Definition of “green” hydrogen divides Europe

The European Commission is proposing a definition of "green" hydrogen that includes "low carbon" hydrogen produced from nuclear electricity. While France welcomes this opening, Germany and Spain are opposed, considering as "green" only hydrogen from renewable sources. The decision is now in the hands of the European Parliament and the Member States, which have four months to accept or oppose these criteria.

Share:

Comprehensive energy news coverage, updated nonstop

Annual subscription

8.25$/month*

*billed annually at 99$/year for the first year then 149,00$/year ​

Unlimited access • Archives included • Professional invoice

OTHER ACCESS OPTIONS

Monthly subscription

Unlimited access • Archives included

5.2$/month*
then 14.90$ per month thereafter

FREE ACCOUNT

3 articles offered per month

FREE

*Prices are excluding VAT, which may vary depending on your location or professional status

Since 2021: 35,000 articles • 150+ analyses per week

The European Commission recently proposed a broader definition of “green” hydrogen by allowing the use of hydrogen produced from nuclear electricity under certain conditions. This decision was welcomed by France, which could now use the atom to achieve its “renewable” hydrogen objectives. However, Germany and Spain advocate a more restrictive definition, considering as “green” only hydrogen from renewable sources.

 

Criteria proposed by Brussels

The criteria proposed by Brussels are part of European legislation currently being negotiated that sets ambitious “renewable” hydrogen targets for industry by 2030. In general, hydrogen will be considered “green” if it is made with an electrolyzer directly connected to a “new” renewable electricity source, which encourages the deployment of new renewable energy.

Hydrogen will also be considered “green” if the electrolyzer is powered from an electrical grid where the share of renewable energy reached at least 90% in the previous year, without any additional renewable infrastructure requirements.

Finally, hydrogen will be considered “green” if the electricity grid used is largely decarbonized, with carbon emissions related to electricity production not exceeding 18 grams CO2 equivalent/megajoule, this criterion being considered valid for five years once reached.

 

France and Germany have different points of view

The European Commission’s decision was welcomed by France, which had long called for the inclusion of hydrogen produced from nuclear electricity in the criteria for “green” hydrogen. The French Minister of Energy Transition, Agnès Pannier-Runacher, has advocated for the use of decarbonized electricity from nuclear power to produce hydrogen. She also warned that imposing very high renewable hydrogen targets for industry without taking into account the share of hydrogen that can be produced from nuclear electricity would be “absurd and contrary to our European decarbonization goals.”

However, Germany and Spain have reaffirmed their opposition to the inclusion of “low-carbon” hydrogen, i.e. produced from nuclear electricity, in the text on renewable energy. A spokesman for the German government said that “hydrogen produced from nuclear energy is not green hydrogen (….). We will be involved in discussions with this position,” said a spokesman for the German government.

While France defends the inclusion of hydrogen produced from nuclear energy in the “green” category, Germany and Spain are opposed, advocating a more restrictive definition that considers only hydrogen from renewable sources. This discrepancy could have implications for the future of pink hydrogen, i.e. hydrogen produced from nuclear electricity. If the criteria proposed by the European Commission are adopted, this would open the way for the use of this energy source to produce hydrogen, which could benefit France, which has a large nuclear production capacity. However, if the more restrictive criteria proposed by Germany and Spain are adopted, it could hinder the development of pink hydrogen in Europe.
The partnership includes local manufacturing in Poland of electrolysis systems using Elogen’s technology, with deliveries targeting the Europe, Middle East and Africa markets.
Vema Hydrogen has been named a qualified supplier by the First Public Hydrogen Authority to deliver clean hydrogen at industrial scale to California’s public and private infrastructure.
Le groupe français HRS a signé une commande pour la livraison d'une station hydrogène haute capacité, renforçant sa présence dans un réseau en expansion à l’échelle européenne.
With a $14mn investment, Enap progresses on the construction of its first green hydrogen plant, expected to be operational in early 2026 in the Magallanes region of southern Chile.
Plug completed the first delivery of 44.5 tonnes of hydrogen for the H2CAST project in Germany and secured a new contract for an additional 35 tonnes, confirming its logistical capabilities in the European market.
Gushine Electronics has opened a lithium battery plant in Vietnam, with an estimated annual production value of $100 mn, marking a new phase in the international deployment of its industrial capacities.
Indonesian nickel producer Anugrah Neo Energy Materials plans a $300mn IPO in December to finance its growing battery materials operations.
Sultan Qaboos University announces a breakthrough in water electrolysis using new rare-metal catalysts, improving production efficiency by more than 30%.
Standard Lithium a sécurisé $130mn via une émission d’actions ordinaires pour financer ses projets d’extraction de lithium en Arkansas et au Texas, consolidant sa position sur le marché nord-américain des métaux stratégiques.
Asset manager Quinbrook expands its North American portfolio with a first Canadian investment by acquiring a strategic stake in developer Elemental Clean Fuels.
Lhyfe commissions a 10 MW site in Schwäbisch Gmünd, its first in Germany, to supply RFNBO-certified green hydrogen to industrial and heavy mobility clients.
Brookfield will invest up to $5 billion in Bloom Energy's fuel cells to power future artificial intelligence factories, initiating the first phase of a dedicated global digital infrastructure strategy.
Metacon acquired components from the bankruptcy estate of Hynion Sverige AB for SEK3.5mn ($320,000), aiming to support its hydrogen refuelling station projects in Sweden.
The United Kingdom has carried out its first real-life trial of green hydrogen blending into the national gas transmission network, with power generation as a result.
Swedish company Liquid Wind has secured €3.6mn in public funding for the engineering phase of its eMethanol plant, integrated into a biomass-fuelled cogeneration site.
The Japanese industrial group will replace a 73.5 MW coke and gas-fired turbine with a 30 to 40 MW hydrogen-ready unit, scheduled to start operations in 2030 with ¥7.1bn ($47mn) in public support.
A two-year project aims to identify areas in Texas suitable for natural hydrogen exploitation, despite challenges related to infrastructure, public policy and economic viability.
Plug Power has announced the appointment of Jose Luis Crespo as President effective October 10, before assuming the role of Chief Executive Officer once the company publishes its annual report, expected in March 2026.
Plug Power finalised a deal with an institutional investor to raise $370mn through the immediate exercise of warrants, with the possibility of securing an additional $1.4bn if new warrants are exercised.
Air Liquide announces a $50mn investment to strengthen its hydrogen network on the US Gulf Coast, following long-term contracts signed with two major American refiners.

All the latest energy news, all the time

Annual subscription

8.25$/month*

*billed annually at 99$/year for the first year then 149,00$/year ​

Unlimited access - Archives included - Pro invoice

Monthly subscription

Unlimited access • Archives included

5.2$/month*
then 14.90$ per month thereafter

*Prices shown are exclusive of VAT, which may vary according to your location or professional status.

Since 2021: 30,000 articles - +150 analyses/week.