Regional Refining Gaps: European Smelting Capacity and Secondary CRM Yields
28 Apr 2026
Comprehensive Analysis: As European manufacturers strive to meet the 2030 domestic production targets mandated by the Critical Raw Materials Act (CRMA), the industry is facing a widening imbalance between raw ore imports and regional refining capacity. While raw material sourcing has successfully diversified away from high-risk origins over the past year, Western Europe’s industrial grid remains bottlenecks at the secondary smelting and chemical conversion stages.
To highlight the current technical efficiency gaps, GranTi’s metallurgy desk has compiled the current Q2 2026 operational processing yields and domestic capacity metrics for key specialized metals within the EU framework:
| Metal Category | EU Refining Capacity (Annual) | Secondary Recycling Yield | Main Regional Bottleneck |
| Aerospace Titanium | 42,000 tonnes | 68% | High energy costs for vacuum arc remelting |
| Battery-Grade Lithium | 18,500 tonnes | 42% | Chemical conversion scaling delays |
| High-Purity Tungsten | 12,000 tonnes | 74% |
Scrap collection logistics fragmentation |
The data demonstrates that while high-value recycling streams like tungsten boast a mature 74% yield, battery metals such as lithium remain severely constrained at 42% due to chemical conversion inefficiencies. This means that despite aggressive recycling mandates, European industry cannot rely on scrap volumes alone to buffer geopolitical supply shocks in the near term.
Strategic Implications: GranTi projects that high regional electricity prices will continue to cap the expansion of domestic pyrometallurgical refining through the end of 2026. Forward-thinking traders should position themselves by investing in hydrometallurgical processing assets, which require less energy-intensive infrastructures, and locking in multi-year tolling contracts with established secondary processors in Eastern Europe to ensure stable alloy supplies.
