H₂ Monthly Digest - July 2026

Focus of the Month - Europe Advances Hydrogen Scale-Up Through Infrastructure Planning and Strategic Investments

Europe’s hydrogen sector is moving into a more practical phase, with attention shifting from targets to infrastructure, market design, and bankable industrial projects. At EU level, the European Commission has launched a new phase of the EU Hydrogen Mechanism to assess demand for future hydrogen pipelines and storage infrastructure, helping network operators reduce investment risk and accelerate planning. Hydrogen projects may also become eligible for support from the proposed €100 billion European Decarbonisation Bank, opening a larger financing window for clean hydrogen and related technologies. The Clean Hydrogen Partnership is also supporting execution on the ground, selecting 13 Hydrogen Valleys for Project Development Assistance covering technical, legal and financial support to help regional hydrogen ecosystems reach investment readiness¹.

Among Member States, France announced one of the largest support packages of the year, allocating €778 million to three decarbonised hydrogen projects under a 15-year hydrogen production support mechanism. The selected projects—Hydrozère (5 MW), eM-Rhône (61.1 MW) and FertHySomme (95.3 MW)—represent a combined 161.4 MW of electrolysis capacity and will support industrial decarbonisation in steel, methanol and fertiliser production. The package marks the first implementation phase of France’s revised hydrogen strategy and a concrete step toward its longer-term deployment targets⁶. Spain continues to build momentum, awarding €126 million through its first national hydrogen auction to support 160 MW of green hydrogen capacity in Castellón and Soria. The scheme illustrates the growing use of competitive allocation mechanisms to support electrolyser deployment and improve project economics³. Meanwhile, the Netherlands received approval for a €103 million investment programme supporting domestic production of clean maritime fuels, reinforcing the role of hydrogen-derived fuels in shipping decarbonisation and Europe’s emerging e-fuels value chain². In Austria, the European Investment Bank (EIB) will provide a €450 million loan to OMV for a 140 MW electrolyser expected to produce 23 KTPA of green hydrogen by the end of 2027 for refinery decarbonisation⁷.

Source(s): 1: EU Commission, 2: gasworld, 3: Fuel Cells Works, 4: Fuel Cells Works, 5: gasworld, 6: Renewable Watch, 7: EIB

Sinopec’s Kuqa Green Hydrogen Project in Xinjiang has achieved 100% full-load operation across all 52 alkaline electrolysers, confirming stable large-scale production after commissioning and optimisation. The facility is powered by a 300 MW solar PV plant and produces high-purity (99.999%) green hydrogen, delivered via a 10 km pipeline to the Tahe Refinery, where it replaces natural gas-derived hydrogen. System electricity consumption improved from 4.5 to 4.2 kWh/Nm³ H₂, while production costs reached RMB 18/kg.

Topsoe and Sasol signed a licensing and engineering agreement with Allied Biofuels to supply technologies, an engineering package and technical services for a new sustainable aviation fuel (SAF/eSAF) facility in Khorezm, Uzbekistan. The plant will combine Topsoe’s SynCOR™ technology with Sasol’s Fischer–Tropsch process, using biomass, green hydrogen and captured CO₂ as feedstocks to produce low-carbon aviation fuels. The facility is expected to produce 300 KTPA of SAF and eSAF, targeting more than 400 KTPA of aviation fuels. Final investment decision (FID) is expected in 2027, with operations planned for 2030.

Nordic Ren-Gas and avanca/Alternoil have signed a long-term €1 billion offtake agreement for renewable e-methane from Ren-Gas’s Tampere facility in Finland, one of Europe’s largest commercial e-methane partnerships. The e-methane will be produced by combining green hydrogen with captured biogenic CO₂ and distributed through existing gas and LNG infrastructure to heavy-duty transport customers. Ren-Gas’s integrated production model combines renewable power, hydrogen production, carbon capture, methanation and district heating.

Lhyfe and Messer announced a strategic commercial and financial partnership under which Messer will acquire a 30% stake in four renewable hydrogen production sites, three in France and one in Germany, while signing a 10-year renewable hydrogen offtake agreement with Lhyfe. Messer has committed to purchasing increasing volumes from 2026 onward, reaching several hundred tonnes per year, with the ambition to buy half of the output from the three French sites. This is Lhyfe’s first capital rotation and strengthens the bankability and ramp-up of its assets.

Adani Energy Solutions Ltd. (AESL) secured an ₹8,500 crore (around US$1.0 billion) interstate transmission project to supply power to upcoming green hydrogen and ammonia projects in Andhra Pradesh. The transmission system is designed to support an estimated 4.5 GW of demand and includes a 765/400 kV network with new substations. The project will add 1,582 circuit-km of transmission lines and 10,500 MVA of transformation capacity, reinforcing power infrastructure for both hydrogen production and emerging data centre developments.

Mitsubishi Gas Chemical (MGC) signed a US$1 billion long-term green methanol offtake agreement with ACME Group. Under the agreement, MGC will purchase approximately 100 KTPA of green methanol from ACME’s project in Odisha, India, with commercial operations planned to start in 2030. The methanol will be used in fuel and chemical applications across Japan and Asia, supporting MGC’s Carbopath™ platform.

HY2GEN’s H4 Marseille Fos project signed a strategic agreement with Rhône Décarbonation (Vicat, SPSE and Elengy) to secure 50% of the biogenic CO₂ required for long-term e-SAF production and establish France’s first structured carbon capture and utilisation (CCU) value chain. The CO₂ will be captured at Vicat’s cement plant through the VAIA project, which can capture 1.2 MTPA of CO₂, and transported via SPSE pipeline infrastructure to Fos-sur-Mer. From 2032, H4 Marseille Fos is expected to produce 75 KTPA of e-SAF using Methanol-to-Jet technology. Final investment decision (FID) is planned for 2028.

The facility is an integrated waste-to-hydrogen production and refuelling site that converts biogas from local wastewater sludge into clean hydrogen. It has an initial output of 500 kg/day of hydrogen, enough to fuel around 100 NEXO fuel-cell cars or 30 hydrogen buses. Hyundai plans to expand production capacity to 2 tonnes/day by 2030, strengthening regional energy self-sufficiency and reducing hydrogen transport costs through local production and consumption.

Dutch hydrogen refuelling infrastructure company Resato Hydrogen Technology (RHT) has entered suspension of payments (surseance van betaling) after its short-term finances proved insufficient to sustain operations. The company is seeking new investors to avoid bankruptcy and enable a relaunch. RHT specialises in hydrogen refuelling stations, tube trailers and mobility solutions for trucks, buses and passenger vehicles, and operates around 80 hydrogen stations across Europe. The firm faces a funding shortfall after investors reduced or delayed financing, with reports indicating that several million euros in additional capital are required to continue operating.

Toyota Motor Corporation will join cellcentric as an equal shareholder alongside Volvo Group and Daimler Truck AG, with each company holding a one-third stake. The partnership aims to accelerate the development, industrialisation and commercialisation of hydrogen fuel cell systems for heavy-duty trucks and off-road applications. The collaboration combines Toyota’s fuel-cell expertise with Volvo’s and Daimler Truck’s commercial vehicle capabilities, while supporting the expansion of hydrogen supply and refuelling infrastructure across the value chain. Completion is targeted for late 2026 or early 2027.

Indonesia plans to develop a 194 km Green Hydrogen Corridor connecting Jakarta, Karawang and Patimban, creating an integrated hydrogen value chain linking production, refuelling stations, industrial zones, logistics hubs, ports and end users. The first phase includes the deployment of PEM electrolyser-based hydrogen refuelling stations, each capable of producing 100 kg/day of green hydrogen, with 12 potential sites identified for phased development. Key participants include PT PLN, developing hydrogen production and refuelling infrastructure, and Toyota Motor Manufacturing Indonesia, building a hydrogen station to support vehicle demonstrations.

The Philippine government has granted a service contract to Koloma Inc., giving the US-based company exclusive rights to explore for natural hydrogen in western Zambales. The award is Koloma’s third exploration contract in the country, bringing its total exploration area to more than 4,100 km² across Luzon and Zambales. Koloma is already conducting exploration activities using advanced geoscience methods and seismic surveys to assess the region’s natural hydrogen potential, which geological studies identify as among the most promising globally.

India’s National Green Hydrogen Mission is gaining momentum as Japan extends Contract for Difference (CfD) subsidy support to the ACME-IHI Green Hydrogen Project, reinforcing investor confidence in India’s clean energy sector. ACME Group has secured major long-term export agreements, including 405 KTPA of green ammonia for IHI Corporation and a 10-year supply contract for 100 KTPA of green methanol with Mitsubishi Gas Chemical (MGC). The projects are designed to meet international decarbonisation requirements, including EU RFNBO standards and IMO regulations for low-carbon marine fuels.

The UK Government’s new Sustainable Aviation Fuel (SAF) Revenue Certainty Mechanism (RCM) is designed to reduce investment risk and accelerate commercial-scale SAF production through long-term revenue guarantees. The mechanism uses a strike-price model similar to the UK's Contracts for Difference (CfD) scheme. The first allocation round (SAF AR1) is scheduled for Q1 2027 and will support up to 230 KTPA of SAF, with a focus on advanced rather than conventional HEFA pathways. The scheme will be funded through a levy on aviation fuel suppliers.

The agreement includes a firm purchase order for PowerCell’s PS190 fuel-cell systems and a separate non-binding MoU covering approximately 300 MW of additional hydrogen power capacity, supporting the expansion of ECL’s FlexGrid microgrid platform. Initial deployment is planned at ECL’s 35 MW CSC-1 data centre campus in Santa Clara, California, where hydrogen fuel cells will operate alongside grid power, natural gas and battery storage. The technology builds on more than two years of operational experience at ECL’s MV-1 facility.

These executive brief reviews the status of retrofitting existing heavy transportation vehicles with hydrogen technology allowing the reduction of carbon emissions to net-zero. It includes various aspects: the market dynamics, the key stakeholders and regulations, and potential support schemes