Funded by Horizon Europe · Grant No. 101293474

From Resources
to Resilience

Advancing sustainable Titanium and Beryllium value chains for Europe's green transition through low-carbon technologies, digital innovation, and strategic partnerships with Kazakhstan and Uzbekistan.

25
Partners
10
Countries
48
Months
2
Critical Raw Materials

Building Europe's strategic
raw materials independence

TiBeRIUM addresses the EU's critical dependency on imported Titanium and Beryllium by pioneering sustainable extraction and processing technologies in partnership with resource-rich nations.

Ti

Strategic Materials

Securing supply of Titanium and Beryllium, two metals essential for aerospace, electronics, and energy technologies.

H₂

Sustainable Production

Hydrogen-based reduction and electrolytic processes that eliminate CO₂ emissions from metal production.

Digital Innovation

Digital twins, AI-driven process optimization, and satellite-based environmental monitoring across the value chain.

Strategic Partnerships

Strengthening EU cooperation with Kazakhstan and Uzbekistan for diversified and resilient supply chains.

Critical metals powering
Europe's future industries

Titanium's lightweight strength and corrosion resistance make it indispensable for aerospace, medical implants, and clean energy infrastructure. Beryllium's unique thermal and electrical properties are critical for electronics, defence systems, and nuclear applications.

Both metals are on the EU Critical Raw Materials list, yet Europe produces neither domestically. TiBeRIUM changes this by establishing secure, low-carbon supply chains aligned with the Critical Raw Materials Act.

100%
EU import reliance
for Ti sponge
>95%
EU import reliance
for Beryllium
45%
China's global Ti
market share
5.5t
EU annual Be
consumption

Two value chains, one vision:
decarbonized critical metals

Ti

Titanium Value Chain

From ilmenite and titanomagnetite ores in Kazakhstan and Uzbekistan through hydrogen reduction, solid-state electrolysis, and aluminothermic reduction to produce pure Ti metal and FeTi/CuTi alloys.

TRL 5 TRL 7
Be

Beryllium Value Chain

Innovative mineral processing of complex Karadzhal ore through selective flotation and advanced separation, refined at ULBA plant to produce Be metal, Cu-Be and Al-Be master alloys.

TRL 4 TRL 6

Digital Twin & AI

Predictive mine-to-plant framework with digital twins, geometallurgical modelling, and real-time process optimization.

Circular Economy

Valorisation of process by-products and slag into low-CO₂ building materials, achieving zero-waste production.

Measurable impact for
a sustainable future

>90%
Lower carbon footprint
vs. state-of-the-art
25%
Lower energy
consumption
30%
CO₂ reduction in
Be production
60%
Energy savings via
aluminothermic process

A pan-European partnership
with Central Asian allies

25 partners from 10 countries form an industry-driven consortium spanning raw material providers, technology developers, research institutions, and end-users.

9
Universities
5
Large Enterprises
6
SMEs
2
RTOs

News & Events

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Press Release · 2025

TiBeRIUM Project Launches Under Horizon Europe

A new consortium of 25 partners from 10 countries embarks on a 48-month mission to secure Europe's Titanium and Beryllium supply.

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Event · Coming Soon

TiBeRIUM Kick-off Meeting

The consortium gathers for its inaugural meeting to launch the project's technical and management activities.

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Update · Coming Soon

Website Launch and Project Communications

TiBeRIUM establishes its online presence with a new project website and social media channels.

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This project has received funding from the European Union's Horizon Europe research and innovation programme under Grant Agreement No. 101293474 (HORIZON-CL4-2025-MATERIALS-01). The content of this website reflects only the authors' views. The European Commission is not responsible for any use that may be made of the information it contains.