Steel, Metals and European Power
The industrial base behind defence, energy and infrastructure
Europe’s strategic autonomy has a physical foundation. It depends on steel, aluminium, copper, nickel, specialty alloys, scrap streams, electric arc furnaces, hydrogen-ready steelmaking, cable systems, smelters, rolling mills, forges and metallurgical processing capacity. These are not secondary industrial assets. They are the material layer behind defence readiness, grid expansion, shipbuilding, military mobility, ports, railways, wind farms, machinery and critical infrastructure. If Europe loses the ability to produce, process and recycle strategic metals at scale, it will not merely weaken a manufacturing sector. It will constrain its ability to rearm, electrify, build, repair and sustain the systems on which sovereignty depends.
This report examines the European metals base as a strategic production system. It first maps the industrial layer that turns raw material into usable capacity, distinguishing aggregate tonnage from certified, specification-compliant metal for defence, infrastructure and high-value industrial applications. It then analyses the economic and regulatory pressure created by energy costs, ETS, CBAM, carbon leakage, global overcapacity and trade-defence constraints. The third section assesses the transition pathway across green steel, electric arc furnaces, hydrogen-based steelmaking, recycling, scrap retention and low-carbon aluminium. The final section connects metals capacity to defence readiness and develops the DFM investment thesis: which assets, companies and bottlenecks matter most as Europe tries to convert strategic-autonomy policy into industrial capacity.