Hydrogen Valleys

20 MW green hydrogen production (2600 tons/year) in Kristiansand, Norway, under construction with commissioning in Q4 2026 with compressed hydrogen. Expansion of +40 MW (60 MW in total, 7200 tons/year) in 2028, with possibilities for both compresed and liquified hydrogen. The project is owned 100% by Greenstat AS.

Mitsubishi Power and Magnum Development announced the launch of the Advanced Clean Energy Storage project in central Utah. In the world’s largest project of its kind, it will initially develop 1,000 MW/100,000 MWh of 100 percent green hydrogen storage.

BIG HIT is a six-year demonstration project which aims to create an integrated low carbon and localised energy system establishing a replicable model of hydrogen production, storage, distribution and utilisation for low carbon heat, power and transport.

Green Hydrogen Hub: Pecém Industrial Complex Drives Sustainable Energy Transition with Export to Europe and Regional Market Development

Renewable project combining solar PV plant with large storage capacity based on hydrogen to produce stable and dispatchable power to the grid of French Guiana.

The Edmonton Region Hydrogen HUB is a collaborative initiative dedicated to advancing a thriving hydrogen economy in the Edmonton Region and beyond. Bringing together municipalities, industry, and associations, the HUB focuses on building a robust hydrogen value chain through collaboration, system integration, and policy advocacy. Leveraging the region’s world-class hydrogen production facilities and strategic infrastructure, the HUB drives innovation, promotes decarbonization, and stimulates e

Emirates Hydrogen Valley: a clean hydrogen project in the UAE, integrating production for mobility, industry, and energy, enhancing energy security. It includes desert agriculture, utilizing treated wastewater and biochar, boosting food security and circular economy principles for regional and global impact.

The Eyre Peninsula Gateway is an industrial-scale green hydrogen and ammonia production complex, being established by H2U as a staged development. The initial demonstrator stage will feature a 75 MW electrolysis plant and 120 tpd green ammonia plant.

FH2R can produce as much as 1,200 Nm3 of hydrogen per hour (rated power operation) using renewable energy. Renewable energy output is subject to large fluctuations, so FH2R will adjust to supply and demand in the power grid in order to maximize utilization of this energy while establishing low-cost, Green hydrogen production technology.

Relying on the existing automobile industry foundation in Nanhai District, Xianhu Hydrogen Valley focuses on technological innovation, promotion and application, and develops new energy vehicles, especially related projects of hydrogen fuel cell vehicles.

Next Generation Hydrogen Valley/Hydrogen export Hub located in Piauí, based on a vertically integrated value chain with an anticipated green Hydrogen production of 2,3 Mtpa equivalent to a green ammonia production of 12,1 Mtpa. Focus will be on green ammonia for the medium term offset partly domestic market, majority offtake for export purposes to Europe. The prime offtake position is Green Energy Park Krk in Croatia.

The Antofagasta Region is a central part of the green hydrogen projects being developed in Chile, mainly due to its comparative advantages in terms of solar and wind resources, proximity to the sea and other aspects of the green hydrogen value chain.

The Magallanes Region is a central part of the green hydrogen projects being developed in Chile, mainly due to its comparative advantages in terms of wind resources, proximity to the sea and other aspects of the green hydrogen value chain.

Construction of a renewable hydrogen plant with a targeted electrolysis capacity starting at 100 MW with a future capacity increase up to 3 GW, focused on the production of renewable electricity and green hydrogen with possible future export of hydrogen to the EU countries.

Hydrogen Ukraine intends to construct a green hydrogen production plant with a capacity of 100 MW, potentially expanding to 1500 MW. The project also includes a 120 MW solar facility, scalable to 1200 MW, and wind installations capable of 160 MW. This ambitious endeavor aims for seamless integration into Ukraine's Unified Energy System, incorporating new substations and power lines. The export of hydrogen is intended to be via a pipeline to a metallurgical plant in Slovakia

HyFuel AS is owned by Sogn og Fjordane Energy, Fjord Base Holding and Gasnor. The goal is to produce sustainable green hydrogen at Fjord Base (Florø, Norway). HyFuel will develop, own, and operate a plant for producing hydrogen. The company will deliver hydrogen and to marine transportation at home and abroad.

HyNet North West is an integrated low carbon hydrogen production, distribution and carbon capture, utilisation and storage project (CCUS).

ESTABLISH A LOCAL HYDROGEN ECONOMY IN NEOM

NORHyWAY will establish a mature, scalable Hydrogen Valley in Mid-Norway, creating a fully integrated and self-sustaining ecosystem that spans the entire hydrogen value chain - production, distribution, storage, and diverse end-use. Building on operational pilots and early demonstration projects, NORHyWAY moves to full-scale deployment, aiming to produce 17,350 tonnes/year of green hydrogen. NORHyWAY`s strategic geographic location links central Europe to the Arctic.

Phi Suea House Project is the world's first solar-hydrogen multi-house residential project.

SoHyCal is fully operational in its first phase, harnessing the power of renewable energy and cutting-edge electrolysis technology, producing up to one ton per day of green hydrogen powered by biogas It will transition into solar energy in phase two, expected to produce a total of three tons per day of green hydrogen powered by PV by Q2 of 2025. This amount of hydrogen will fuel up to 210,000 cars per year or 30,000 city buses.

3,0 GW green hydrogen and ammonia project to be implemented in 3 consecutive phases every yea. COD for first phase in 2029. Situated in Parnaíba in the state of Piauí in northeastern Brazil. The electricity grid holds >90% green electricity which means we can feed the electrolysers directly from the grid and reduce significantly the storage cost. Desalination is not required as we can take water from the nearby Parnaiba river. Port for export under development in nearby town Luis Correa.

South Marmara is the leading region in Turkey for green electricity generation through modern renewable technologies with 3 GW installed capacity. 87 % of more than 9.000 GWh green electricity generated in the region is coming from wind energy. The region has still a huge potential in wind, solar and biomass and the next step will be to produce green fuels in order to pave the way for reaching a net-zero economy which will be facilitated by “South Marmara Hydrogen Shore” H2 Valley Project.

A multi phased project with the goal of proving clean and cheap green hydrogen to different consumers (industrial and mobility) in the Southern Arava. The project is modular and will scale with the growing production of clean PV energy from 400k/hour production of over 30 megawatt/hour.

The North East of Scotland is applying its decade of experience in green hydrogen to deliver a Hydrogen Valley - integrating production, storage, distribution and use of hydrogen across the region. A partnership of 29 Scottish and international organisations working together to make, move and use over 500 tonnes of hydrogen per year by 2031.

On and offshore wind farms will drive up to 3.45GWe of electrolysis at several locations across the province. Storage is by line packing in H2 pipelines, up to 7x70 million m3 (@STP) capacity salt caverns and e-methanol / e-kerosene tank farms. Transport via H2 pipeline, tube trailers and ISO tank containers (e-methanol). Offtakes are to CCGTs, NG blending, industrial heating, HGVs and e-fuel synthesis plant. Best market is to supply ro-ro freight ferries with e-methanol bunker fuel.

The project’s location in south-central Wyoming brings together all the necessary resources and infrastructure for the production and transport of clean hydrogen. These include but are not limited to water, renewable energy, power transmission, geologic storage, rail facilities, highway infrastructure and large interstate natural gas pipelines.