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European Commission approves up to €5.4B of public support for IPCEI Hy2Tech; 41 hydrogen projects

The European Commission approved, under EU State aid rules, an Important Project of Common European Interest (IPCEI) to support research and innovation and first industrial deployment in the hydrogen technology value chain. The project, called “IPCEI Hy2Tech” was jointly prepared and notified by fifteen Member States: Austria, Belgium, Czechia, Denmark, Estonia, Finland, France, Germany, Greece, Italy, Netherlands, Poland, Portugal, Slovakia and Spain.

The Member States will provide up to €5.4 billion in public funding, which is expected to unlock additional €8.8 billion in private investments. As part of this IPCEI, 35 companies with activities in one or more Member States, including small and medium-sized enterprises (SMEs) and start-ups, will participate in 41 projects. The direct participants will closely cooperate with each other through numerous planned collaborations, and with more than 300 external partners, such as universities, research organisations and SMEs across Europe.

Hydrogen has a huge potential going forward. It is an indispensable component for the diversification of energy sources and the green transition. Investing in such innovative technologies can however be risky for one Member State or one company alone. This is where State aid rules for IPCEI have a role to play. Today's project is an example of truly ambitious European cooperation for a key common objective. It also shows how competition policy works hand in hand with breakthrough innovation.

—Executive Vice-President Margrethe Vestager, in charge of competition policy

The IPCEI will cover a wide part of the hydrogen technology value chain, including (i) the generation of hydrogen, (ii) fuel cells, (iii) storage, transportation and distribution of hydrogen, and (iv) end-users applications, in particular in the mobility sector.

It is expected to contribute to the development of important technological breakthroughs, including new highly efficient electrode materials, more performant fuel cells, innovative transport technologies, among which first time roll out hydrogen mobility ones. The IPCEI is expected to create approximately 20,000 direct jobs.

The Commission assessed the proposed project under EU State aid rules, more specifically its Communication on Important Projects of Common European Interest.

Where private initiatives supporting breakthrough innovation fail to materialize because of the significant risks such projects entail, IPCEI enable Member States jointly to fill the gap to overcome these market failures. At the same time, they ensure that the EU economy at large benefits from the investments and limit potential distortions to competition.

The Commission has found that the IPCEI Hy2Tech fulfills the required conditions set out in its Communication. In particular, the Commission concluded that:

  • The project contributes to a common objective by supporting a key strategic value chain for the future of Europe, as well as the objectives of key EU policy initiatives such as the Green Deal, the EU Hydrogen Strategy and REPowerEU.

  • All 41 projects part on the IPCEI are highly ambitious, as they aim at developing technologies and processes that go beyond what the market currently offers and will allow major improvements in performance, safety, environmental impact as well as on cost efficiencies.

  • The IPCEI also involves significant technological and financial risks, and public support is therefore necessary to provide incentives to companies to carry out the investment.

  • Aid to individual companies is limited to what is necessary, proportionate and does not unduly distort competition. In particular, the Commission has verified that the total planned maximum aid amounts are in line with the eligible costs of the projects and their funding gaps. Furthermore, if large projects covered by the IPCEI turn out to be very successful, generating extra net revenues, the companies will return part of the aid received to the respective Member State (claw-back mechanism).

  • The results of the project will be widely shared by participating companies benefitting from the public support with the European scientific community and industry beyond the companies and countries that are part of the ICPEI. As a result, positive spill-over effects will be generated throughout Europe. On this basis, the Commission concluded that the project is in line with EU State aid rules.

The direct participants, the Member States supporting them and the different technology fields are as follows:

P053360-370200

More information on the amount of aid to individual participants will be available in the public version of the Commission's decision once the Commission has agreed with Member States and third parties on any confidential business secrets that need to be removed.

Background. The Commission’s approval of this IPCEI is part of the wider Commission efforts to support the development of an innovative and sustainable European hydrogen industry.

In 2018, the Commission established the Strategic Forum for IPCEI, a joint body of representatives from Member States and industry. In November 2019, the Strategic Forum published its report and identified, among others, Hydrogen Technologies and Systems as one of several key strategic value chains for Europe. In July 2020, the Commission published its EU Hydrogen Strategy, setting ambitious goals for clean hydrogen production and use, and launched the European Clean Hydrogen Alliance, bringing together the European hydrogen community (industry, civil society, public authorities).

Jointly with the policy priorities set out in the European Green Deal, notably in terms of environmental sustainability as well as the green transition of industry and transport sectors to climate neutrality, these initiatives played an important role for the objectives of the IPCEI Hy2Tech and facilitated the creation of industrial partnerships.

The IPCEI Hy2Tech decision is the first IPCEI project approved on the basis of the 2021 State aid IPCEI Communication, setting out criteria under which several Member States can support transnational projects of strategic significance for the EU under Article 107(3)(b) of the Treaty on the Functioning of the European Union. The Communication aims at encouraging Member States to support highly innovative projects that make a clear contribution to economic growth, jobs and competitiveness.

The IPCEI Communication complements other State aid rules such as the Climate, Energy and Environment Aid Guidelines, the General Block Exemption Regulation and the Research, Development and Innovation (R&D&I) Framework, which allow supporting innovative projects while ensuring that potential competition distortions are limited.

The IPCEI Communication supports investments for R&D&I and first industrial deployment on condition that the projects receiving this funding are highly innovative and do not cover mass production or commercial activities. They also require extensive dissemination and spillover commitments of new knowledge throughout the EU, as well as a detailed competition assessment to minimize any undue distortions in the internal market.

Comments

Davemart

Here is an interesting approach to simultaneously treat polluted water and produce hydrogen with minimal impact on water supplies:

https://techxplore.com/news/2022-07-nontraditional-sources-green-hydrogen.html

' "We have all of these underutilized sources—treated wastewater, resource extraction wastewater, industrial wastewaters that we could treat," said Lea Winter, assistant professor of chemical & environmental engineering, and lead author of the study. "We may not want to use them for drinking water, but we could use them for other purposes and that would save the drinking water for drinking, which is especially important for water-scarce areas."

One way to do that is through electrolysis, a technique that uses electricity to split water into its components of oxygen and hydrogen. Most chemical processes work more efficiently at larger scales. Because the reaction in electrolysis happens only at the electrode surface, though, scale isn't as much of a factor. That opens up the potential for efficiently using smaller and decentralized water sources, like municipal wastewater.

A more distributed infrastructure would be particularly favorable in places where water is more scarce, as it would avoid tapping into sources of drinking water. And creating hydrogen at many smaller sites instead of at a central hub means that there's less transportation involved, one of the major costs in distributing hydrogen. '

In a water parched hot future, hydrogen technology can help a lot.

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