NATURAL WATER TO HYDROGENGuest Lecture by Prof. Jun Huang

[26.05.25] We were honored to welcome Prof. Jun Huang from the FZ Jülich and RWTH Aachen University to the University of Duisburg-Essen for an inspiring guest lecture titled:
"Potential of Density-Potential Functional Theoretic Models for Electrochemical Interfaces."

🎙️ Invited by Prof. Kai Exner and Prof. Corina Andronescu, this lecture brought deep theoretical insight into one of the most challenging frontiers in energy materials research: modeling electrocatalytic double layers under realistic electrochemical conditions.

Prof. Huang, who leads a Helmholtz Young Investigators Group at FZ Jülich and serves as a Junior Professor at RWTH Aachen, introduced his pioneering work on Density-Potential Functional Theory (DPFT) - a novel modeling framework built to overcome the limitations of traditional DFT approaches.

We are grateful to Prof. Huang for sharing his cutting-edge research and to all attendees for their active engagement in the Q&A-session. Events like this enrich our research environment and foster meaningful exchange at the intersection of theory, materials science, and energy research.

👏 Thank you, Prof. Huang, for an outstanding talk and for inspiring our community here at UDE!

NATURAL WATER TO HYDROGEN🎓 Wiley Publishing Workshop at University of Duisburg-Essen

[16.05.25] As local hosts, we were pleased to welcome Wiley to the University of Duisburg-Essen for a hands-on and inspiring Publishing Workshop.

The event brought together early-career researchers, doctoral candidates, and faculty members for an engaging session on two important topics:

🧠 AI Tools for Research & Publishing
Participants received a clear and thoughtful introduction to the practical use of AI tools to support their academic writing and research organization. Importantly, current publishing policies around AI use were discussed - an increasingly relevant topic across disciplines.

📝 Scientific Writing: Tips on Structure, Language & Clarity
Dr. Kira Welter, Editor-in-Chief of ChemPhysChem, offered valuable editorial insights on how to improve manuscript clarity, structure, and overall impact. Her advice, based on over 20 years of experience in scientific publishing, resonated strongly with our audience.

👏 We are especially grateful to Dr. Kira Welter for her time, expertise, and approachable style, as well as to the Wiley team for bringing this initiative to our campus.

We view events like this as essential to strengthening scientific communication and supporting the next generation of scholars. Thank you to all attendees who participated so actively - we hope you left with both inspiration and practical tools for your publishing journey.

NATURAL WATER TO HYDROGENKICK-OFF MEETING

[05.02.24] With a total of 42 participants, our project kick-off has been presented to a larger audience with exciting keynote speeches and fruitful discussions. Many thanks to our keynote speakers and participants for the great and interdisciplinary exchange!

Funding of the research project "Natural Water to H2" for sustainable hydrogen production

[20.10.2023] NRW Science Minister Ina Brandes presented a three-million-euro grant to ACTIVE SITES vice speaker Corina Andronescu for the "Natural Water to H2" project. Within this research project, the University of Duisburg-Essen aims to achieve a breakthrough for more sustainability in hydrogen production. The Ministry of Culture and Science is funding the project as part of NRW's ´Profilbildung 2022´with three million euros for three years. In the long term, the new research profile will be located at the new ACTIVE SITES research building.

In the new research project "Natural Water to H2" the research fields of "water research" and "hydrogen" are being brought together at the UDE. 14 research groups of the UDE and 22 associated partners from academia and industry will work together to increase the sustainability of hydrogen production through anion exchange membrane (AEM) water electrolysis. For the first time, a fundamental understanding is to be gained of how water quality, electrodes and membranes influence each other. Using organic and inorganic lead substances, it will be quantified how or to what extent water needs to be purified before and during electrolysis. ​The projects involved cover multiple disciplines including water electrolysis, electrocatalysis, water technology and purification, membrane technology, nanomaterial synthesis, surface science and theoretical chemistry.  UDE Press release