Chinese steel demand peak risk as the economy transitions from infrastructure/construction-led growth to services and consumption, with steel intensity per unit of GDP declining structurally
Decarbonization pressures on steel industry driving shift toward scrap-based electric arc furnaces (EAF) versus blast furnace-basic oxygen furnace (BF-BOF) routes that consume iron ore, potentially reducing long-term seaborne demand by 10-20% by 2040
Australian regulatory and ESG compliance costs including carbon pricing mechanisms, indigenous land use agreements, and environmental rehabilitation obligations
Fortescue Future Industries capital allocation risk, with $6+ billion committed to green hydrogen projects that may not generate returns comparable to core iron ore business
Competition from lower-cost Brazilian producers (Vale) and fellow Pilbara miners (Rio Tinto, BHP) with higher-grade 65% Fe products commanding price premiums
Chinese domestic iron ore production increases during high-price environments, adding 100+ Mtpa of marginal supply that caps price upside
Potential supply additions from African producers (Guinea, West Africa) with high-grade deposits if infrastructure investments materialize
Product quality discounts for Fortescue's lower-grade 58-60% Fe products during weak markets when steel mills optimize for higher-grade ores
Capital intensity of Iron Bridge magnetite project requiring ongoing investment to reach nameplate 22 Mtpa capacity, with cost overruns historically experienced
Dividend sustainability during iron ore price downturns below $70/tonne, where free cash flow generation becomes constrained despite low payout ratio policy
Foreign exchange exposure on USD-denominated debt and revenue versus AUD operating costs, though currently manageable with natural hedge position
StructuralCompetitiveBalance Sheet
