A young researcher embedded in a network of established specialists across the continent
In the long tradition of scientific communities that shape the future by cultivating those who will inhabit it, a young Portuguese researcher has been welcomed into one of Europe's most consequential thermodynamics bodies. Pedro Velho, fresh from his doctorate at the University of Porto, was unanimously chosen as a Guest Early Career Member of the European Federation of Chemical Engineering's Working Party on Thermodynamics and Transport Properties — a recognition that places his work on carbon capture, hydrogen, and sustainable processes within the continent's broader effort to reimagine its industrial foundations. The appointment, made during a symposium in Tróia where Velho was also helping organize the conference itself, suggests that scientific communities, at their best, know how to identify not just competence but promise.
- Europe's race to decarbonize its industrial base has created urgent demand for precisely the kind of thermodynamics expertise Velho has spent his doctorate developing.
- At just 25 or 26, having only recently completed his PhD, Velho's unanimous selection signals that established researchers across the continent see in him something worth investing in — and quickly.
- The working group he joins is no ceremonial body: it drives major international conferences, bridges academia and industry, and sets the research agenda on hydrogen, carbon capture, and advanced process modeling.
- His simultaneous role on the local organizing committee of the European Symposium on Applied Thermodynamics gave him a hand in shaping which ideas and researchers gain visibility — a quiet but meaningful form of scientific influence.
- Portugal's presence within Europe's collaborative thermodynamics infrastructure grows stronger as Velho's early-career trajectory becomes entangled with the continent's green transition.
Pedro Velho, a researcher at the University of Porto's Faculty of Engineering, has been unanimously appointed as a Guest Early Career Member of the Working Party on Thermodynamics and Transport Properties — one of the European Federation of Chemical Engineering's most influential scientific groups. The decision was made during a working group meeting held in Tróia in May, on the sidelines of the European Symposium on Applied Thermodynamics, where Velho was also serving on the local organizing committee.
The nomination came from existing members of the European group and reflects recognition of Velho's academic trajectory. He completed his integrated master's in chemical engineering at Porto in 2020 and finished his doctorate in chemical and biological engineering in 2025, building expertise in thermodynamics and transport phenomena with a focus on challenges relevant to modern chemical engineering.
The working party is far from peripheral. It unites specialists from universities and industry across Europe with a mandate to advance applied thermodynamics, physicochemical properties, and sustainable processes. Its strategic priorities — carbon dioxide capture, hydrogen production, energy sustainability, and sophisticated process modeling — place it at the heart of Europe's low-carbon transition.
For Velho, the appointment is both a validation and a threshold. Embedded now in a continent-wide network of established specialists, and with a hand in shaping which research gets presented at major conferences, he is positioned to influence how Europe's industrial transformation unfolds — one equation, one conversation, one early-career researcher at a time.
Pedro Velho, a researcher at the Faculty of Engineering at the University of Porto, has been named a Guest Early Career Member of the Working Party on Thermodynamics and Transport Properties, one of the European Federation of Chemical Engineering's most influential scientific groups. The appointment came through unanimous approval during a working group meeting held in Tróia in May, during the European Symposium on Applied Thermodynamics—one of the continent's premier conferences in the field. Velho was also serving on the local organizing committee for that same conference, a dual role that underscores his growing prominence in the international research community.
The nomination itself carries weight. It came from existing members of the European working group and reflects recognition of Velho's academic trajectory and his potential to contribute meaningfully to the group's core areas: applied thermodynamics, transport properties, and modeling as it applies to chemical engineering. He completed his integrated master's degree in chemical engineering at Porto in 2020 and finished his doctorate in chemical and biological engineering in 2025, spending those years developing expertise in thermodynamics and transport phenomena with a focus on systems relevant to modern chemical engineering challenges.
The Working Party on Thermodynamics and Transport Properties is not a peripheral body. It brings together specialists from universities and industry across Europe with a mandate to advance scientific and technological development in applied thermodynamics, physicochemical properties, and sustainable processes. The group organizes major international conferences and workshops, nurtures early-career researchers, and works to strengthen collaboration between academic institutions and industry partners. It also sets its sights on strategic domains: carbon dioxide capture, hydrogen production, energy sustainability, and sophisticated process modeling—areas that sit at the center of Europe's transition toward a low-carbon economy.
For Velho, the appointment represents validation of work that has only recently begun. At 25 or 26 years old, having just completed his doctorate, he is at the threshold of an independent research career. Selection to this working group at such an early stage signals that his peers see something worth investing in—not just competence in a technical field, but the capacity to contribute to problems that matter at a continental scale. The group's focus on sustainable processes and advanced modeling suggests that Velho's research touches on questions that extend well beyond academic interest.
The timing also matters. Europe is under pressure to decarbonize its industrial base, and that pressure translates into urgent demand for advances in thermodynamics, process efficiency, and alternative energy vectors like hydrogen. A young researcher with expertise in these areas, embedded now in a network of established specialists across the continent, is positioned to influence how that transition unfolds. His role on the conference organizing committee, meanwhile, gives him a hand in shaping which research gets presented, which conversations happen, which early-career researchers get visibility. It is a small but real form of scientific power.
Notable Quotes
The nomination reflects recognition of Velho's academic trajectory and his potential to contribute to applied thermodynamics, transport properties, and modeling in chemical engineering— European Federation of Chemical Engineering working group members
The Hearth Conversation Another angle on the story
What does it actually mean to be named to this working group? Is it a title, or does it come with real responsibilities?
It's both. The title signals recognition from peers, but the real work is in the network. He's now part of conversations about where the field should go—what problems matter, what methods work, who should be funded or promoted. For an early-career researcher, that's access.
Why does thermodynamics matter enough to have a whole European working group dedicated to it?
Because you can't decarbonize without understanding how energy moves through systems. Carbon capture, hydrogen production, industrial efficiency—all of it depends on getting the thermodynamics right. It's not abstract. It's the physics underneath the green transition.
He just finished his doctorate. Isn't it unusual to be brought into something this senior so quickly?
It is. Usually you spend five or ten years building a reputation first. But the field is hungry for people who understand both the old thermodynamics and the new problems—sustainability, modeling, systems thinking. If you have that combination young, people notice.
What happens next for him? Does this change his career trajectory?
It opens doors. He'll be invited to collaborate on projects, to contribute to position papers the group publishes, to help organize future conferences. He becomes visible to industry partners looking for researchers. It's not a guarantee of anything, but it's a platform most researchers never get at his age.
Is Portugal well-represented in this kind of European research infrastructure?
Not as much as Germany or the Netherlands, historically. But Porto's engineering faculty has been building strength in this area. Velho's appointment is part of that—it signals that Portuguese research in thermodynamics is credible enough to have a seat at the table.