Hydrogen, Between Objectives and Challenges

Hydrogen, essential to achieving net zero, will also complement electrification and play a role in power generation.

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Hydrogen, essential to achieving net zero, will also complement electrification and play a role in power generation.

An ambitious goal

Hydrogen will see global demand grow from less than one million tons to more than 200 million by 2050. The cost of producing low-carbon hydrogen will decrease in the next decade. Political support seems necessary to give this production a boost.

The European Union, with REPowerEU and the Inflation Reduction Act (IRA), in the United States, support the industry’s efforts towards net zero. The European plan is based on increasing the renewable energy target to 45% by 2030. By that time, low-carbon hydrogen production will account for 10 million tons.

In this perspective, the objective is to replace the consumption of natural gas, but also oil and coal. Short-term demand opportunities will be based on refining and ammonia. Under this assumption, consumption would only increase to just over 5 million tons.

Financial incentives are needed

Even if industrial projects exist, the technology still needs to evolve, as hydrogen refueling infrastructures are costly. In addition, the performance of electric vehicles remains superior to hydrogen. Other transportation options, such as rail or sea, are more promising.

The European Commission is allocating €41 billion in the REPowerEU plan to switch from fossil fuels to alternatives including hydrogen. 27 billion are available for the deployment of hydrogen infrastructure. Finally, €3 billion are available for a hydrogen bank.

These amounts do not address the challenge of the hydrogen value chain. Political support and financial incentives are essential to bring more hydrogen to market. The 2030 horizon appears too early for the electricity sector to offer an outlet for hydrogen.

The challenges

In the U.S., the Biden administration is establishing incentives for low-carbon hydrogen production. The law reintroduces a 10-year production tax credit for clean hydrogen, starting at the time of commissioning. This tax credit can reach $3/kg.

It encourages pioneers, as hydrogen production technologies still require significant investment. Two-thirds of the projects announced in this framework use electrolysis. Major projects are located in Texas, Louisiana, Mississippi and California.

The U.S. solution is not a one-size-fits-all solution to energy prices and climate change. As with the REPowerEU plan, more details are urgently needed. In addition, the law does not address electricity transmission infrastructure.

Acceleration of the schedule

Clear incentives are needed to achieve the goals. They are also necessary to support the sustainable shift away from Russian energy. Thus, the U.S. incentive requires immediate action to begin building infrastructure.

Both policies will stimulate the growth and adoption of hydrogen. The United States offers clear and generous support. The European Union offers an attractive global objective.

The more than 50 hydrogen projects announced accelerate the timeline for achieving the tax credit. However, the U.S. law must gain bipartisan support for passage in both houses. Expect a multitude of new projects before the end of 2022.

China has approved the construction of a strategic pipeline to transport green hydrogen from Inner Mongolia to Beijing, facilitating supply to industrial zones around the capital and boosting a rapidly expanding energy economy.
The European Commission introduces a greenhouse gas emissions methodology for low-carbon hydrogen, establishing a long-awaited regulatory framework for the sector and paving the way for new industrial investments.
French company Lhyfe has carried out its first successful green hydrogen combustion tests in Spain, delivering three tonnes over three weeks to the Valencian ceramic industry, opening a new potential alternative to industrial fossil natural gas.
Envision announces the official commissioning of the world's largest green hydrogen and ammonia plant in China, powered by an autonomous renewable energy system and entirely AI-driven, with exports planned from late 2025.
Sumitomo Corporation announces a strategic investment in Independence Hydrogen aimed at developing new decentralized hydrogen production and distribution projects in the United States, targeting industrial, logistics and critical infrastructure sectors.
80 Mile announces that it has increased its stake in Hydrogen Valley to 49% and signed a memorandum of understanding with Tecnoparco for the supply of 40,000 tonnes of biofuel per year, aiming to reduce palm oil dependency.
The Hive Coega project, South Africa’s most ambitious green ammonia initiative, enters its operational phase with the release of tenders for essential infrastructure, marking a major step forward for the country in renewable energy production.
The Belfort commercial court has approved the sale of McPhy to John Cockerill Hydrogen, a €600,000 transaction involving majority retention of staff and an industrial project partially funded by European subsidies.
The City of Fresno becomes the latest member of First Public Hydrogen, the first US public authority dedicated to hydrogen development, thus strengthening its energy infrastructure and municipal bus fleet.
The official confirmation in June 2025 by the French government regarding the detection of significant natural hydrogen reserves in Lorraine, the Pyrenees, and Aquitaine could represent a major strategic turning point for national and European energy sovereignty. However, the technical, economic, and environmental challenges associated with its exploitation might slow its large-scale implementation.
Stanwell announces the end of its participation in the Central Queensland Hydrogen Project, a major international hydrogen production initiative, raising questions about the sector's outlook in the region.
Lhyfe becomes the first French producer to obtain European RFNBO certification, delivering the first batches of certified hydrogen and opening access to new support mechanisms for the industrial sector.
Tree Energy Solutions and CPC Finland will produce 125,000 tonnes annually of e-NG at the Finnish port of Rauma, targeting European and international markets with a significant investment.
The European Commission grants €3.5mn to support preparatory work for a Franco-German cross-border network aimed at transporting hydrogen between the Grand Est region and Baden-Württemberg starting in 2029.
French company McPhy Energy awaits a court decision regarding offers submitted during its judicial reorganization, paving the way for probable liquidation and potential delisting of its shares.
The majority-Indigenous-owned Canadian manufacturer HyVera Distributed Energy is introducing an eCat pellet that instantly produces ultra-pure green hydrogen without external electricity and is counting on two pilot plants to simplify industrial supply.
Underground hydrogen storage, essential to support its growth, continues to face significantly higher costs than natural gas storage, along with major technical challenges hindering its competitiveness against conventional energies.
Singapore-based hydrogen specialist Hydrexia seals a protocol with Indonesian gas giant Samator to deploy purification, transport and storage of hydrogen, betting on rapidly growing local demand and export outlets to the Asia-Pacific region.
Cadiz Inc. signs a memorandum of understanding with British company Hoku Energy for a large-scale energy project including green hydrogen, solar power, and digital infrastructure in the Californian desert, projecting annual revenues of up to $10mn.
BP indefinitely halts its blue hydrogen project at the Whiting refinery in Indiana, raising questions about the future of federal funding and the impact on regional plans for a decarbonized hydrogen sector in the United States.