en.Wedoany.com Reported - On June 8, German energy company MB Energy disclosed that it has signed the first letter of intent for capacity reservation for its planned ammonia import terminal in Hamburg's Blumensand. The agreement is with local Hamburg company S.E.T. Select Energy. The project is scheduled to commence commercial operations in 2029 and will provide new port infrastructure for introducing renewable and low-carbon ammonia to Germany.

This agreement marks a shift for the Hamburg ammonia import terminal from the permitting and planning phase to the commercial customer acquisition phase. Under the arrangement, Select is expected to become one of the first customers after the terminal becomes operational and plans to deliver ammonia that meets EU standards for renewable fuels of non-biological origin to Hamburg. The ammonia will come from projects by its Indian partner Juno Joule Green Energy in Pudimadaka, Andhra Pradesh, India, based on the NTPC Green Energy green hydrogen hub plan, as well as other projects in which Select participates. MB Energy had previously received approval from the Hamburg Authority for Environment, Climate, Energy and Agriculture in April to build and operate the terminal at the Blumensand oil tank farm in the Port of Hamburg. The project plans an annual throughput capacity of approximately 600,000 tons of ammonia, intends to build new temporary ammonia storage tanks, and upgrade existing dock berths to accommodate both inland barges and seagoing vessels, while also planning rail tank car loading facilities to enable further distribution of imported ammonia within Germany.

Ammonia's role in Germany's energy transition is extending from a traditional chemical feedstock to a hydrogen carrier, shipping fuel, and industrial decarbonization fuel. Germany's domestic renewable electricity and green hydrogen production capacity cannot fully meet the potential demand from industry, chemicals, shipping, and the power system in the short term, making port import infrastructure a key link in completing the supply chain. Ammonia can be transported over long distances in liquid form and, upon arrival at the port, can be used directly in chemicals, fertilizers, marine fuel, and other applications, or can be cracked into hydrogen in the future and fed into Germany's planned hydrogen network. The Port of Hamburg has a base of shipping, storage tanks, chemical logistics, inland transport, and industrial customers. If the terminal is successfully built, it will provide northern Germany with an import node connecting overseas green hydrogen resources, such as those from India, European industrial users, and the future hydrogen network.

MB Energy is advancing this terminal as part of the New Energy Gate project, which also involves methanol handling arrangements at the same site. This design helps to gradually upgrade traditional oil and chemical storage capacity into low-carbon molecular fuel infrastructure, extending the value of port storage and transport assets, and providing more fuel options for energy trading companies, shipping companies, chemical users, and future gas power plants. Once the project is implemented, the related industrial chain will involve tank construction, low-temperature or pressurized storage and transport, ship-to-shore loading and unloading, ammonia leak monitoring, fire safety, rail car loading, port dispatch, reserved interfaces for ammonia cracking, and long-term maintenance services. With the signing of the first capacity reservation letter of intent, the commercial certainty of the project has increased. Subsequent focus will be on the final investment decision, project construction timeline, sources of imported ammonia, customer expansion, and compliance with regulatory safety requirements.

If the project proceeds as planned into construction and becomes operational in 2029, the Port of Hamburg will gain a key node in Germany's large-scale ammonia import infrastructure. For Germany, such projects can transform overseas renewable energy resources into a transportable, storable, and distributable low-carbon fuel supply chain, providing clearer infrastructure support for the steel, chemical, shipping, energy trading sectors, and the future hydrogen network.

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