Leave A Message
Germany’s Hydrogen Strategy Brings Ammonia Forward
A Clear Strategy for Green Hydrogen
Germany’s National Hydrogen Strategy was first published in 2020 and updated in 2023. The updated strategy sets a target of 10 GW of domestic electrolysis capacity by 2030. It also expects German demand for hydrogen and hydrogen derivatives to reach 95–130 TWh by 2030. The priority sectors are those where direct electrification is difficult, especially steel, chemicals, refining, heavy transport, shipping, aviation and the future power system.
However, Germany does not expect to meet this demand through domestic production alone. In 2024, the federal government adopted an Import Strategy for Hydrogen and Hydrogen Derivatives. The strategy estimates that around 50–70% of Germany’s 2030 hydrogen-product demand, or 45–90 TWh, may need to be imported. These imports can include hydrogen itself and derivatives such as ammonia, methanol, synthetic fuels and other hydrogen-based products.
Ammonia as a Hydrogen Derivative
This is where ammonia becomes strategically important. Germany does not have a separate “national ammonia strategy” in the same way it has a hydrogen strategy. Instead, ammonia appears inside the hydrogen strategy, import strategy, port strategy and industrial decarbonisation agenda. In other words, Germany sees ammonia mainly as a hydrogen derivative, an import carrier, an industrial feedstock and a possible future fuel.
Several projects show this direction clearly. Uniper’s Green Wilhelmshaven project is one of the most important. The project aims to turn Wilhelmshaven into a central hub for green hydrogen-based energy carriers. A European PCI project fiche describes the planned ammonia reception facility as able to import up to 2.6 million tonnes per year of renewable, green or blue ammonia. It also includes ammonia storage, rail loading and a large-scale ammonia cracking plant for renewable hydrogen production. The larger part of the ammonia would be cracked into up to 0.28 million tonnes of hydrogen per year, while part could be redistributed directly by rail.
Why Ammonia Cracking Matters
This project explains why ammonia cracking is becoming a key topic in Germany. The logic is not simply to import ammonia for traditional fertiliser use. It is to import ammonia as a transportable hydrogen carrier, crack it back into hydrogen near the port, and then supply industrial users through Germany’s hydrogen infrastructure.
Germany is also building the backbone for that infrastructure. The Federal Network Agency approved a national hydrogen core network of 9,040 km, planned for operation by 2032. Around 60% of the network will be converted from existing natural gas pipelines, with total investment costs estimated at €18.9 billion.
From Strategy to Market Formation
Renewable ammonia is already entering market mechanisms as well. In the H2Global pilot auction, Fertiglobe was selected to supply renewable ammonia to European ports from 2027, with volumes potentially rising to 397,000 tonnes cumulatively by 2033.
The conclusion is clear: green ammonia is not a marginal topic in Germany. It is not the centre of a stand-alone ammonia policy, but it is an important part of Germany’s green hydrogen import and infrastructure strategy. The German market is likely to develop around ports, ammonia import terminals, ammonia cracking, hydrogen pipelines and large industrial users.
Data Sources Used
Leave A Message
Scan to Wechat :
IPv6 network supported