The hydrogen future starts now!

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The project pipeline

Step 1

10 MW Demonstrator (OWF Global Tech I)

Overview of offshore wind projects at German northsea

Source: Stiftung Offshore Windenergie

Desalination and electrolysis are carried out on a H2-production platform, mounted on top of a bottom-fixed foundation. All components are tested for production, storage, and re-electrification. Input data is provided for research projects, aiming to achieve proof of concept by 2028.

Details below

Step 2

300 MW Pre-Commercial Project (European OWF area)

Overview of offshore wind projects in Europe

Source: 4C-Offshore

The project involves a 300 MW production platform. H2-transport will be facilitated either via pipeline or ship. The technical concept will be developed further under a funding regime.

Details below

Step 3

> 1 GW Scale (globally applicable)

Source: Global Wind Atlas

The project involves a 300 MW production platform. H2-transport will be facilitated either via pipeline or ship. The technical concept will be developed further under a funding regime.

Details below

10 MW Demonstrator: Global Tech I

We are developing a demonstration project to validate the feasibility of hydrogen production under challenging offshore conditions. With an installed electrolysis capacity of 2×5 MW, the project is integrated into Global Tech I, one of Germany’s commercial offshore wind farms. It leverages the existing foundation and operational setup to minimize additional infrastructure requirements. The initiative also features a self-sufficient research platform designed to test all critical technical components, including desalination, electrolysis, hydrogen storage, and re-electrification processes.

LoI to jointly develop the H2-Demo-Project was signed on  13th October 2025 between:

What we want to achieve:

A proof of concept for offshore electrolysis
Performance data of Electrolysis process coupled with fluctuating renewable energy
Compatibility assessment of auxiliary equipment such as compressor and desalination plant with electrolysers under fluctuating electricity and offshore environment
Investigation of hydrogen intermediate storage and re-electrification for emergency power supply with the produced hydrogen
Visibility for all involved partners (research institutions, regulatory bodies, industry, finance, insurance)

Our 300/1000 MW Platform concept

Harnessing the immense wind resources far out at sea, the project focuses on creating a production facility operating in „island mode“ without the need for a grid connection. An offshore platform serves as the core of the system, housing all necessary electrical and technical equipment, a control center, as well as facilities for desalination, electrolysis, and hydrogen storage. Thanks to its modular design, the system is highly scalable, with each module offering a capacity of 300 MW. The produced hydrogen is transported either by ship or pipeline, ensuring flexibility and efficiency in delivery.

What we want to achieve:

Production of up to 70,000t of green hydrogen per year at an industrialized level
Highest level of redundancy and security against foreign influence
Green Hydrogen “Made Localy”

The H2 Production flow

Storage and offshore handling

Small buffer tanks on the topside ensure re-electrification capabilities, while an underwater hydrogen storage system exceeding 500 MWh per unit is under development.

A Double Anchor Loading (DAL) system enables the efficient offloading of hydrogen to shuttle tankers. Additionally, the platform includes an offshore refueling station for hydrogen-powered Service Operation Vessels (SOVs) and Crew Transfer Vessels (CTVs), supporting sustainable maritime operations.

Transport solutions

Pipeline

Germany: AquaDuctus – directly connected to German H2 Core-Network via Wilhelmshaven
Gaseous transport of H2 @ 100bar

Vessel

Vessel dimensions (L x W): 215 m x 32 m
100 % Hydrogen energy supply/zero emission
Highest automation level
H2 transport capacity: 500 tons @ 250 bar

Development team

Developed and realized the “HY.City.Bremerhaven” H2-fueling station
Strong and wide personal network
Practical H2 experience
Project development

Technical project mana-gement for offshore wind, hydrogen and marine infrastructure projects
Project development & construction; Technical Experts & Advisors

Naval/marine engineering services
Heavy steelwork (offshore platforms)
Ship building

Full-Service Ship Management / Vessel owning and brokerage / Offshore Living Quarters
Transport & Installation / Decommissioning / Offshore Support
Special Maritime Transportation / Salvage / Deep-Sea-Technology Development

Development timeline

2021

Conceptional design, Establishing project consortium, Networking, Discussion with politics and authorities

2022-2023

Early project development, Approach potential investors, Discussion with offtakers

2024

Site allocation 10 MW Demonstrator

2024-2028

10 MW Demonstrator OWF Global Tech I:

Project Development, Fabrication, Installation, Commissioning

2028

10 MW Demonstrator:

Operational phase, Hydrogen production,  Testing and research → proof of concept

2028-2030

Know-how transfer to 300 MW pre-commercial project:

Secure suitable sea area (auction), Project development, Permitting process, Supply agreements, Financial close

2030-2032

10MW-Demonstrator: Operational phase, Hydrogen production,  Testing and research, Decommissioning

300MW pre-commercial project: Fabrication, Installation, Commissioning

1 GW commercial project: Secure suitable sea area (auction), Project development, Permitting process, Supply agreements, Financial close

2033-2036

300MW pre-commercial project: Operational phase, Hydrogen production → ~20,000t H2/year

1 GW commercial project: Fabrication, Installation, Commissioning

2036-2066

300MW pre-commercial project: Operational phase, Hydrogen production → ~20,000t H2/year

1 GW commercial project: Operational phase,  Hydrogen production → ~70,000t H2/year

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