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In-situ CO₂ Utilization Enables Co-Production of Hydrogen and Syngas.

In collaboration with Chemical Engineering, King Mongkut’s University of Technology North Bangkok (KMUTNB), Thai-German Graduate School (TGSS), NANOTEC/NSTDA, Chulalongkorn University (BCGeTEC), and TUM (TC1), a process is presented that directly reuses the CO₂ formed in the H₂ production step to generate hydrogen and syngas in parallel. The concept addresses the efficiency and emissions of…

New publication on experiments with 100% FT-SPK in a helicopter engine

In June 2025, the research results of emission measurements on an Allison 250-C20B helicopter engine using FT-SPK were published during the ASME Turbo Expo. The FT-SPK emission results were compared with those of fossil Jet A-1 and HEFA-SPK.

Invitation: Start-up Day - Fuel Cell & Battery Innovations

The ECS Student Chapter Munich is pleased to invite you to this year’s Start-up Day, focusing on innovations in fuel cell and battery technologies.

Second On-Site Meeting of the H2.TUM & PtX Network with Barbecue Evening at the Chair of Energy Systems

At the second on-site meeting of the H2.TUM & PtX Network, the focus was on exchanging ideas about current research projects. The evening concluded in a relaxed atmosphere with grilled food and cold drinks.

APT Presents Research on Cryogenic Hydrogen at the Cryogenics Engineering Conference (CEC) in Reno, Nevada

In May, the Institute of Plant and Process Technology (APT) participated in the Cryogenics Engineering Conference (CEC) in Reno, Nevada, with two scientific presentations. The APT showcased current research on the modeling of hydrogen trailers as well as the simulation and assessment of hydrogen liquefaction plants.

New Publication at APT on Dynamic Modeling of an Integrated Shift Reactor for the Production of Hydrogen from Biogas

In the latest publication from the Institute of Plant and Process Technology, the development of a dynamic reactor model for an innovative shift reactor used in green hydrogen production from biogas is presented. The model was validated for both steady-state and dynamic operation using experimental data from a pilot plant.

Milestone for the H₂ Reallabor Burghausen: First key component for power-to-methanol plant arrives

As part of the H₂ Reallabor Burghausen project, an innovative plant for CO₂ capture and methanol production is built on a container scale. The arrival of electrolysis from Ostermeier H2ydrogen Solutions marks an important step forward.

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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