The European Commission has selected 77 industrial and technology projects across 23 European Economic Area countries to receive €3.4 billion in funding, as Brussels attempts to strengthen the continent’s manufacturing capacity and reduce dependence on imported energy and critical materials.

The funding, announced on Monday, 19 October, will come from the EU Innovation Fund, which uses revenues generated by the Emissions Trading System to support investment in technologies intended to reduce greenhouse gas emissions.

The selected projects include manufacturing facilities, renewable energy installations, advanced energy storage, critical raw materials processing and industrial carbon management. For the first time, the programme also includes a small modular nuclear reactor project and a direct air carbon capture and storage initiative.

The announcement comes amid growing concern over Europe’s industrial competitiveness, particularly as manufacturers face high energy costs, increasing competition from China and difficulties securing investment for major industrial projects.

Funding for industrial production

According to the Commission’s announcement, the 77 selected projects span energy-intensive industries, clean technology manufacturing, alternative fuels, transport and several other sectors.

Six projects concern critical raw materials, an area in which the EU has been seeking to reduce its exposure to foreign suppliers.

These investments are intended to strengthen European supply chains for technologies including batteries, renewable energy equipment and permanent magnets, which are essential components in electric motors and other industrial applications.

The funding follows renewed political pressure to expand the processing and production of strategically important materials inside Europe.

As EU Today recently reported, the European Parliament has been pressing for stronger measures to reduce dependence on China for critical raw materials used by European manufacturers.

China occupies a dominant position in several international processing and refining markets, leaving European companies exposed to supply interruptions and trade restrictions.

The Commission is seeking to support alternative production capacity through financial assistance, industrial regulation and measures designed to attract private capital.

However, the selection of projects for EU funding does not automatically mean that the proposed facilities will be built. Their implementation will still depend on financing agreements, regulatory approvals and commercial decisions.

Nuclear technology enters funding programme

The inclusion of a small modular nuclear reactor project represents a new development in the Innovation Fund’s portfolio.

Small modular reactors are designed to produce electricity or industrial heat using nuclear technology on a smaller scale than conventional nuclear power stations.

Supporters argue that modular construction could reduce certain project risks and provide stable electricity supplies for energy-intensive industries.

However, the technology faces substantial challenges involving construction costs, regulatory approval, supply chains and the transition from demonstration projects to commercial production.

The Commission published a European strategy for small modular reactors in March, outlining plans to accelerate their development and support the first operational facilities in the early 2030s.

The latest funding decision gives the technology access to a financial instrument principally associated with industrial decarbonisation and clean energy investment.

Another newly represented technology is direct air carbon capture and storage, which involves extracting carbon dioxide from the atmosphere and storing it.

Both technologies remain at comparatively early stages of commercial deployment in Europe, making their eventual costs and performance important considerations.

Emissions trading revenue finances investment

The Innovation Fund is financed through revenues from the EU Emissions Trading System, under which companies operating in covered sectors must obtain allowances for their greenhouse gas emissions.

Part of the revenue generated from auctioning allowances is reinvested into projects designed to introduce lower-emission technologies into industrial production.

The Commission estimates that the 77 newly selected projects could avoid approximately 290 million tonnes of greenhouse gas emissions during their first ten years of operation.

That figure is a projection based on the projects’ anticipated performance, rather than an achieved reduction. Actual results will depend on construction, commissioning and subsequent commercial operation.

The funding announcement also follows the publication of the EU’s broader industrial policy initiatives, which seek to increase domestic production of clean technologies and improve investment conditions for European manufacturers.

The Commission announced a separate allocation of more than €390 million to 135 environmental and climate projects under the LIFE programme on the same day. That funding is distinct from the €3.4 billion Innovation Fund selection.

Funding agreements still to be concluded

The companies and organisations behind the selected Innovation Fund projects must now complete the procedures necessary to obtain their grants.

During the Commission’s 19 October press briefing, officials indicated that project-specific grant amounts would become available when the agreements are signed, currently envisaged for the first quarter of 2027.

The final allocations and implementation conditions therefore remain subject to the grant preparation process.

For industrial companies, the principal test will be whether the European funding attracts sufficient additional investment to bring the selected technologies into commercial operation.

The results will also provide an indication of how effectively Brussels can translate its industrial policy objectives into additional European manufacturing capacity, particularly in sectors where supply chains remain concentrated outside the Union.

Image Credit: © European Union, 2024 / CC BY 4.0

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Spain, Portugal and Luxembourg have called on the European Commission to establish a specific EU renewable-energy target for 2040 as Brussels prepares the next stage of the bloc’s climate and energy legislation.

The three governments have written to Energy Commissioner Dan Jørgensen arguing that a post-2030 renewables target would give investors greater certainty, accelerate deployment and reduce European dependence on imported fossil fuels.

Their intervention comes as the Commission prepares a new renewable-energy framework covering the decade after 2030.

The EU currently has a legally binding target requiring renewable sources to account for at least 42.5 per cent of final energy consumption by 2030, with an ambition to reach 45 per cent.

There is, however, no equivalent renewables target for 2040.

The European Commission says it is preparing a post-2030 renewable-energy framework for adoption before the end of this year. It is intended to complement the Union’s wider climate legislation and provide guidance for the next decade of energy investment.

Spain, Portugal and Luxembourg want that framework to contain a numerical target rather than rely solely on the EU’s overall greenhouse-gas reduction objective.

The proposal creates a policy divide with governments that want Brussels to use a broader definition of low-carbon or “clean” energy.

France, Sweden and Finland are among countries that have supported an approach allowing nuclear generation to contribute alongside renewable sources towards European decarbonisation targets.

France in particular operates the EU’s largest nuclear fleet and has repeatedly argued that European energy legislation should treat nuclear power according to its low carbon emissions rather than exclude it from frameworks designed specifically around renewable technologies.

Luxembourg, by contrast, has long opposed nuclear energy and has raised concerns about radioactive waste, safety and the financing of new reactors.

The argument is therefore not simply about the scale of the 2040 ambition. It concerns the structure of European energy investment over the next 15 years.

The Commission’s existing renewable-energy rules set the 2030 floor at 42.5 per cent, almost double the share recorded at the beginning of the decade.

Renewables accounted for 26.2 per cent of EU energy consumption in 2025, according to Commission figures.

Investment will have to increase substantially if the Union is to meet its existing target before any higher post-2030 requirement is introduced.

Grid capacity is another constraint. Wind and solar generation can be built faster than many traditional power stations, but projects increasingly depend on new transmission lines, interconnectors, storage and distribution infrastructure.

EU Today reported in June that member states were resisting greater Commission control over cross-border electricity-grid planning, illustrating the institutional difficulties surrounding an expansion of European electricity infrastructure.

The latest initiative also sits alongside the EU’s legally binding 2040 climate target.

In March, the Union formally approved legislation requiring net greenhouse-gas emissions to fall by 90 per cent from 1990 levels by 2040. EU Today reported on the final approval of the 2040 target, which is intended to bridge the gap between the bloc’s 2030 commitments and climate neutrality by 2050.

How that 90 per cent reduction is achieved is now moving to the centre of the policy debate.

For Spain and Portugal, greater renewable generation is also tied to their ambitions to expand electricity exports from the Iberian Peninsula into the rest of Europe. Limited interconnection capacity across the Pyrenees has historically restricted those flows.

The Commission’s post-2030 framework will therefore have consequences beyond environmental policy. It will influence investment decisions in power generation, grids, industrial electrification, hydrogen, storage and manufacturing.

The political question confronting the Commission is whether those decisions should be driven by a dedicated renewable-energy benchmark or by a technology-neutral emissions objective under which nuclear and renewable generation compete for investment.

With the 2040 climate target already fixed in law, the next dispute is increasingly about the energy system that will be built to reach it.