Magnesium —
the metal Europe forgot.
We’re bringing it back.

The conditions that made European magnesium uncompetitive are being dismantled — by two forces arriving at the same moment: policy, and energy economics.

On policy, the EU Critical Raw Materials Act (CRMA) has named magnesium a strategic priority — defining exactly what a project must demonstrate to qualify for fast-track permitting, EIB financing, and institutional support: technical credibility, cross-border benefit, sustainability alignment, and a meaningful reduction in import dependency. Maganoor is being built to meet every one of those criteria — not to qualify for a designation, but because those criteria describe precisely the problem we set out to solve.

On energy, renewable capacity across Europe is growing faster than the grid can absorb it. Thousands of hours each year now see electricity prices at zero or below. The energy cost that priced Europe out of magnesium production for two decades is becoming, in windows of surplus, a structural advantage for those with the process intelligence to capture it.

This window will not stay open indefinitely. The right moment to build is now.

The Carbon Border Adjustment Mechanism (CBAM) is already law. From 2026 it applies escalating carbon costs to imports produced with high-carbon energy — which describes the overwhelming majority of magnesium available on global markets today. The carbon footprint associated with transporting magnesium from China to Europe is also not negligible. The price gap between imported and EU-produced magnesium narrows automatically as CBAM scales toward full implementation. EU-produced magnesium from renewable energy does not get more expensive relative to imports over time. It gets cheaper.

Price per tonne also never captured the 2021 supply shock: production shutdowns, emergency sourcing at panic prices, and strategic reviews that consumed far more management resource than any domestic supply premium ever would. Those costs are invisible in a price-per-tonne comparison — until they are not.

Industrial buyers in automotive, aerospace, and robotics are simultaneously under growing pressure to demonstrate clean, traceable, low-carbon supply chains. Access to EU-produced magnesium carries an inherent carbon credential that no import can replicate — and that procurement teams increasingly need to meet their own scope 3 commitments. And public funding instruments — CRMA strategic project designation, EIB financing, Innovation Fund grants — exist specifically to offset the investment cost of building that resilience, so the premium does not land entirely on the industrial buyer.

The question is no longer whether EU magnesium can be cost-competitive. It is whether European industry can afford to wait any longer for it to be.

Import dependency does not only constrain supply. It constrains imagination.

When a material must be sourced from a single external supplier, the innovation that requires cheap access, rapid iteration, and supply chain freedom quietly stops happening. Research programmes do not get funded. Startups do not form around it. Applications that depend on sensitive, sovereign supply chains — in advanced aerospace, in dual-use technology, in next-generation energy systems — get quietly de-prioritised, because no industrial company builds strategic capability on a foundation it does not control.

Europe has not merely been paying more for magnesium for two decades. It has been locked out of the innovation frontier that proximity to domestic supply creates — not for a deficit of European talent or ambition, but for a deficit of accessible, affordable, locally controlled material to experiment with.

Restoring EU magnesium production does not simply solve a procurement problem. It restarts a flywheel — of university research, startup formation, application development, and industrial adoption — that has been frozen for twenty years. Every materials lab that could not access affordable feedstock, every lightweight structures startup that could not build a reliable supply chain, every engineer who deprioritised magnesium because the geopolitical risk was too high — all of them become potential participants in an ecosystem that does not yet exist in Europe, but will.

That ecosystem is part of what Maganoor intends to help build.

We are not building a magnesium mine. We are not building a smelter. We are building the innovation and technology partner that European magnesium production and application has been missing — one that understands the metal, the process, the energy economics, and the markets deeply enough to change how all of them work together.

Positioned at the intersection of Europe’s renewable energy surplus and its critical materials challenge, Maganoor is designing optimised processes and business models — for producers who want to become more competitive, for the industrial sector ready to do more with this material, and for the emerging ecosystem of research institutions, startups, and strategic partners that European magnesium production will make possible. We also intend to develop our own magnesium-based products as part of that ecosystem.

Our pilot production line will be the proof of concept for everything this venture stands for: that the process design exists to make EU magnesium competitive, carbon-credentialed, and scalable — and that the moment to demonstrate it is now.

Europe cannot afford to remain dependent on supply chains that a single geopolitical decision, from any direction, can sever overnight. Industrial sovereignty in critical materials is not a policy aspiration. It is an economic and security necessity — and increasingly, the foundation on which competitive advantage in green and strategic industries will be built.

We believe magnesium is the most underestimated strategic material of the coming decade — not rare, not exotic, simply underproduced and underutilised in the places that need it most.

Maganoor exists because we believe that necessity is also an opportunity — for the right partners, in the right place, at exactly the right moment.