Europe Has Now Designated 106 Critical Raw Materials Projects. The Gap Left Is in Processing.
The European Commission's second list of Strategic Projects adds 46 across 16 Member States. By its own arithmetic the pipeline can now fully cover the 2030 extraction benchmarks for five strategic raw materials, while cobalt processing stands at 89%, tungsten at 57% and magnesium at 51%. The binding constraint has moved downstream.
The usual way to argue about critical raw materials is to argue about mines. Which deposit, which country, how long before a shovel moves.
On 9 October 2026 the European Commission published the arithmetic that makes the mining argument the less interesting one. It selected 46 new Strategic Projects under the Critical Raw Materials Act, and then said, material by material, what the whole designated pipeline could and could not reach by 2030.
Extraction is largely covered. Processing is not.
The second list, in numbers
The 46 projects sit across 16 Member States: Belgium, Bulgaria, Estonia, Finland, France, Germany, Greece, Italy, Lithuania, the Netherlands, Poland, Portugal, Romania, Slovakia, Spain and Sweden. They were chosen from 102 applications in a call that closed on 15 January 2026. The Commission and external experts assessed 92 of those applications against the Act’s criteria, including security of supply, technical feasibility, environmental, social and governance standards, and cross-border benefits.
By value chain stage, the split is eight extraction projects, 11 processing, and 19 recycling. A further eight are integrated: three combining extraction and processing, five combining processing and recycling. Between them they touch 15 of the 17 strategic raw materials the Act names.
By material, the battery cluster dominates: seven lithium projects, 12 nickel, 10 cobalt, five manganese and four graphite. Two magnesium and three tungsten projects are aimed at defence and aerospace. Four rare earth element projects feed the permanent magnet chain.
Add the 47 EU projects designated in March 2025 and the 13 third-country projects added that June, and the Act now has 106 Strategic Projects behind it.
How a project gets on the list
The Act entered into force on 23 May 2024. The Commission has run two calls for applications since, the first closing on 22 August 2024 and the second on 15 January 2026.
The second call drew 102 applications from promoters in 18 Member States. Ninety-two went through assessment by the Commission and external experts. The Commission then consulted the Critical Raw Materials Board, which is made up of Member State representatives, with the European Parliament sitting as an observer. Sixteen Member States came out of that with projects.
Two of the 18 applicant countries, then, finished with nothing on the list. The criteria are published and they are not only geological: security of supply, technical feasibility, environmental, social and governance standards, and cross-border benefit all carry weight. A promoter reading the second list for the next call is reading a worked example of what cleared that bar.
A third call is expected towards the end of 2026.
What the Commission’s own arithmetic covers
The Critical Raw Materials Act sets three benchmarks for 2030. EU capacity should meet at least 10% of annual EU consumption of strategic raw materials through extraction, 40% through processing, and 25% through recycling.
The Commission’s assessment of the combined pipeline runs material by material. The projects could fully meet the extraction benchmarks for lithium, nickel, rare earth elements, magnesium and tungsten. They could fully meet the processing benchmarks for lithium and rare earth elements. They could fully meet the recycling benchmarks for lithium, cobalt and rare earth elements. That is five materials cleared on extraction and two on processing.
Where it still falls short, by name
The same sentence that lists the wins names the shortfalls. On processing, the pipeline covers 89% of the benchmark for cobalt, 57% for tungsten and 51% for magnesium.
Those are not rounding errors. A 51% figure means that even if every designated magnesium project is financed, permitted and commissioned on time, Europe reaches half of what it set out to reach. Tungsten is not much better. Both are the materials the Commission ties to defence and aerospace, and both had only a handful of projects in the new list: two on magnesium, three on tungsten.
The asymmetry is structural rather than accidental. Extraction benchmarks are set at 10% of consumption and processing at 40%. The processing target is four times as demanding, and it is the stage where Europe starts furthest behind. Designating more mines does not close it. Refineries, separation plants and magnet makers close it.
Recycling is carrying more of the load than mining
Nineteen of the 46 new projects are recycling, against eight on extraction. Five more combine processing with recycling. On a project count, recycling is the largest single category in the Act’s newest cohort.
Recycling capacity is faster to permit than a mine, it sits closer to existing industrial sites, and the Act asks less of it in percentage terms. It is also where the pipeline already reports full coverage for lithium, cobalt and rare earth elements.
The caution is that recycling capacity depends on feedstock that has to exist first. A lithium recycling plant needs end-of-life batteries, and Europe’s largest cohorts of electric vehicles are not yet old enough to supply them at scale. Counting a recycling benchmark as met in 2030 assumes the scrap arrives. That assumption belongs in any investment case built on these numbers.
A designated project is not a built one
The Act gives Strategic Projects faster permitting. The Commission’s own guidance puts the permit-granting process at no more than 27 months for extraction projects and 15 months for other projects, subject to the conditions in EU and national law. Member States have set up Single Points of Contact to steer promoters through it. The Commission is explicit that this is about making procedures more predictable, not about lowering environmental, social or governance standards.
The release also reports on how far the first list has actually moved. Of the projects designated in 2025, 25 have completed their environmental impact assessment and 17 have obtained a construction permit.
Seventeen construction permits, from a list of 47 EU projects designated 19 months earlier. Designation starts the clock rather than ending it. The Commission says plainly that promoters still need to secure financing, complete permitting and comply with every applicable requirement.
Money has moved in behind it. Since the RESourceEU communication of December 2025, Team Europe has mobilised more than €2 billion through the Innovation Fund, State aid and the European Investment Bank. The Raw Materials Mechanism, which exists to match supply with buyers, has produced more than 30 matches across 10 materials. Offtake is the thing that turns a permitted plant into a financed one, and that mechanism is where to watch for it.
What this means if you are building in the AI supply chain
Every argument about AI infrastructure eventually reaches a material. Permanent magnets for the motors and drives in cooling plant. Cobalt and nickel for the storage that firms up a site’s power. Graphite and lithium for everything with a battery in it. Copper for all of it.
A mine sells concentrate to whoever refines it. If Europe reaches its extraction benchmark for nickel and its cobalt refining stops at 89% of target, the material still leaves and comes back as someone else’s intermediate product.
For a founder, the readable signal is which of the 17 strategic raw materials have thin project counts at the processing stage, because that is where European industrial policy has an acknowledged, quantified gap and a named instrument pointed at it. For an investor, the second list is a public map of 106 projects that have already passed an expert assessment on technical feasibility and ESG standards, with a new call for applications expected towards the end of 2026.
Japan is answering the same question from the other end
Japan’s route to the same problem runs through supply security and the ocean floor, which we covered in Japan’s Rare Earth Reckoning: Why Tokyo Is Mining the Seabed to Escape a Single Supplier, and through recycled content obligations in Japan’s recycled-content filing requirement: April 2026. Europe has picked designation, expedited permitting and a published scorecard. Japan has picked new supply and a content mandate, and both routes end at the same refinery gate.
Tech for Impact Summit 2027 is co-hosted by the United Nations University in Tokyo on 18 and 19 May 2027, an invitation-only gathering of leaders across business, policy and culture working on technology against the hardest problems. The materials, power and compute behind AI are on the agenda.