Europe is expanding domestic mining, refining and recycling capacity for critical raw materials, while the Carbon Border Adjustment Mechanism (CBAM) remains focused on six original sectors and selected downstream products. This creates different competitive conditions for strategic mineral-processing projects and industries already covered by carbon-border rules.
The Critical Raw Materials Act (CRMA) supports projects involving lithium, graphite, nickel, cobalt, copper, magnesium, tungsten, silicon and rare earths, aiming to strengthen supply security and reduce dependence on external suppliers. CBAM, meanwhile, targets carbon leakage by addressing differences in carbon costs between European production and imports.
Strategic Projects Face Different Investment Conditions
European lithium hydroxide, graphite purification and rare-earth separation projects can receive strategic recognition while competing with imports that do not face comparable CBAM costs. Their bankability depends on offtake agreements, electricity prices, grants, state aid, strategic procurement, recycling integration and customer demand for traceability.
The European Commission’s second selection of strategic projects brought the CRMA total to 106 projects, spanning extraction, processing, recycling and integrated operations. Strategic designation does not guarantee sustained margins or protection against imported alternatives.
CBAM Expansion Requires Additional Rules
Extending CBAM to more critical materials would require emissions methodologies, product definitions, default values and verification procedures, alongside a defensible link to comparable exposure under the EU Emissions Trading System (EU ETS).
European processing projects therefore need a combination of efficient permitting, competitive energy costs, access to finance, circularity measures and trade protection where justified. CBAM alignment may provide additional support where carbon leakage can be demonstrated, but strategic importance alone does not ensure coverage under the mechanism.
