Power-to-X involves converting surplus renewable energy into storable and transportable forms, such as hydrogen, synthetic fuels, chemicals and heat.

As such Power-to-X technologies are at the forefront of sustainable energy transformation and play a critical role in balancing the future energy systems with multiple fluctuating energy sources.
Many of the challenges in developing Power-to-X technologies rely heavily on advanced fluid dynamics principles. Understanding fluid flow, heat and mass transfer, and the interaction between different phases are essential for optimizing the performance and scalability of Power-to-X systems.
This seminar will offer insights into the latest advancements in Power-to-X technologies, with a focus on the fluid dynamics aspects that are crucial for their development. Experts from academia and industry will share their knowledge on topics such as electrolysis, catalytic processes and system integration and the role of fluid dynamics in enhancing the efficiency and stability of Power-to-X operations.