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Net-Zero Steel Pathways

2024

By 2050, under the Baseline scenario, global steel production becomes significantly more geographically diverse, shifting away from its 2021 concentration in Northeast Asia. Production grows notably in Southeast Asia, South Asia (especially India), the Middle East, Africa, and South America. In Europe, China, and the U.S., most domestic steel facilities transition to recycling using electric arc furnaces (EAFs).

When comparing three climate policy scenarios—Narrow Club, Broad Club, and Broad Club Fossil Fuel Ban—four consistent trends emerge for 2050. First, primary steel production spreads more evenly across the globe, with growth across Southeast Asia, South Asia, Africa, and the Americas. Second, the dominance of coal-based Basic Oxygen Furnace steelmaking (BF-BOF) declines significantly. Third, steel recycling through EAF-SCRAP rises sharply. Lastly, there’s substantial growth in green steel production, including methods using imported green iron (EAF-PRIMARY) and hydrogen-based direct reduced iron (DRI-H2-EAF). These developments suggest a broad global shift toward cleaner, more sustainable steelmaking technologies across all modeled policy futures.

This scenario builds on the Broad Club by adding a strict ban on fossil fuel-based steel production starting in 2025. All club members adopt a uniform and aggressive carbon price of $500/tCO2e. Trade protections (30% tariff and carbon adjustment) and green iron subsidies remain in place. This bold approach pushes the fastest and deepest transformation toward clean steel, accelerating innovation, investment, and global cooperation. The ban, combined with high carbon costs, ensures the complete phase-out of fossil fuel steel among members.

Geospatial of Steel Production in Broad Club Fossil Fuel Ban Scenario
BF-BOF Blast Furnace with Basic Oxygen Furnace
DRI-COAL-EAF Direct Reduction of Iron with Coal, followed by Electric Arc Furnace
DRI-GAS-CCS-EAF Direct Reduced Iron with Natural Gas, followed by Electric Arc Furnace, 90% of CO2 is Captured and Stored
DRI-GAS-EAF Direct Reduced Iron with Natural Gas, followed by Electric Arc Furnace
DRI-H2-EAF Direct Reduced Iron with Green Hydrogen, followed by Electric Arc Furnace
LTAE Ladle-Treatment and Alloying Equipment
EAF-SCRAP Electric Arc Furnace used with Scrap
EAF-PRIMARY Electric Arc Furnace used with Green Iron / Hot Briquetted Iron
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Main countries' results (s3)

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Detailed countries' results

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Total steel produced by technology type, expressed as a percentage of the total manufacturing fleet.