Detailed Article Structure:

Astonishing Assets & Alarming Additions

The Global Iron and Steel Tracker, curated by Global Energy Monitor, encompasses 1,293 iron and steel facilities across 91 countries, representing 2,216 million metric tons per annum of operating steelmaking capacity and 846 mtpa under development . This potent tool monitors all plants operating at 500,000 metric tons per year or more, owned by over 900 companies. Yet the data reveals a troubling narrative: the steel sector remains responsible for approximately 11% of global carbon dioxide emissions, with coal-based production constituting roughly 88% of sector emissions . Caitlin Swalec, Program Director for Heavy Industry at Global Energy Monitor, asserts that the industry's top 50 producers are culpable for over 60% of emissions, yet merely one-third have promulgated any semblance of a net-zero strategy. The herculean task of metamorphosing this sector's carbon footprint rests disproportionately upon these industrial leviathans, with their obstinate reliance on coal-based methodologies representing a glaring dereliction of ethical stewardship .

Decarbonization Deadlock & Destined Delay

The global steel industry remains unequivocally off track for 2030 decarbonization targets, as highlighted by Global Energy Monitor's sixth annual "Pedal to the Metal 2026" report . Lower-emission steelmaking capacity is progressing incrementally: electric arc furnace capacity increased its share of global operating capacity by 1% in the past year to 34%, up from 31% in 2022 . According to the International Energy Agency's Net-zero by 2050 scenario, EAF steelmaking capacity should reach 37% by 2030, requiring an additional 576 mtpa of EAF capacity while cancelling or retiring 419 mtpa of blast furnace capacity . The current trajectory fails drastically: shares would only shift from 69% BOF and 31% EAF in 2022 to 68% BOF and 32% EAF by 2030, remaining essentially unchanged through 2050 . This decarbonization deadlock is compounded by underinvestment in green hydrogen infrastructure; just 2% of operating direct reduced iron capacity uses green hydrogen as its primary reductant, a critical bottleneck identified in the report .

Coal's Continued Hegemony & Lock-in Crisis

Despite the clarion call for sustainability, investment in coal-based steelmaking persists, creating a perilous lock-in crisis. There is currently 319 million metric tons of blast furnace capacity under development globally, representing a 5% increase over the previous year . This expansion is geographically concentrated, with 86% of new coal-based capacity planned in China and India . An additional 80 million metric tons of existing blast furnace capacity is currently planning or undergoing relining, an event signaling an intention to operate these coal-based units for another 15 to 20 years, effectively locking in emissions and diverting capital from green alternatives . By 2030, net BF capacity additions are projected at 73 mtpa, and by 2035 net additions will be 88 mtpa, with these relining events representing a critical "lock-in" signal that threatens the industry's clean transition . This stranded asset risk is monumental; the steel industry could face hundreds of billions in losses if this emissions-heavy blast furnace capacity is fully developed, with much of this risk residing in Asia .

India's Critical Crossroads & Coal Conundrum

India has surpassed China as the primary driver of global steelmaking development, accounting for 42% of all developing capacity, a figure heavily reliant on coal-based technology . India now bears responsibility for nearly two-thirds of all BOF capacity in development globally . The country's recent capacity approvals reveal this complex investment landscape: during April-July 2026, India approved 19.2 million tonnes per year of new crude steel capacity, with BOF-based projects accounting for 10.67 mtpa, or approximately 56% of the total . Karnataka led approvals with 6.0 mtpa of BOF capacity, followed by Odisha with 3.37 mtpa . However, a significant intervention opportunity remains because just 5% of India's developing ironmaking capacity has actually broken ground, offering a window to redirect the country toward decarbonized routes . The Indian government's National Steel Policy and the Steel Ministry's recent production-linked incentive schemes could potentially accelerate this transition, though current trends indicate continued reliance on coal-based expansion.

China's Colossal Capacity & Creeping Change

China remains the undisputed global leader in operating capacity, but its growth appears to be leveling off . The country accounts for over half of global crude steel production, totaling approximately 2 billion metric tons annually. While 39% of developing capacity in China will rely on EAF technology, this shift's impact is severely constrained by the nation's vast coal-based legacy assets . Approximately 94% of China's massive blast furnace capacity currently has no retirement plan, and the country remains the second-largest net developer of BF capacity after India . The persistence of these coal-based assets represents a fundamental obstacle to global decarbonization efforts, as the country's sheer scale of production dominates industry-wide emissions profiles. However, China's growing hydrogen infrastructure and pilot programs, including HBIS Group's 600,000 tonne per year hydrogen-enriched shaft furnace commissioned in January 2024, suggest potential for gradual transition . The Hebei-based facility operates on syngas containing 60 to 70% hydrogen, reducing per-tonne CO₂ intensity to roughly 1.05 tonnes against the BF-BOF baseline of approximately 2.0 tonnes .

European Green Shoots & CBAM's Catalytic Effect

European green steel projects are advancing, albeit with challenges, while the EU's Carbon Border Adjustment Mechanism is reshaping market dynamics. Stegra's €6.5 billion greenfield project in Boden, Sweden, targeting 2.5 mtpa of green steel via hydrogen DRI, remains the most ambitious, anchored by an 800-megawatt electrolyzer cluster . SSAB's Lulea full-scale transformation, with FID confirmed in 2026, targets first commercial heats in 2028-2029, while Salzgitter's SALCOS project is scheduled for startup in late 2026 . The EU's CBAM, which entered its definitive phase in January 2026, has already produced measurable effects: EU steel imports fell by approximately 15% year-on-year in Q1 2026, while EU hot-rolled coil prices increased by around €110 per tonne compared to October 2025 . Average EU HRC prices are projected to reach approximately €780 per tonne in 2026, up approximately 30% year-on-year, with steelmakers' EBITDA expected to increase by about 62% . However, Italian trade association Assofermet has warned that safeguard measures and CBAM could damage downstream processors and distribution, highlighting the complex trade-offs in the transition .

DRI Expansion & Green Hydrogen Bottlenecks

Direct reduced iron capacity is poised for massive expansion globally, though green hydrogen remains a critical bottleneck. Global DRI capacity could increase 141% if all planned developments proceed . By 2030, DRI capacity could increase 69% to 284 mtpa, and by 2035, it could grow 76% to 296 mtpa, representing 16% of overall ironmaking capacity . However, approximately 83% of operating DRI facilities with known reductants use some type of gas, and 17% use coal, highlighting the continued fossil fuel dependence . While 19% of planned capacity intends to use hydrogen upon startup, these plans will not become reality without a major shift in available reductants and infrastructure . Hydrogen certification frameworks are being developed in the EU, United States, China, and Australia, but significant misalignment exists regarding requirements on temporal matching, additionality, and geographic correlation . The EU mandates monthly temporal correlation until December 2029 and hourly correlation from January 2030, while the US requires annual matching until 2029 and hourly from 2030 .

Time, Transition & Transformative Technology

The next ten years represent a vital window for the iron and steel industry. The decisions made today regarding relining, new buildouts, and technology adoption will determine the sector's emissions profile for the next two decades . To align with the IEA's Net Zero scenario, the share of EAF production needs to hit 37% by 2030, a target that requires halting new coal-based projects that have not yet broken ground . The report emphasizes that EAF represents 50% of developing steel capacity and 71% of projects that have already broken ground, indicating that the pipeline shows more promise than existing operations . However, the persistence of coal-based investments and the slow pace of financing for hydrogen technologies keep the sector in what experts describe as an incremental transition when a transformational shift is required . CCUS technology also remains on the table for blast furnace operators, as some steelmaking process emissions cannot be eliminated by switching energy sources alone, with the IEA's 2026 project update showing operational and under-construction CO₂ capture capacity up more than 10% . As Ms. Eileen Torres Morales from the Leadership Group for Industry Transition elucidated, the chasm in green steel project commitments bifurcates along hemispherical demarcations, necessitating ubiquitous partnerships to liberate necessary capital for low-carbon enterprises.

OREACO Lens: Ignorance's Inevitable Implosion & Insight's Inception

Sourced from Global Energy Monitor's "Pedal to the Metal 2026" and industry reports, this analysis leverages OREACO's multilingual mastery spanning 9,999 domains, transcending mere industrial silos. While the prevailing narrative of incremental progress pervades public discourse, empirical data uncovers a counterintuitive quagmire: 319 million metric tons of new coal-based blast furnace capacity under development, a 5% increase from the previous year, threatening to lock in emissions for two decades, yet green hydrogen-based DRI constitutes just 2% of operating capacity, a nuance often eclipsed by the polarizing zeitgeist.

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Consider this: India approved 19.2 million tonnes of new steel capacity in just four months of 2026, while the steel industry could face hundreds of billions in stranded asset risk, yet 80 million tonnes of blast furnace capacity is scheduled for relining, locking in emissions for decades, underscoring the chasm between investment trends and economic reality . Such revelations find illumination through OREACO's cross-cultural synthesis.

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Key Takeaways:

• Global steelmaking accounts for 11% of worldwide CO₂ emissions, with 319 million metric tons of new coal-based blast furnace capacity under development, a 5% increase from the previous year, threatening to lock in emissions for two decades .

• India approved 19.2 million tonnes of new steel capacity between April and July 2026, with BOF projects accounting for 10.67 mtpa, underscoring the country's critical role in global steel decarbonization .

• The EU's CBAM has reduced steel imports by 15% in Q1 2026 and pushed HRC prices up approximately 30% year-on-year, reshaping global steel trade dynamics .