January 26, 2026: Market dynamics and policy shifts accelerate green transition

The global steel industry at the dawn of 2026 stands at a historic crossroads, shaped by the dual forces of decarbonization and geopolitical volatility. While China’s structural reforms reshape supply chains, technological innovation and capital flows redefine competitive dynamics. This report dissects four critical dimensions—supply-side reforms, green transformation, market volatility, and geopolitical risks—to unravel the complexities of today’s steel landscape.

Ⅰ. Supply-Side Reforms Deepen: Reshaping Global Capacity Dynamics

China’s crude steel output fell 4.4% year-on-year to 960.81 million metric tons in 2025, marking a systemic shift rather than cyclical fluctuation. This decline reflects a decade-long strategy to overhaul the sector through capacity swaps, environmental curbs, and mergers. By 2025, the top 10 steelmakers accounted for over 60% of national production, with Baowu Group and Angang Corporation leading technological upgrades.The Ministry of Ecology and Environment’s “atmospheric pollution performance grading system” introduced in 2025 became a cornerstone of reforms. Under this framework:

• Grade A enterprises (meeting ultra-low emission standards) gained exemption from production curbs during smog alerts.
• Grade B/C enterprises faced mandatory 30–50% output cuts, forcing small players out of the market.
• Outcome: Nationwide steel capacity fell by 30 million tons in 2025, while high-end product exports (e.g., aerospace-grade steel) surged 15%, cutting import dependence to below 40%.

Globally, steel capacity is undergoing a “pivot to the East.” The EU’s 25% anti-dumping tariffs on imported steel since 2023 crippled domestic utilization rates (below 75%), pushing giants like ThyssenKrupp and ArcelorMittal toward premium products. In contrast, Southeast Asia and the Middle East saw output rise 6.2% and 9.8% respectively, fueled by infrastructure booms. Saudi Arabia’s direct reduced iron (DRI) projects, powered by abundant natural gas, aim to raise electric arc furnace (EAF) capacity to 60% by 2026, setting a green benchmark for the region.

Ⅱ. Green Transition Hits Critical Phase: Innovation vs. Capital Strain

Global investment in low-carbon steelmaking technologies surpassed $30 billion in 2025, with China accounting for 45% of total spending. Breakthroughs include:

• Baowu’s Hydrogen-Based Smelting: The Zhanjiang project achieved industrial-scale hydrogen reduction, cutting per-tonne emissions by 60% compared to blast furnaces. POSCO’s Carbon Capture: South Korea’s Gwangyang plant slashed sequestration costs by 40% via subterranean CO₂ storage.
• EU Tariff Pressures: Carbon Border Adjustment Mechanism (CBAM) compliance added $120/tonne to Chinese exporters’ costs, prompting a 22% drop in EU-bound shipments.

Yet, challenges loom large. The International Energy Agency (IEA) estimates annual green investments must triple to $500 trillion by 2050 to achieve net-zero steel. Financing gaps are widening: European steelmakers face €10–15 billion annual deficits for green retrofits, while Indonesian and African mines critical to scrap-metal supply chains remain mired in regulatory delays.

Capital markets exhibit bifurcated sentiment. Tesla and CATL’s investments in scrap recycling boosted recycled steel use in automotive manufacturing to 25%, yet traditional miners like BHP and Rio Tinto saw share prices slump 18% as iron ore demand projections weakened. Meanwhile, LME’s launch of low-carbon steel futures saw trading volumes surge 300%, signaling growing investor focus on ESG-linked risks.

Ⅲ. Market Volatility Intensifies: Price Swings amid Supply-Demand Discord

• Commodity Steel Weakness: Construction-grade rebar prices in China sank below ¥4,000/tonne, with some mills reporting losses exceeding ¥200/tonne.
• Premium Products Boom: Automotive and electrical steels saw prices rise 15%, driven by EV battery casings and renewable energy infrastructure demands.

Global price benchmarks gyrated wildly. The Platts 62% Fe Iron Ore Index spiked to 130/tonneinQ42025duetoChineserestockingbutsettledat110/tonne by year-end as Brazilian and Australian supply rebounded. Non-traditional suppliers added volatility: Guinea’s Simandou mine shutdown over geopolitical disputes and Canadian regulatory delays on new mines raised concerns about long-term supply resilience.

Derivative markets mirrored geopolitical tensions. Nickel prices on the LME surged 25% in a week due to Indonesian export policy shifts, while Chicago Mercantile Exchange’s low-carbon steel futures became a hedging tool of choice for ESG-conscious traders.

Ⅳ. Geopolitical Risks Redraw Supply Chains

Trade wars and supply chain fragmentation dominated 2025:

• U.S.-China Decoupling: Biden administration restrictions on Xinjiang-linked steel pushed U.S. imports from China down 37%, forcing exporters to pivot to Southeast Asia.
• EU Carbon Barriers: CBAM-driven data disclosure requirements added $120/tonne to Chinese exports, prompting retaliatory anti-dumping probes by India and Vietnam. Regionalization Trends: Chinese firms circumvented tariffs via localized investments—e.g., Angang’s Mexico plant supplies Tesla and GM directly, while Hebei Iron & Steel revived Serbia’s Smederevo mill, slashing Balkan reliance on Russian steel.

Supply chain shocks were acute in conflict zones. Russia-Ukraine hostilities kept European hot-rolled coil premiums above 20%, while Red Sea disruptions inflated Middle Eastern transport costs by 40%. Notably, China’s Belt and Road projects fortified resilience: Sinosteel’s India JSW venture (3 million tonnes/year) and Zhongye Steel’s Serbia operations exemplified strategic global footprint expansions.

ⅴ. Outlook: Green, Smart, and Regionalized—The New Steel Order

Three trends will dominate 2026–2030:

• Green Leapfrogging: Zero-carbon plants will scale up, with green hydrogen and molten oxide electrolysis (MOE) technologies reaching commercial viability. IEA forecasts global green hydrogen capacity for steelmaking to jump from 5 million to 500 million tonnes by 2030.
• Smart Revolution: AI-driven production systems (e.g., Baowu’s “one-click smelting”) and Industry 4.0 adoption will cut energy use by 12–18%, redefining competitive moats.
• Regional Blocs: Supply chains will fragment into three hubs—NAFTA, EU, and RCEP—with local content rules and carbon tariffs entrenching divides. Chinese players must localize R&D (e.g., Tata-Mittal’s India JV) to navigate “origin protocol” barriers.

The global steel industry’s pivot to decarbonization and regionalization marks a paradigm shift. While China drives structural reforms, geopolitical risks and technological disruptions will test resilience. Success will hinge on balancing emission reductions with economic growth—a challenge that will define the sector’s trajectory for decades.

Reprinted from steel.com