Hydrogen Valleys

Welcome to the Hydrogen Valley map. Click on the pins to learn more about each valley or use the search field to find specific valleys, e.g. by country or name. You will also find an extensive list of all Hydrogen Valleys currently represented on this platform below the map. Click on "View more" to get a more detailed overview of the chosen project. If you would like to get in touch with a project, use the Matchmaking section to contact the Hydrogen Valley directly. If you are interested in a deep dive into the challenges and barriers that Hydrogen Valleys are facing and how they are tackling them, please visit the Best Practices section.

The information provided in this section is based on a comprehensive survey conducted among the most advanced Hydrogen Valleys globally. For an aggregate view on the project landscape and more insights regarding project development, funding, technologies deployed and much more, please visit the Analysis section

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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.

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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.

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Amber Hydrogen Valley aim is an activation of the long-lasting hydrogen economy in the Pomerania Region in Poland, by the creation of a whole hydrogen value chain, from H2 production, storage and distribution to various end-uses (mobility, industry, energy).

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Amber Hydrogen Valley aim is an activation of the long-lasting hydrogen economy in the Pomerania Region in Poland, by the creation of a whole hydrogen value chain, from H2 production, storage and distribution to various end-uses (mobility, industry, energy).

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Cepsa’s project "Andalusian Green Hydrogen Valley '' will install 2GW of electrolysis capacity: In Huelva, ONUBA Project is an agreement with Fertiberia to produce 400 MW of renewable hydrogen and ammonia with a direct power supply agreement, and the agreement with C2X to produce 200 MW of renewable hydrogen and renewable methanol. In CARTEIA, we will produce renewable hydrogen with EDP and renewable ammonia with Yara to decarbonise industries and the maritime sector also in central Europe.

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Cepsa’s project "Andalusian Green Hydrogen Valley '' will install 2GW of electrolysis capacity: In Huelva, ONUBA Project is an agreement with Fertiberia to produce 400 MW of renewable hydrogen and ammonia with a direct power supply agreement, and the agreement with C2X to produce 200 MW of renewable hydrogen and renewable methanol. In CARTEIA, we will produce renewable hydrogen with EDP and renewable ammonia with Yara to decarbonise industries and the maritime sector also in central Europe.

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The project consists of an electrolyser of around 100 MW that will produce green H2 (9,116 t p.a.) in Oliveira do Bairro (COD beginning of 2027). Focused on Power to Industry, Gas grid Injection and Power to Mobility. Electricity sourced from our PV plant in Aveiro District (170 MWp). We partner with leading technology-players in the H2 industry, e.g. ThyssenKrupp and Sunfire, and other EU equipment suppliers. Advanced talks ongoing with value chain partners, e.g., for offtake and H2 transport.

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The project consists of an electrolyser of around 100 MW that will produce green H2 (9,116 t p.a.) in Oliveira do Bairro (COD beginning of 2027). Focused on Power to Industry, Gas grid Injection and Power to Mobility. Electricity sourced from our PV plant in Aveiro District (170 MWp). We partner with leading technology-players in the H2 industry, e.g. ThyssenKrupp and Sunfire, and other EU equipment suppliers. Advanced talks ongoing with value chain partners, e.g., for offtake and H2 transport.

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The BalticSeaH2 project intends to implement a large-scale, interregional hydrogen valley across country borders in the Baltic Sea region, with a main valley between Finland and Estonia.

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The BalticSeaH2 project intends to implement a large-scale, interregional hydrogen valley across country borders in the Baltic Sea region, with a main valley between Finland and Estonia.

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The objective of the Basque Hydrogen Corridor is the creation of a hydrogen ecosystem in the Basque Country, which allows progress in the decarbonization of the energy, mobility, different industrial sectors, as well as services sectors and is based on specific projects and actions, building on a strategy of public-private collaboration. In addition, the BH₂C aims to be a key enabler of sustainable development of the hydrogen energy value chain in the region.

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The objective of the Basque Hydrogen Corridor is the creation of a hydrogen ecosystem in the Basque Country, which allows progress in the decarbonization of the energy, mobility, different industrial sectors, as well as services sectors and is based on specific projects and actions, building on a strategy of public-private collaboration. In addition, the BH₂C aims to be a key enabler of sustainable development of the hydrogen energy value chain in the region.

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Benorth2 is a multi-user green hydrogen project, looking to decarbonize regional industries, energy generation, the gas grid, and the mobilty sector, including planned development of a dedicated hydrogen distribution grid throughout the industry valley.

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Benorth2 is a multi-user green hydrogen project, looking to decarbonize regional industries, energy generation, the gas grid, and the mobilty sector, including planned development of a dedicated hydrogen distribution grid throughout the industry valley.

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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.

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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.

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V4 countries project incl. Slovakia, Czech republic, Poland and Hungary; HDV vehicle deployment - 10,000 units, H2 production - 40 electrolyzers, 270 H2 refueling stations on TEN-T corridors. Key point of this project is decarbonising transport in V4.

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V4 countries project incl. Slovakia, Czech republic, Poland and Hungary; HDV vehicle deployment - 10,000 units, H2 production - 40 electrolyzers, 270 H2 refueling stations on TEN-T corridors. Key point of this project is decarbonising transport in V4.

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

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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.

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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.

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Clean Hydrogen Coastline has a holistic approach over the complete value chain for hydrogen supply in the North West of Germany with several linking options for a European approach. The project is separated in different subprojects for production and supply, distribution, usage in industry and usage in mobility. Within the IPCEI framework, Clean Hydrogen Coastline intends to deploy 370 MW water electrolysis and a large-scale underground storage facility.

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Clean Hydrogen Coastline has a holistic approach over the complete value chain for hydrogen supply in the North West of Germany with several linking options for a European approach. The project is separated in different subprojects for production and supply, distribution, usage in industry and usage in mobility. Within the IPCEI framework, Clean Hydrogen Coastline intends to deploy 370 MW water electrolysis and a large-scale underground storage facility.

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Hydrogen Valleye situated in Mid and North Jutland, Denmark

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Stanwell Corporation, a Queensland Government owned major provider of electricity to Queensland leads a consortium of significant industry entities to develop a large-scale renewable hydrogen production hub in Central Queensland, with the view to exporting hydrogen to Japan, as well as supplying large industrial customers in the Central Queensland region. Australian Government’s Regional Hydrogen Hubs Program has offered support of up to AUD$69.2 million. In 2022/23 the Queensland Renewable Ener

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Stanwell Corporation, a Queensland Government owned major provider of electricity to Queensland leads a consortium of significant industry entities to develop a large-scale renewable hydrogen production hub in Central Queensland, with the view to exporting hydrogen to Japan, as well as supplying large industrial customers in the Central Queensland region. Australian Government’s Regional Hydrogen Hubs Program has offered support of up to AUD$69.2 million. In 2022/23 the Queensland Renewable Ener

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The Cretan-Aegean Hydrogen Valley will be developed in the Island of Crete with main objective the production of green hydrogen, which will be used for the decarbonisation of the transportation sector and the grid with electricity production with fuel cells.

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The Cretan-Aegean Hydrogen Valley will be developed in the Island of Crete with main objective the production of green hydrogen, which will be used for the decarbonisation of the transportation sector and the grid with electricity production with fuel cells.

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Large-scale hydrogen production from Neoen hybrid renewables project.

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Large-scale hydrogen production from Neoen hybrid renewables project.

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Djewels is a project that aims to demonstrate the operational readiness of a 20 MW electrolyser for the production of green fuels (green methanol) in real-life industrial and commercial conditions.

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Djewels is a project that aims to demonstrate the operational readiness of a 20 MW electrolyser for the production of green fuels (green methanol) in real-life industrial and commercial conditions.

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doing hydrogen connects H2 projects in Mecklenburg-Western Pomerania, Brandenburg, Berlin, Saxony and Saxony-Anhalt to form a high-performance hub: production, transport, storage and consumption of this raw material of the future all under one roof, ready to launch in 2026. A unique project for the people and economy in eastern Germany – an important building block in implementing the German and European hydrogen strategy.

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doing hydrogen connects H2 projects in Mecklenburg-Western Pomerania, Brandenburg, Berlin, Saxony and Saxony-Anhalt to form a high-performance hub: production, transport, storage and consumption of this raw material of the future all under one roof, ready to launch in 2026. A unique project for the people and economy in eastern Germany – an important building block in implementing the German and European hydrogen strategy.

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The project eFarm is the biggest green hydrogen mobility project in Germany to date. The project is realised by GP JOULE and addresses the complete value chain of green hydrogen on the mobility path from production over logistics to distribution via HRS.

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The project eFarm is the biggest green hydrogen mobility project in Germany to date. The project is realised by GP JOULE and addresses the complete value chain of green hydrogen on the mobility path from production over logistics to distribution via HRS.

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Zuid-Holland has the industry, knowledge institutes and transportation capabilities to be the European Hydrogen Hub, and supply Europe’s hydrogen demands. In triple helix collaboration, this region works towards international climate goals.

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Zuid-Holland has the industry, knowledge institutes and transportation capabilities to be the European Hydrogen Hub, and supply Europe’s hydrogen demands. In triple helix collaboration, this region works towards international climate goals.

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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.

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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.

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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.

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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.

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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.

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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.

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Galileu Green H2 Valley, next to Lisbon, consists of a 300 MW El that will produce green H2 (COD Q4 2026). Electricity sourced from 500 MWp of solar PV in the same area and from renewable energy PPAs. The project focused on Power to Industry (cement plant and other industries), Gas grid Injection and Power to Mobility. Advanced talks with value chain partners, e.g., for offtake, pipeline construction and H2 transport.

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Galileu Green H2 Valley, next to Lisbon, consists of a 300 MW El that will produce green H2 (COD Q4 2026). Electricity sourced from 500 MWp of solar PV in the same area and from renewable energy PPAs. The project focused on Power to Industry (cement plant and other industries), Gas grid Injection and Power to Mobility. Advanced talks with value chain partners, e.g., for offtake, pipeline construction and H2 transport.

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The aim of the Grand Region Hydrogen is to develop and support a hydrogen ecosystem in the Greater Region of Saarland (Germany), Lorraine (Grand-Est, France) and the Grand Duchy of Luxembourg. Therefore, on the one hand, it contains producers of hydrogen and, on the other hand, the energy and steel industry as the main consumers of H2. For this Creos and GRTgaz will establish an approximately 100-kilometre-long hydrogen network in the Grande Région.

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The aim of the Grand Region Hydrogen is to develop and support a hydrogen ecosystem in the Greater Region of Saarland (Germany), Lorraine (Grand-Est, France) and the Grand Duchy of Luxembourg. Therefore, on the one hand, it contains producers of hydrogen and, on the other hand, the energy and steel industry as the main consumers of H2. For this Creos and GRTgaz will establish an approximately 100-kilometre-long hydrogen network in the Grande Région.

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The Green Crane initiative aims to pave the way for South to North green hydrogen flows in Europe and boosting local demand in Spain and Italy. Cross-border routes aim to connect with The Netherlands and France.

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The Green Crane initiative aims to pave the way for South to North green hydrogen flows in Europe and boosting local demand in Spain and Italy. Cross-border routes aim to connect with The Netherlands and France.

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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.

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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.

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The project targets the large-scale production of green hydrogen in Southeastern Europe and its subsequent transport via LOHC and ships to industrial offtakers along the Danube river.

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The project targets the large-scale production of green hydrogen in Southeastern Europe and its subsequent transport via LOHC and ships to industrial offtakers along the Danube river.

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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.

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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.

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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.

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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.

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Green Hysland aims to create a replicable Hydrogen Territory in the Balearic Islands by converting solar energy generated in Mallorca into green H2 which will be used in multiple applications: mobility, heat and power and injection into the gas grid.

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Green Hysland aims to create a replicable Hydrogen Territory in the Balearic Islands by converting solar energy generated in Mallorca into green H2 which will be used in multiple applications: mobility, heat and power and injection into the gas grid.

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A 100 MW Flexible green hydrogen production to supply multiple end-uses

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A 100 MW Flexible green hydrogen production to supply multiple end-uses

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H2 Valley Mid-Norway represents a complete value chain consisting of established and financed projects, covering production and consumption within land transport, sea transport and industry. The projects are among the foremost in the Nordic region, and industry players are actively in the driver's seat in the energy transition. Mid-Norway is a central point for a large maritime sector, a hub for heavy duty transport and railway and has one of Europe's busiest airports for short haul flights.

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H2 Valley Mid-Norway represents a complete value chain consisting of established and financed projects, covering production and consumption within land transport, sea transport and industry. The projects are among the foremost in the Nordic region, and industry players are actively in the driver's seat in the energy transition. Mid-Norway is a central point for a large maritime sector, a hub for heavy duty transport and railway and has one of Europe's busiest airports for short haul flights.

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H2-Fifty will be one of Europe’s largest green hydrogen production facilities to help reduce CO2 emissions and support the transition to a sustainable future.

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H2-Fifty will be one of Europe’s largest green hydrogen production facilities to help reduce CO2 emissions and support the transition to a sustainable future.

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H2BE is a joint Engie and Equinor large-scale (GW) low-carbon hydrogen project in the Ghent port area (Belgium), based on ATR and CCS technology. It aims at producing hydrogen from natural gas from Norway, allowing for decarbonization rates above 95%. The captured CO2 on site is planned to be transported in liquid form from Belgian coastal area and to be permanently and safely stored below the seabed of the Norwegian North Sea. The partners aim to start operations well before 2030.

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H2BE is a joint Engie and Equinor large-scale (GW) low-carbon hydrogen project in the Ghent port area (Belgium), based on ATR and CCS technology. It aims at producing hydrogen from natural gas from Norway, allowing for decarbonization rates above 95%. The captured CO2 on site is planned to be transported in liquid form from Belgian coastal area and to be permanently and safely stored below the seabed of the Norwegian North Sea. The partners aim to start operations well before 2030.

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H2CRETE Valley is a pioneering, large-scale 100 MW green H2 and green NH3 production project, located in Atherinolakos, Crete, Greece. This project will positively impact the Cretan and European economies, serving local and foreign End-Markets: Port, Storage, Mobility, Shipping, Cement, Brokerage. The project is supported by several institutions, including local authorities like Region of Crete, industry associations as Hydrogen Europe, and the international engineering company, RINA.

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H2CRETE Valley is a pioneering, large-scale 100 MW green H2 and green NH3 production project, located in Atherinolakos, Crete, Greece. This project will positively impact the Cretan and European economies, serving local and foreign End-Markets: Port, Storage, Mobility, Shipping, Cement, Brokerage. The project is supported by several institutions, including local authorities like Region of Crete, industry associations as Hydrogen Europe, and the international engineering company, RINA.

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“H2iseO Hydrogen Valley” is the FNM group strategic project which aims to create the first Italian industrial renewable hydrogen-based value chain for a sustainable mobility system in the UNESCO world heritage site of Valcamonica, along the non-electrified railway line Brescia – Iseo – Edolo

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“H2iseO Hydrogen Valley” is the FNM group strategic project which aims to create the first Italian industrial renewable hydrogen-based value chain for a sustainable mobility system in the UNESCO world heritage site of Valcamonica, along the non-electrified railway line Brescia – Iseo – Edolo

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The project of H2NORD GmbH & Co. KG adresses the complete value chain of green hydrogen on the mobility path from production over logistics to the distribution of the hydrogen via local hydrogen refueling stations.

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The project of H2NORD GmbH & Co. KG adresses the complete value chain of green hydrogen on the mobility path from production over logistics to the distribution of the hydrogen via local hydrogen refueling stations.

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The projects H2Rivers and H2Rhine-Neckar were implemented to demonstrate the value chain of hydrogen from production to final consumption with a focus on mobility applications. Sub-projects form the cornerstone for the transformation of the Rhine-Neckar metropolitan region towards CO2 neutrality.

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The projects H2Rivers and H2Rhine-Neckar were implemented to demonstrate the value chain of hydrogen from production to final consumption with a focus on mobility applications. Sub-projects form the cornerstone for the transformation of the Rhine-Neckar metropolitan region towards CO2 neutrality.

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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.

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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.

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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

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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

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HEAVENN is a large-scale demo project addressing the requirements of the call, by bringing together core elements: production, distribution, storage and local end-use of hydrogen into a fully-integrated and functioning Hydrogen Valley.

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HEAVENN is a large-scale demo project addressing the requirements of the call, by bringing together core elements: production, distribution, storage and local end-use of hydrogen into a fully-integrated and functioning Hydrogen Valley.

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The Projekt of HY.City.Bremerhaven GmbH & Co. KG adresses the complete value chain of green hydrogen on the mobility path from production over logistics to the distribution of the hydrogen via local hydrogen refueling stations.

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The Projekt of HY.City.Bremerhaven GmbH & Co. KG adresses the complete value chain of green hydrogen on the mobility path from production over logistics to the distribution of the hydrogen via local hydrogen refueling stations.

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HY.Kiel is aiming to supply trucks, busses and cars with real green hydrogen from an onsite hydrogen production and hydrogen refueling station in the urban center of Kiel.

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HY.Kiel is aiming to supply trucks, busses and cars with real green hydrogen from an onsite hydrogen production and hydrogen refueling station in the urban center of Kiel.

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The Projekt of Energiepark Lausitz Wasserstoff GmbH& Co. KG adresses the complete value chain of green hydrogen on the mobility path from production over logistics to the distribution of the hydrogen via local hydrogen refueling stations.

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The Projekt of Energiepark Lausitz Wasserstoff GmbH& Co. KG adresses the complete value chain of green hydrogen on the mobility path from production over logistics to the distribution of the hydrogen via local hydrogen refueling stations.

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Green hydrogen ecosystem with a hydrogen production plant powered by renewable energies and a hydrogen filling station with a 350/700 bar dispenser

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Green hydrogen ecosystem with a hydrogen production plant powered by renewable energies and a hydrogen filling station with a 350/700 bar dispenser

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HyBalance demonstrates the use of hydrogen in energy systems. The hydrogen is produced from water electrolysis, enabling the storage of renewable electricity from wind turbines. It balances the grid, and the hydrogen is used for transport and in industry.

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HyBalance demonstrates the use of hydrogen in energy systems. The hydrogen is produced from water electrolysis, enabling the storage of renewable electricity from wind turbines. It balances the grid, and the hydrogen is used for transport and in industry.

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Compilation of three admin. districts (LA-EBE-M), transport companies, energy providers, industry, trade and crafts. Implementation of closed hydrogen cycle generating, distributing and using emission-free "green hydrogen".

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Compilation of three admin. districts (LA-EBE-M), transport companies, energy providers, industry, trade and crafts. Implementation of closed hydrogen cycle generating, distributing and using emission-free "green hydrogen".

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This new project aims to develop a hydrogen gas sensor with a micro-heater at a hydrogen-based society that is fabricated using MEMS technology. Various applications that can be found on the market such as the electric vehicle and the transformer will be analyzed.

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This new project aims to develop a hydrogen gas sensor with a micro-heater at a hydrogen-based society that is fabricated using MEMS technology. Various applications that can be found on the market such as the electric vehicle and the transformer will be analyzed.

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The Hydrogen Delta represents a Dutch-Belgium crossboarder industrial cluster focused on the implementation of large-scale green (and blue) hydrogen as a feedstock material in the chemical, refinery and steelmaking industry. The industrial cluster develops large-scale projects throughout the hydrogen value chain and is the largest hydrogen cluster in the Benelux today.

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The Hydrogen Delta represents a Dutch-Belgium crossboarder industrial cluster focused on the implementation of large-scale green (and blue) hydrogen as a feedstock material in the chemical, refinery and steelmaking industry. The industrial cluster develops large-scale projects throughout the hydrogen value chain and is the largest hydrogen cluster in the Benelux today.

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Hydrogen Hub Agder project is led and owned by Greenstat (100%). 20 MW hydrogen production plant, approx. 8 tons green hydrogen produced per day. Start-up and delivery of the first kilo of hydrogen is planned in Q2 2025.

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Hydrogen Hub Agder project is led and owned by Greenstat (100%). 20 MW hydrogen production plant, approx. 8 tons green hydrogen produced per day. Start-up and delivery of the first kilo of hydrogen is planned in Q2 2025.

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Noord-Holland is an accelerator region for the European transition towards hydrogen. The main activities are concentrated around Amsterdam (North Sea Canal Area), and also include the offshore energy production on the north sea and its connection to Port of Den Helder as landing point. The region is developing green hydrogen-based value chains (import, production, storage, distribution, usage, export) around its airport (Schiphol), seaports (e.g. Amsterdam, Den Helder) and industry (e.g. steel).

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Noord-Holland is an accelerator region for the European transition towards hydrogen. The main activities are concentrated around Amsterdam (North Sea Canal Area), and also include the offshore energy production on the north sea and its connection to Port of Den Helder as landing point. The region is developing green hydrogen-based value chains (import, production, storage, distribution, usage, export) around its airport (Schiphol), seaports (e.g. Amsterdam, Den Helder) and industry (e.g. steel).

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Hydrogen Valley with a strong focus in the industry as the consumer, placed in the centre of Austria (Upper Austria, Styria and Carinthia).

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Hydrogen Valley with a strong focus in the industry as the consumer, placed in the centre of Austria (Upper Austria, Styria and Carinthia).

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With 6 MW operational electrolyser capacity as well as 16 MW currently being build and more than 400 MW planned till 2026 (IPCEI), the Hydrogen Valley Emsland is Germanys leading region in producing green hydrogen. Germanys first non-discriminating hydrogen pipeline infrastructure will not only allow transporting hydrogen towards large demand sites like Ruhr area but also use it for regional industries (especially (petro-)chemistry) pilot projects (e.g. green steel) and mobility.

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With 6 MW operational electrolyser capacity as well as 16 MW currently being build and more than 400 MW planned till 2026 (IPCEI), the Hydrogen Valley Emsland is Germanys leading region in producing green hydrogen. Germanys first non-discriminating hydrogen pipeline infrastructure will not only allow transporting hydrogen towards large demand sites like Ruhr area but also use it for regional industries (especially (petro-)chemistry) pilot projects (e.g. green steel) and mobility.

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In short, Hydrogen Valley Estonia is a complete and nationwide systems development that will accelerate the energy transition and independency of the whole country under the motto: ‘from zero to green.’ In the coming six years, hydrogen production will be developed at least six regions in the country. Parallel to that, transport and storage infrastructure is developed, including import and export terminal infrastructure, fuelling stations and storage facilities.

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In short, Hydrogen Valley Estonia is a complete and nationwide systems development that will accelerate the energy transition and independency of the whole country under the motto: ‘from zero to green.’ In the coming six years, hydrogen production will be developed at least six regions in the country. Parallel to that, transport and storage infrastructure is developed, including import and export terminal infrastructure, fuelling stations and storage facilities.

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The Hydrogen Valley South Tyrol aims to decarbonise the mobility sector and to connect the region with the main Italian and European economic areas along the Brenner Corridor.

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The Hydrogen Valley South Tyrol aims to decarbonise the mobility sector and to connect the region with the main Italian and European economic areas along the Brenner Corridor.

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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.

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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.

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

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

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HYPER is an integrated and systemic initiative aimed at creating an effective "hydrogen supply chain" serving either shipping, logistics or industrial companies operating in the Upper Tyrrhenian Sea, supporting the energy transition and the use of alternative fuels in our sector. Pilot actions, in-depth studies and fully operating infrastructures are foreseen, exploiting both the potential offered by the ports of Livorno, Piombino and Elba with existing entrepreneurial and research organizations

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HYPER is an integrated and systemic initiative aimed at creating an effective "hydrogen supply chain" serving either shipping, logistics or industrial companies operating in the Upper Tyrrhenian Sea, supporting the energy transition and the use of alternative fuels in our sector. Pilot actions, in-depth studies and fully operating infrastructures are foreseen, exploiting both the potential offered by the ports of Livorno, Piombino and Elba with existing entrepreneurial and research organizations

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The Valencian Hydrogen Cluster, HyVal, is an initiative led by bp created with the aim of promoting and favoring the development of the renewable hydrogen economy in the Valencian Community and contributing to the region's energy transition through public-private collaboration. HyVal to include large-scale green hydrogen production at bp’s Castellón refinery of up to 2GW of electrolysis capacity by 2030 in two phases.

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The Valencian Hydrogen Cluster, HyVal, is an initiative led by bp created with the aim of promoting and favoring the development of the renewable hydrogen economy in the Valencian Community and contributing to the region's energy transition through public-private collaboration. HyVal to include large-scale green hydrogen production at bp’s Castellón refinery of up to 2GW of electrolysis capacity by 2030 in two phases.

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Hydrogen model region in the Northwest of Germany that focuses on the transport and industrial sectors.

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Hydrogen model region in the Northwest of Germany that focuses on the transport and industrial sectors.

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LHyVE establishes a regionally networked green hydrogen system, integrated into the European hydrogen backbone. It will realise the entire value chain(production, storage, transport, distribution to end consumers). Sub-projects: LHyVE Generation: Projects for generating green hydrogen; LHyVE Systems: Projects for the use of hydrogen, LHyVE Transport: A hydrogen ring around and for the Leipzig region; LHyVE Flexibilisation, realised through H2 storage and the trade and import of hydrogen

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LHyVE establishes a regionally networked green hydrogen system, integrated into the European hydrogen backbone. It will realise the entire value chain(production, storage, transport, distribution to end consumers). Sub-projects: LHyVE Generation: Projects for generating green hydrogen; LHyVE Systems: Projects for the use of hydrogen, LHyVE Transport: A hydrogen ring around and for the Leipzig region; LHyVE Flexibilisation, realised through H2 storage and the trade and import of hydrogen

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A world-leading green hydrogen and green ammonia production unit, located in Sines, Portugal . The production of green hydrogen will use alkaline-water electrolyzer technology and the green ammonia will be produced through the Haber-Bosch process, generating economic growth with an economic activity classified as sustainable according to the latest EU Taxonomy.

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A world-leading green hydrogen and green ammonia production unit, located in Sines, Portugal . The production of green hydrogen will use alkaline-water electrolyzer technology and the green ammonia will be produced through the Haber-Bosch process, generating economic growth with an economic activity classified as sustainable according to the latest EU Taxonomy.

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With the Mid Sweden Hydrogen Valley partnership, industry, transport sector, academia and the public sector in Central Sweden come together and take the lead in the development of an integrated hydrogen society. A society where hydrogen creates fossil-free industrial production, green transport and stable, regional energy systems.

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With the Mid Sweden Hydrogen Valley partnership, industry, transport sector, academia and the public sector in Central Sweden come together and take the lead in the development of an integrated hydrogen society. A society where hydrogen creates fossil-free industrial production, green transport and stable, regional energy systems.

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MVM Group’s hydrogen related activities are mainly focusing on sector integration via hydrogen as an energy vector, and their primary goal is to supply energy sector and to explore opportunities in mobility and industry sectors.

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MVM Group’s hydrogen related activities are mainly focusing on sector integration via hydrogen as an energy vector, and their primary goal is to supply energy sector and to explore opportunities in mobility and industry sectors.

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One of the first green hydrogen and ammonia plant in Finland, to be built in Naantali. The aim of the project is to produce synthetic fuel and chemicals for current market needs, and to pave the way for the hydrogen economy.

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One of the first green hydrogen and ammonia plant in Finland, to be built in Naantali. The aim of the project is to produce synthetic fuel and chemicals for current market needs, and to pave the way for the hydrogen economy.

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The Northern German Living Lab (NRL) is an innovative joint project that aims to test new ways of achieving climate neutrality. To this end, production and living areas with particularly high energy consumption are being gradually decarbonized – especially in industry, but also in heat supply and the mobility sector. Behind the NRL stand 50 partners from business, science and politics. The large-scale approach allows the NRL to serve as a supra-regional model for hydrogen-based sector coupling.

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The Northern German Living Lab (NRL) is an innovative joint project that aims to test new ways of achieving climate neutrality. To this end, production and living areas with particularly high energy consumption are being gradually decarbonized – especially in industry, but also in heat supply and the mobility sector. Behind the NRL stand 50 partners from business, science and politics. The large-scale approach allows the NRL to serve as a supra-regional model for hydrogen-based sector coupling.

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Normandy hydrogen aims to strengthen the role of hydrogen within the energy transition in Normandy with priorities in mobility, logistics, industry and the production of renewable hydrogen while developing a fully fledged industrial sector.

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Normandy hydrogen aims to strengthen the role of hydrogen within the energy transition in Normandy with priorities in mobility, logistics, industry and the production of renewable hydrogen while developing a fully fledged industrial sector.

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The North Adriatic Hydrogen Valley initiative seeks to foster a cross-border hydrogen valley, boosting the energy transition, promoting sectoral integration between transport, industry and energy sector in an integrated ecosystem. It will promote collaboration to jointly define and implement a common innovation agenda and cooperation projects to accelerate the deployment of hydrogen-based solutions, strengthening local hydrogen ecosystems and building interregional value chains.

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The North Adriatic Hydrogen Valley initiative seeks to foster a cross-border hydrogen valley, boosting the energy transition, promoting sectoral integration between transport, industry and energy sector in an integrated ecosystem. It will promote collaboration to jointly define and implement a common innovation agenda and cooperation projects to accelerate the deployment of hydrogen-based solutions, strengthening local hydrogen ecosystems and building interregional value chains.

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The project consists of an electrolyser of 100 MW to produce green H2 (13 000 t p.a.) in the Municipality of Onda (Valencian Community, Spain) under Hydrogen Purchase Agreements to Industrial Offtakers (ceramic cluster) and for Mobility. The COD is Q1 2027. The H2 will be distributed through a new H2 grid. The green electricity required will be provided by PPAs from renewable energy plants. We partner with leading technology-players in the H2 industry and other EU equipment suppliers.

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The project consists of an electrolyser of 100 MW to produce green H2 (13 000 t p.a.) in the Municipality of Onda (Valencian Community, Spain) under Hydrogen Purchase Agreements to Industrial Offtakers (ceramic cluster) and for Mobility. The COD is Q1 2027. The H2 will be distributed through a new H2 grid. The green electricity required will be provided by PPAs from renewable energy plants. We partner with leading technology-players in the H2 industry and other EU equipment suppliers.

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

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

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This project provides a large-scale “shore-to-store” plan and a hydrogen fuel-cell-electric technology framework for freight facilities to structure operations for future goods movement.

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This project provides a large-scale “shore-to-store” plan and a hydrogen fuel-cell-electric technology framework for freight facilities to structure operations for future goods movement.

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REFHYNE 2 will install a 100 MW PEM electrolyser at the Shell Rheinland Energy and Chemicals Park in Germany, using renewable power to produce green hydrogen and oxygen, which will be fed-in to the existing refinery networks to decarbonise refinery operations. The electrolyser will be based on a state of the art pre-engineered 10MW electrolyser trains..

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REFHYNE 2 will install a 100 MW PEM electrolyser at the Shell Rheinland Energy and Chemicals Park in Germany, using renewable power to produce green hydrogen and oxygen, which will be fed-in to the existing refinery networks to decarbonise refinery operations. The electrolyser will be based on a state of the art pre-engineered 10MW electrolyser trains..

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The BFC (Bourgogne-Franche-Comté) region has decided to make a commitment by funding projects that meet these priorities. Its financial commitment is 90 m EUR for the next 10 years.

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The BFC (Bourgogne-Franche-Comté) region has decided to make a commitment by funding projects that meet these priorities. Its financial commitment is 90 m EUR for the next 10 years.

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The characteristic industry of the town is positioned as the hydrogen energy industry, and the hydrogen energy industry ecosystem is built around the key areas of the hydrogen energy industry.

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The characteristic industry of the town is positioned as the hydrogen energy industry, and the hydrogen energy industry ecosystem is built around the key areas of the hydrogen energy industry.

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Sines Hydrogen Valley is a compilation of various green hydrogen projects by different promotors coexisting in the facilities of an industrial park located near the Seaport of Sines. Although these projects aparently do not share promotors and have their own technologies, they partnered up in an energy community forming contributing to fuel a ring pipeline that feeds the needs of other industries in the region as well as the national grid, thus contibuting to fullfill the country's needs.

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Sines Hydrogen Valley is a compilation of various green hydrogen projects by different promotors coexisting in the facilities of an industrial park located near the Seaport of Sines. Although these projects aparently do not share promotors and have their own technologies, they partnered up in an energy community forming contributing to fuel a ring pipeline that feeds the needs of other industries in the region as well as the national grid, thus contibuting to fullfill the country's needs.

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It consists of a Solar PV Hydrogen production plant in Central California. The project, promoted by H2B2, will be a pioneer in the world, from both technical and commercial point of view, and consists in the construction, financing and operation of a 100% renewable hydrogen production plant with PEM technology, with a nameplate capacity of up to 3,000 kg/day, using renewable energy from a photovoltaic plant.

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It consists of a Solar PV Hydrogen production plant in Central California. The project, promoted by H2B2, will be a pioneer in the world, from both technical and commercial point of view, and consists in the construction, financing and operation of a 100% renewable hydrogen production plant with PEM technology, with a nameplate capacity of up to 3,000 kg/day, using renewable energy from a photovoltaic plant.

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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.

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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.

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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.

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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.

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TRIĒRĒS Valley starts as a small scale Valley but has a tremendous upward perspective over a large part of the Balkans, South-Eastern Europe and the wider area of Eastern Mediterranean. The Valley will be built around the nucleus of MOH’s Corinth Refinery, with an annual production of 2,410 tons of Green Hydrogen consumed in mobility, shipping, energy and industry sectors. The participation of the local and regional governments assures the realisation of the TRIĒRĒS Valley project.

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TRIĒRĒS Valley starts as a small scale Valley but has a tremendous upward perspective over a large part of the Balkans, South-Eastern Europe and the wider area of Eastern Mediterranean. The Valley will be built around the nucleus of MOH’s Corinth Refinery, with an annual production of 2,410 tons of Green Hydrogen consumed in mobility, shipping, energy and industry sectors. The participation of the local and regional governments assures the realisation of the TRIĒRĒS Valley project.

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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.

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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.

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WIVA P&G is an association for funding the research and development in the fields of application, net and storage technologies for hydrogen and renewable gases, with the main focus to Green Energy, Green Industry and Green Mobility

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WIVA P&G is an association for funding the research and development in the fields of application, net and storage technologies for hydrogen and renewable gases, with the main focus to Green Energy, Green Industry and Green Mobility

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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.

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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.

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This project aims to deploy 14 hydrogen stations and 423 vehicles in the Auvergne-Rhône-Alpes Region before the end of 2024.

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This project aims to deploy 14 hydrogen stations and 423 vehicles in the Auvergne-Rhône-Alpes Region before the end of 2024.

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Zhangjiakou is China's first and only national-level renewable energy demonstration zone approved and established by the State Council.

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Zhangjiakou is China's first and only national-level renewable energy demonstration zone approved and established by the State Council.

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