated investment in research and innovation (R&I), aligning with the Europe 2020 strategy's emphasis on R&I as a key driver of economic recovery.
To realize these ambitions, WASTE2H2 orchestrated a series of activities such as workshops, summer schools, visits, exchanges, and a final conference. These initiatives elevated IPPortalegre's research profile and fortified its scientific, technological, and innovation capabilities. Over 36 months, the project delivered 24 key outputs spanning strategic planning, research insights, and dissemination materials, fostering a deeper understanding of waste-to-hydrogen conversion technologies. These outputs, culminating in 19 public documents, significantly advanced scientific knowledge in the field.
Furthermore, the project prioritized effective communication and collaboration, evidenced by regular consortium meetings fostering information exchange and coordination. Five Short-Term Staff Exchanges facilitated collaboration and knowledge sharing among researchers from diverse institutions. While commendable strides were made in gender equality, with female participation reaching 39% overall in the final conference, efforts continue to bridge the gap.
Beyond academia, WASTE2H2 made tangible impacts, securing international funding, and providing technical services to industries. IPPortalegre thrived through its participation, bolstering its research capabilities, broadening understanding, expanding networks, and enhancing funding acquisition strategies. The project elevated IPPortalegre's visibility and reputation, positioning it as a key player in sustainable energy research.
