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The “Production Engineering of E-Mobility Components” (PEM) Chair at RWTH Aachen has successfully subjected its hydrogen-powered truck to several performance tests as part of the “SeLv” research project. These tests are an important step toward obtaining individual vehicle approval for the prototype.
The ITM Power subsidiary Hydropulse and the project developer Eternal Power have entered into a strategic partnership. The goal is to supply industrial customers in Germany with green hydrogen starting in summer 2025 – without upfront investments.
The Australian research organization CSIRO has successfully demonstrated a beam-down solar reactor for the production of green hydrogen for the first time. The technology uses concentrated solar energy and metallic oxide particles for thermochemical water splitting.
The industry association Hydrogen Europe has appointed new members to its board. Dr. Sopna Sury of RWE Generation will remain Chair until 2028. The new appointments reflect key sectors of the hydrogen economy.
The German federal government has adopted the 2025 draft budget and key figures for 2026. The German Association of Energy and Water Industries (BDEW) criticizes massive cuts in hydrogen funding and warns of negative consequences for industry and Germany as a business location.
The National Hydrogen Council (NWR) has published eight theses for a future-oriented hydrogen policy. Among other things, it calls for simplified regulatory frameworks, the rapid expansion of infrastructure and reliable market structures for hydrogen and its derivatives.
The international trade fair hy-fcell 2025 will take place on October 7 and 8 in Stuttgart. The focus will be on new hydrogen applications for heavy-duty transport. Daimler Truck and Cellcentric will showcase new prototypes and systems. Infrastructure and aviation will also be addressed.
The German Hydrogen Association (DWV) welcomes the draft bill implementing the EU Renewable Energy Directive (RED III) in the transport sector. At the same time, the association calls for significantly more ambitious quotas for green hydrogen and electricity-based fuels.
Thyssenkrupp Nucera is acquiring technology assets from the insolvent Danish company Green Hydrogen Systems. The high-pressure electrolysis is intended to accelerate the development of efficient AWE systems and strengthen Nucera’s position in the global hydrogen market.
Storengy Deutschland will receive up to €4.5 million from the EU’s Connecting Europe Facility funding programme. The funds will be allocated to preparatory studies for the SaltHy hydrogen storage project in Harsefeld. Commissioning is planned for 2032.
ABO Energy has commissioned its first hydrogen project in Hünfeld-Michelsrombach. The plant combines wind power, a 5 MW electrolysis plant and a hydrogen filling station. It is expected to produce up to 450 tons of certified green hydrogen per year.
Ecoclean and the Center for Solar Energy and Hydrogen Research Baden-Württemberg (ZSW) are expanding their collaboration. The aim is the economical series production of electrolysis stacks for high-efficiency alkaline pressure electrolysis.
Hylane, the Cologne-based rental company for zero-emission commercial vehicles, has founded a subsidiary in the Netherlands. Hylane offers battery and hydrogen-powered trucks there via a usage-based rental model. The expansion is supported by the Dutch subsidy program SWiM.
At the meeting of energy ministers in Luxembourg, the German Association of Energy and Water Industries (BDEW) proposed a European hydrogen alliance. The aim is to strengthen security of supply and expand strategic partnerships with importing countries.
Kumho Mitsui Chemicals (KMCI) has commissioned a new chlor-alkali plant with electrolyzers from thyssenkrupp Nucera in Yeosu, South Korea. The plant uses e-BiTAC v7 technology and enables the recovery of thin brine from MDI production.
HIF Global delivers e-gasoline from Chile to Shell in Hamburg, where it is processed for Porsche events. The agreement aims to demonstrate the everyday practicality of synthetic fuels in combustion engines.
The March issue of H2-international - the e-journal on hydrogen and fuel cells - is published today. The special thing about this issue is that this is the last issue to be published by Hydrogeit Verlag. From April 1st, all further issues will be published by Gentner Verlag. This applies to both H2...
In emerging and developing countries, but also in crisis areas, there are many opportunities to use hydrogen to overcome energy poverty and establish a reliable, CO2-neutral power supply. In this context, hydrogen-based microgrids have a decisive role to play. In this form, hydrogen-producing electrolyzers, cylinder racks for hydrogen storage and fuel cell systems for reconversion into electricity can be accommodated in the space of a shipping container. Together, they help to conserve renewable energy for later use.
Politicians have big plans, and to reduce harmful greenhouse gases, they’re putting billions into the expansion of production and pipeline networks for "green" hydrogen. One of the ambitious targets is to increase its share of total energy consumption in the EU to over 20 percent by 2050 if possible. In Germany alone, they want to invest around 19 billion euros in the planned H2 core network, which is to increase to over 9,000 kilometers across all German states by 2032. With these pipelines, hydrogen should then flow from the northern German ports to storage facilities or power plants. In the final expansion – around 60 percent of the network will be former natural gas pipes – the feed-in capacity is to be over 100 gigawatts, according to the German network agency (Bundesnetzagentur).
Processes for the production, storage and use of hydrogen scaling, reducing costs and increasing efficiency: The trade fair Hydrogen + Fuel Cells Europe in Hannover is again proving the progress the hydrogen economy can show.
The transport transition is a central component of the German climate protection strategy. As part of this, hydrogen is seen as a key energy source, especially for heavy-duty goods vehicles. But how can hydrogen refueling stations (HRSs) be supplied with hydrogen efficiently, sustainably and economically? A joint study by the National Organisation Hydrogen and Fuel Cell Technology (NOW GmbH) and the German Energy Agency (dena) examines four supply options via a future H₂ pipeline network. In the study, H₂ hubs that act as connecting elements between the emerging H₂ network and the HRSs are of particular importance.
In the electrolyzer sector, not only Enapter needed to bury its production plans in Saerbeck last year (see H2-international Jan. 2025). Quest One is also struggling and announced the dismissal of 120 employees in February 2025. Quest One had just, with a lot of pomp, opened the production hall in northern Hamburg last autumn (see H2-international Jan. 2025), but now has initiated a "program to strengthen the company's competitiveness" for the north.
Germany is at a crossroads: Is hydrogen the load-bearing pillar of our climate-neutral energy supply or does it remain a large, expensive promise? The political course of the coming months will decide whether we create a globally competitive hydrogen market – or whether Germany loses connection to international development. This was pondered with our members at the German hydrogen association Deutscher Wasserstoff-Verband (DWV). We therefore formulated and published recommendations before the election of the German parliament under the title "H2Five: Fünf vor 2030" (five before 2030).
The current tense economic situation does not stop at the H2 industry. Home Power Solutions (HPS) now had to step into a series of insolvencies. The Berlin company is currently looking for investors who enable the Heliocentris successor to continue working or restructuring. Dr. Henrik Colell, the co...
Transport iron to use hydrogen: The new H2 storage technology of Ambartec AG conveys iron granulates and obtains the hydrogen on site through oxidation. In mid-February 2025, Ambartec, together with Purem by Eberspächer, signed a cooperation agreement (MOU) to prepare a serial production of this iron-nugget hydrogen storage and for its transport in standard 20-foot containers.
