Key regulatory requirements for handling H2-derivatives in ports

The transition to hydrogen-derived fuels such as ammonia and methanol is accelerating, but regulatory frameworks are still evolving. The H2Deri@BSP project partner Association of German Seaport Operators/Zentralverband der deutschen Seehafenbetriebe e. V. (ZDS) addresses this gap by analysing current requirements, identifying best practices, and proposing a more harmonised approach for ports in the Baltic Sea Region.

Understanding the current regulatory landscape

Across EU ports, regulatory and safety requirements for handling H₂-derivatives remain fragmented and unevenly developed. While some national frameworks and international guidelines exist, there is no unified European standard. As highlighted in the deliverable, this fragmentation not technology is one of the main barriers to scaling up hydrogen-based fuels.

Learning from port experiences

Project partner (PP) ports and leading European examples demonstrate that progress is possible. Ports such as Rotterdam show how integrated regulatory approaches, funding alignment, and safety procedures can enable real-world implementation. However, these examples also confirm that most activities still rely on case-by-case permits rather than standardised procedures, especially for bunkering operations.

Identifying gaps and best practices

The analysis shows that regulatory development for H₂-derivatives is still at an early stage, with significant disparities between countries and ports. While methanol benefits from more established rules due to its wider industrial use, ammonia remains less regulated and often lacks port-specific guidance. Existing frameworks are frequently not tailored to port environments, and bunkering procedures are largely handled through individual approvals, increasing administrative burden and uncertainty. At the same time, leading examples demonstrate that risk-based, scenario-driven approaches, clear operational procedures, and strong institutional cooperation can significantly improve safety and implementation readiness. The findings underline that harmonisation, practical applicability, and alignment with real port operations are critical to accelerating deployment.

Towards a comprehensive regulatory framework

To bridge these gaps, the project introduces a structured and adaptable regulatory approach supported by dedicated handbooks for “Key regulatory requirements for handling Ammonia in Ports” and “Key regulatory requirements for handling Methanol in Ports”. These handbooks consolidate existing regulations, standards, and best practices into practical minimum requirements covering storage, handling, bunkering, safety procedures, and training. Designed as a common reference point, they provide ports with a clear starting framework that can be adapted to local conditions while contributing to broader European harmonisation.

Importantly, selected elements of these guidelines will be tested during the second year of the project.

Get involved

Ports, authorities, and industry stakeholders are invited to engage in testing and further development of these regulatory approaches.

👉 Click here to download the full deliverable to explore detailed requirements, case studies, and recommendations.
👉 Contact the project to collaborate and participate in the testing phase or to know more.

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