Behind the WASTE2H2 Project #3 | Asier Agrelo (CIC energiGUNE)

Could you elaborate on the motivations that led you to pursue postdoctoral research in the field of waste-to-hydrogen technologies or sustainable energy systems?

During my PhD, I started working on catalytic systems for hydrogen production using solar energy, which fueled my interest in hydrogen as a clean energy vector. This led me to explore complementary technologies that enable to generate hydrogen while simultaneously addressing environmental challenges, such as the valorization of plastic waste within a circular and sustainable energy framework.

Which scientific strengths and core competencies do you consider most relevant to your profile as a postdoctoral researcher, and how might they support the objectives of WASTE2H2?

My main strengths lie in heterogeneous catalysis, catalyst synthesis, and advanced material characterization, combined with a strong focus on hydrogen-related processes. These competencies enable me to contribute to the rational design of efficient catalytic systems and to support WASTE2H2 objectives by trying to link fundamental understanding with practical waste-to-hydrogen applications.

How has your prior research experience informed your approach to conducting independent research, managing complex tasks, and contributing to multidisciplinary teams?

From my previous research experience, I learned to work independently across all stages of novel catalysts development, from conceptualization and design to data analysis and interpretation. At the same time, collaborating with researchers from other disciplines helped me to learn and interpret diverse perspectives around the same goal

Which specific technical skills or areas of expertise do you expect to apply and further refine within the scope of the WASTE2H2 project?

I believe that my skills in catalytic system preparation, reaction system testing, and knowledge around different characterization techniques can be effectively applied to advance the project tasks. In addition, WASTE2H2 offers an excellent opportunity to broaden my experience in new hydrogen-related processes while learning about waste valorization technologies integrated into sustainable energy production systems.

How do you envision your role within the project, particularly in terms of scientific leadership, methodological contributions, and collaboration with other team members?

I see my role as contributing with my technical expertise, where it is most useful and at the same time, remaining open to learning from colleagues with complementary backgrounds. Across collaboration with the other partners, I expect that our combined efforts will efficiently translate scientific insights into practical solutions.

In what ways do you expect this postdoctoral position to contribute to your professional development, research independence, and long-term career trajectory?

I think that this postdoctoral position will strengthen my research independence by giving me greater responsibility in defining scientific research strategies. It will also broaden my experience in sustainable hydrogen technologies and open new pathways in waste valorization, while supporting my long-term goal of building a career at the interface of catalysis, energy research, and sustainability.