£5 Per Kilo Landed Price (Liquid or Gas)
Innovation in Green Hydrogen Production
Our Mission


Marine Supply Chain Products
We are pioneering the transformation of marine-based green hydrogen infrastructure through distributed production and logistics networks. Leveraging advanced technological innovations and strategic commercial frameworks, we deliver economically viable, dependable, and expandable hydrogen systems that enable enterprises and governments to realize their environmental sustainability objectives and carbon-neutral ambitions.
1
Island Power Generation
Our flagship innovation is a floating offshore energy vessel dedicated to green hydrogen production from diverse renewable sources. By integrating power generation from oceanic currents, wind systems, and solar radiation, we achieve exceptional asset utilization rates that maximize operational efficiency. The integrated saltwater electrolysis system directly converts this clean energy into hydrogen, which is subsequently liquefied through advanced cryogenic processes, creating a storage-stable product optimized for efficient maritime transportation and global distribution.
2
Marine Carriers
Our transportation infrastructure features agile twin-hulled marine carriers specially designed to transport liquid hydrogen in proprietary 50-ton spherical containment vessels. These semi-autonomous watercraft employ hydrogen fuel cell propulsion systems, enabling speeds of up to 40 knots while maintaining zero-emission operations. The vessels’ exceptional velocity and maneuverability make them ideally suited for high-frequency distribution schedules, revolutionizing the clean energy supply chain while simultaneously advancing the paradigm of environmentally responsible maritime transport.


3
FSRU & Distribution
The Floating Storage and Regasification Unit (FSRU) functions as the critical interface between maritime hydrogen transport and terrestrial distribution networks. This sophisticated vessel, measuring 80 meters in length, 15 meters in width, and comprising three operational decks, receives and processes the liquid hydrogen cargo. Operating with semi-autonomous capabilities, these FSRUs are strategically positioned to optimize proximity to end-user facilities, minimizing final distribution distances and associated costs.
The FSRU’s advanced systems enable versatile preparation of multiple hydrogen products—including liquid hydrogen (LH2), gaseous hydrogen (H2), and derivative compounds—tailored to specific client requirements. Distribution pathways include dedicated pipelines or specialized transport solutions in either gaseous or liquefied states. This flexibility allows our hydrogen to serve diverse applications: industrial thermal processes requiring heat and steam, combined heat and power (CHP) systems utilizing fuel cell technology, or advanced transportation solutions demanding high-performance, zero-emission fuels.
Typical Clients
Free Port ...
UK freeports provide ideal conditions for hydrogen economy development through their strategic coastal locations, tax incentives, and simplified customs procedures. These special economic zones cluster energy-intensive industries that can become immediate hydrogen consumers while offering proximity to renewable energy sources like offshore wind.
Data Centre
Artificial intelligence has seen explosive growth over the past few years witha demand for powerful computing infrastructure. However, the reality is stark—traditional energy grids are struggling to keep up. H2Terminals, is charting an innovative path with hydrogen-powered data centers.
Large Heat ...
Industries like steel, cement, food processing, refining, and construction face the greatest decarbonization challenges due to energy intensity and process emissions. These hard-to-abate sectors require solutions addressing volume demands, competitive pricing, and consistent supply. Strategic public-private partnerships are essential to help these foundational industries achieve their net-zero goals by combining policy frameworks with private sector innovation.
Our Core Product offerings

Intracoastal PPA
H2Terminals’ Corporate Power Purchase Agreements (CPPAs) offer an innovative “Intracoastal” approach to sustainable energy procurement. Using green liquid hydrogen feedstock, which undergoes regasification before powering fuel cells, their process creates both clean electricity and valuable by-products.
H2Terminals’ CPPAs don’t just redistribute existing renewable energy – they actively create new sustainable power sources while offering additional value through hydrogen processing, enabling businesses to demonstrate true sustainability leadership.

Long Term Energy Storage
Storing and bunkering liquid hydrogen as a stand alone product using the latest proven composite material. We currently have one of the largest spherical winding machines in the world. We can build up to 50 Ton liquid hydrogen tanks (-253C) with an incredible 0.06% daily biol off rate.
These tanks can be use as primary of secondary storage units to ensure continuity of service.
Examples being part of a solar electrolyser solution that stores energy as a backup or to hold excess supply or as part of a pipeline ecosystem supporting continuous supply, even a marine bunkering solution.

Fuel Cell and Supply
Accelerate your decarbonization with our world-leading fuel cell technology. We deliver cost-effective, scalable power solutions configured to meet the massive energy demands of data centers, business parks, and heavy industry. Our flexible hydrogen delivery options—including FSRUs, tankers, and pipelines—eliminate grid connectivity delays, allowing you to achieve sustainability goals while maintaining operational excellence.

Careers
Industry Expertise
H2Terminals team and partners have years of experience in the specialist material development for high pressure tanks hydrogen transportation, autonomous vehicle development and generative ai in supply chain management. Our team of experts brings unparalleled knowledge and insights, ensuring efficient and innovative composite material solutions tailored to our clients’ needs. As industry leaders, we continuously adapt to emerging trends and technologies, guaranteeing our services remain at the forefront of the market.

Why Work With Us
We offer a range of career paths at H2 Terminals, from engineering and logistics to sustainability and safety roles. Our comprehensive training programs are designed to equip you with the skills needed to excel in your chosen field.
Whether you are just starting your career or looking to advance to a leadership position, we provide the tools and support necessary to help you achieve your goals. Join us to make a significant impact in the transportation industry.
At H2 Terminals, our core values are the foundation of our operations and define who we are as an organization. We prioritize integrity, innovation, and excellence in everything we do. Our commitment to these values ensures that we consistently deliver high-quality services and foster a culture of trust and collaboration.
We believe that by upholding our core values, we can drive positive change in the transportation industry and contribute to a more sustainable future. Our values guide our decision-making processes, enabling us to create a work environment where employees feel empowered and valued.
H2Terminals - Building Resilience Achieving Price Stability
Achieving clean power by 2030 demands a radical shift in how we generate, distribute, and consume energy. This transformation will not happen through small, incremental changes but through bold action and unwavering momentum across all sectors. Governments, industries, and communities must collaborate to accelerate the transition, making sustainable energy the norm rather than the exception
Achieving clean power by 2030 demands a radical shift in how we generate, distribute, and consume energy. This transformation will not happen through small, incremental changes but through bold action and unwavering momentum across all sectors. Governments, industries, and communities must collaborate to accelerate the transition, making sustainable energy the norm rather than the exception
