Behind the WASTE2H2 Project #2 | Ander Centeno (CIC energiGUNE)
Through this interview series, we aim to explore the personal insights of the researchers involved in WASTE2H2, their multidisciplinary contributions, and how their work is shaping the future of sustainable hydrogen production from waste.
Could you describe your specific role within the WASTE2H2 project? How does your work contribute to achieving the broader objectives of the consortium?
As part of the WASTE2H2 project, my work focuses on studying the stability of ionic liquids and the catalytic systems in which they are involved. These evaluations are essential to ensure that the ionic liquids meet the process requirements and to identify the most effective catalytic solutions.
How does your expertise as researcher contribute to the overall goals of the consortium?
In the WASTE2H2 project, I bring my research experience in two complementary areas: the development and characterisation of ionic liquids, and the design of catalytic systems based on nanoparticles and ionic liquids. This knowledge helps us move forward in creating cleaner and more efficient solutions to convert plastic waste into hydrogen, contributing to the development of more sustainable technology.
Can you share your experience collaborating with experts from various disciplines and cultural backgrounds? In what ways has this diversity shaped or enhanced your approach to the challenges encountered in the project?
One of the most enriching aspects of working on the WASTE2H2 project is the opportunity to collaborate with professionals from different disciplines and cultural backgrounds. This diversity has had a strong impact on the way I approach challenges. It has allowed me to see things from new perspectives, especially by adopting more applied approaches through collaboration with industry partners. I´ve also learned a great deal by observing different working styles. Beyond the technical value, working in such a multidisciplinary environment has helped me grow as a researcher: becoming more open, adaptable, and focused on real-world solutions.
How do you interact and collaborate with other project partners or work packages? What mechanisms do you use to coordinate your efforts and ensure alignment with the project´s interdisciplinary goals?
I collaborate with other partners and work packages within the WASTE2H2 project mainly through regular meetings. These technical meetings, held every two weeks, allow us to closely monitor progress, share updates, address questions, and coordinate the next steps.
One of the key mechanisms we use to ensure alignment with the interdisciplinary objectives of the project is maintaining clear and transparent communication across the consortium. We are always open about our capabilities, the challenges we face, and our planned actions. This approach helps us avoid duplication of efforts, align our work efficiently, and stay coordinated within a multidisciplinary environment
As the project advances, how has your role been evolving? What have been the key lessons or skills you have gained from the responsibilities you have taken on so far?
As the WASTE2H2 project moves forward, my role has evolved beyond the development and characterisation of ionic liquids. I’ve had the chance to work across multiple technical work packages, which has broadened my perspective and introduced me to new areas like microwave-assisted reactions. This experience is expanding my scientific knowledge and strengthening my ability to collaborate across disciplines.
What are the main challenges you currently face in your role within WASTE2H2, and how are you working to overcome them?
One of the biggest challenges we are currently facing is identifying a catalytic system that meets all the key requirements. It’s a complex task that demands a deep understanding of multiple variables. However, thanks to the strong teamwork and ongoing collaboration among the project partners, we’re making steady progress. Step by step, we’re overcoming technical hurdles and getting closer to our shared goals.