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Improved estimation of hydrogen storage density in hydrogen-powered vehicles using Kalman filters

A new publication from the Institute of Plant and Process Technology demonstrates how a Kalman filter can significantly improve the estimation of hydrogen storage density in cryo-compressed tanks, enabling more reliable range prediction for heavy-duty hydrogen vehicles.

New Publication at APT on Hydrogen Production from Biogas

A new publication from the Institute of Plant and Process Technology presents a dynamic, plant-wide model of a biogas steam reforming plant for green hydrogen production, successfully validated using experimental data from a pilot plant.

TUM.Hydrogen & PtX Network visits the Institute for Machine Tools and Industrial Management: Insights into cutting-edge hydrogen research

On-site meeting on April 24 at the Institute for Machine Tools and Industrial Management strengthens personal exchange within the network, provides in-depth insights into innovative hydrogen technologies, and lays the foundation for future collaboration between research and industry.

Visit of the Archimedes student group from Ålesund at TUM: Insights into hydrogen and PtX research

On April 8, the Chair of Energy Systems welcomed the Archimedes student group from the Norwegian University of Science and Technology for an exchange focused on hydrogen technologies, carbon capture and utilization, and sustainable methanol synthesis

TUM.Hydrogen & PtX Network strengthens international collaboration: Research trip to Australia

Two intensive weeks, numerous partner institutions, and concrete collaboration opportunities – as part of the TUM–Australia Renewable Energy Initiative, key momentum was generated for international cooperation in hydrogen and PtX research.

Process Design Optimizes Hydrogen Production via Sorption-Enhanced Chemical Looping Steam Methane Reforming.

In collaboration with King Mongkut’s University of Technology North Bangkok (KMUTNB), Silpakorn University, Chulalongkorn University (BCGeTEC), and TUM (TC1), a comprehensive process design study evaluates reactor configurations and combustible gas types for the SE-CL-SMR process. The work identifies optimal operating conditions achieving 75 % thermal efficiency and 87 % H2 purity, advancing…

First in-person meeting of the TUM.Hydrogen and PtX Network in 2026 at the Chair of Carbon Composites

On March 6, 2026, the TUM.Hydrogen and PtX Network held its first in-person meeting of the year. The event was hosted by the Chair of Carbon Composites, which provided fascinating insights into current research on hydrogen pressure tanks.

Foundation of the TUM.Hydrogen and PtX network

In April 2019, the TUM.Hydrogen and PtX Network was officially launched to pool expertise in the field of power-to-X and hydrogen production at TUM and to facilitate scientific exchange.

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