Summary
Global steelmaking is operating with spare capacity. The OECD reports global excess capacity of 640 million tonnes in the latest observed period, above total OECD steel production by more than 200 million tonnes, and projects it to reach 745 million tonnes 1. Global capacity utilization fell to a recent low of 76% and is forecast to stay near 74% 1. World crude steel production was 1,850.8 million tonnes in the latest full period, down 1.9% 2. Principal risks include subsidised overcapacity, record Chinese exports of 131 million tonnes 7, and uneven investment in low-carbon routes. The EU carbon border regime for iron and steel now applies in full 8. Outlook: pressure on utilization and margins is likely to persist, while low-carbon production, standards compliance and skills will shape competitiveness. Data on capital spending, lead times and safety rates is not available in the pack, which limits benchmarking.
Key findings
-
1
Excess capacity is large and projected to grow
Global excess steel capacity was 640 million tonnes in the latest observed period, more than 200 million tonnes above total OECD steel production. The OECD projects 745 million tonnes under its outlook.
Confidence: High -
2
Utilization is at a recent low
Global steelmaking capacity utilization fell to 76% in the latest observed period and is forecast to stay near 74%. Output is also slightly lower: world production was 1,850.8 million tonnes, down 1.9%.
Confidence: High -
3
Trade flows are shifting toward subsidised export competition
Chinese steelmakers exported a record 131 million tonnes in the latest observed period, a 153% increase. The OECD states that subsidies are increasingly undermining fair competition.
Confidence: High -
4
Carbon border costs now apply to EU steel imports
From the start of the full regime, EU importers of iron and steel must buy certificates for embedded emissions. The source is a vendor timeline, so the legal text should be checked directly.
Confidence: Medium -
5
Announced green steel volumes are large but not verified as operating
EU producers have announced 33 million tonnes of green HBI/DRI and 42 million tonnes of green primary steel. The period is not stated, and the figures are announcements rather than verified output.
Confidence: Medium -
6
Skills needs are shifting toward technological competence
Deloitte and the Manufacturing Institute project 3.8 million US manufacturing workers needed by the stated horizon. Industry commentary expects demand to shift from physical and basic cognitive skills toward technological and higher cognitive skills.
Confidence: Qualitative
11. Industry definition and scope
This report covers metals and materials manufacturing, with steel as the best-evidenced segment. The source pack provides verified data on crude steel production, capacity, trade and some low-carbon projects. It contains no verified production or capacity figures for non-ferrous metals such as aluminum, copper or titanium, or for advanced materials, so those segments are described only qualitatively.
The technical value chain runs from raw material supply through primary or secondary melting, casting and forming, to fabrication, project delivery, maintenance and end-of-life recovery. The pack supports the production stages with output and capacity data 12, and the technology stages with decarbonisation and standards evidence 8911. It does not provide verified data on raw material costs, lead times or scrap recovery volumes.
Terminology needs care. World totals refer to crude steel 2, while worldsteel monthly releases cover 70 reporting countries 34. A separate worldsteel data set covering 93 companies and associations represents 51% of global crude steel production 5. Coverage differs by source, so figures from different releases should not be added together.
Geographic scope is global, with regional detail for the European Union, the United States and China where the pack provides it. The reporting period is the latest available data. The pack mixes observed figures with OECD and industry forecasts, and each figure is labelled by type.
Scope follows the source pack. Non-ferrous and advanced materials are excluded because no verified figures were retrieved.
22. Market size, structure and value chain
World crude steel production was 1,850.8 million tonnes in the latest full period, down 1.9% from the prior period 2. The OECD area produced 426.1 million tonnes, a 1.3% decline 2. Output in the 70 worldsteel reporting countries was 931.5 million tonnes for January to June, down 0.7% year on year 4.
The chart compares observed totals with OECD projections for world output. The projected increase is modest: world production is projected at 1,869.4 million tonnes, a 1.0% change, and 1,940.6 million tonnes in the later projection 2. The OECD area figure is a regional subset and is shown for comparison only.
The pack gives no verified share of production by country. Chinese steelmakers exported a record 131 million tonnes 7, which shows China's weight in traded volumes even without a production share. North America produced 56.5 million tonnes in January to June, up 5.7% 4. An industry article states that electric arc furnaces produce over 70% of new US steel 13. This is a vendor-hosted claim and was not checked against a statistics body.
The pack contains no verified revenue, margin or contract-structure data, so revenue models cannot be described from evidence. Stakeholders that appear in the evidence are producers, governments that regulate trade and scrap (governments in 42 countries restrict scrap exports 10), the European Union through its carbon border regime 8, industry associations 35 and the OECD 17. Interpretation: trade and carbon policy now shape the value chain as much as production cost.
Values are as published by the OECD and worldsteel. Observed and projected values are shown side by side and are not comparable as actual outcomes.
33. Customers, demand and adoption
Demand indicators are mixed. Output in the 70 reporting countries was 142.4 million tonnes in the latest month, down 0.2% 3. North America produced 56.5 million tonnes in the first half, up 5.7% 4. The pack does not give consumption by end-use sector, so demand from construction, infrastructure, automotive or machinery buyers cannot be quantified.
Industry projections suggest demand may lag supply. Around 140 million tonnes of additional capacity is expected to come online in coming years, while demand growth is unlikely to keep pace, according to remarks reported from the World Steel Association 6. The OECD puts planned additions of up to 139 million tonnes at a 5.7% increase on current levels 7. These are forecasts, and the timing is not specified.
Purchasing criteria in the pack are mainly compliance and carbon related. Common metal industry standards include ISO 9001 for quality and ISO 50001 for energy 11. For structural steel, EN 1090 is cited alongside ISO-based systems, and ISO 3834 covers welding quality 11. This source is a consultancy blog, so buyer requirements should be checked against the standards themselves. Under the EU carbon border regime, embedded emissions in imported iron and steel carry certificate costs 8. Interpretation: carbon content is a plausible purchasing criterion, but the pack does not show how buyers weigh it.
Barriers and switching costs are not quantified in the pack. The EU move toward near-zero emission steel 9 points to growing interest in low-carbon product, but no verified volume of customer demand for green steel is available. Announced supply is discussed in section 6.
Demand is inferred from output and capacity data, not from measured consumption, because end-use data is absent from the pack.
44. Competitive landscape and key players
The pack does not provide verified market shares, revenues or margins for individual producers, so concentration cannot be measured. Provider types visible in the evidence are large integrated and electric arc furnace producers in established markets, state-linked exporters, and new low-carbon project developers. The pack names ArcelorMittal, SSAB, Nucor and thyssenkrupp, but their figures were not verified against company filings, so they are not compared here.
The central competitive issue is excess capacity. Global capacity utilization fell to a recent low of 76% and is forecast to stay near 74% 1. Excess capacity exceeded total OECD steel production by more than 200 million tonnes 1. A worldsteel director general reported utilization of about 75 to 76% in the latest October remarks 6.
Trade adds pressure. The OECD states that subsidies are increasingly undermining fair competition 7, and China's record exports of 131 million tonnes point to export-led competition from a large producer base 7. Governments in 42 countries restrict scrap exports 10, which changes input access for electric arc producers. The pack does not provide measured price effects, so the size of these impacts is not quantified.
Interpretation: low-carbon and compliance-led positioning may differentiate producers more than volume alone, but the pack does not quantify this. Business models differ between integrated producers that rely on iron ore and electric arc producers that rely on scrap, and the pack does not give comparative cost data for them.
- Global excess steel capacity 640million tonnes Observed Global, Latest observed period [1]
| Indicator | Value | Unit | Value type | Period |
|---|---|---|---|---|
| Excess capacity, latest observed | 640 | million tonnes | Observed | Latest observed period |
| Capacity utilization, recent low | 76 | percent | Observed | Latest observed period |
| Excess capacity, projected in OECD outlook | 745 | million tonnes | Forecast | Projected horizon in OECD outlook |
Excess capacity figures are used as published by the OECD. The pack does not restate the underlying definition, so comparisons with other sources should be made with care.
55. Technology, operations and workforce
Technology is moving toward hydrogen-based direct reduction and electric arc furnace routes. The European Commission's Joint Research Center states that near-zero emission steel production in the EU is driven by hydrogen-based direct reduction, with low-carbon hydrogen and circularity as key enablers 9. An industry article states that electric arc furnaces produce over 70% of new US steel 13. The pack lacks verified commercial hydrogen-DRI output, cost or energy-intensity figures, so the scale and cost of these routes cannot be assessed.
Operating metrics requested in the brief are yield, defect rates, lead times, downtime, energy or material intensity, and project cost and schedule variance. None of these was verified for steel or other metals. The AutomateAmerica article discusses automation in processing 13, but it gives no verified productivity figures, so the productivity effect of automation is not quantified.
Standards support operations. Common metal industry standards include ISO 9001 for quality, ISO 14001 for environment, ISO 45001 for health and safety and ISO 50001 for energy 11. Technical committees relevant to materials include TC 164 for mechanical testing of metals and TC 156 for corrosion of metals and alloys 12. ISO texts were not retrieved, so requirements are summarised from secondary sources.
Workforce needs are rising. Deloitte and the Manufacturing Institute project 3.8 million US manufacturing workers needed by the stated horizon 13, a forecast reported by a vendor blog. Industry commentary expects declining demand for physical and basic cognitive skills and rising demand for technological and higher cognitive skills 14. Interpretation: process control, digital maintenance and metallurgical skills are likely to become more important. Welder shortage figures were excluded because sources conflict.
- Electric arc furnace share of new US steel 70percent (over) Observed United States, Latest available article [13]
The US electric arc furnace share comes from a vendor-hosted article and has not been verified against a statistics body.
66. Regulation, standards, risk and sustainability
European Union: importers of iron and steel are now subject to the full carbon border regime, including certificate purchase for embedded emissions 8. The source describes this as applying, so it is treated here as binding in the EU, but the legal text was not in the pack and should be checked in the regulation itself.
Proposals and announcements: EU steel producers have announced 33 million tonnes of green HBI/DRI and 42 million tonnes of green primary steel 9. These are announced capacities, not verified operating output, and the period is not stated. They should be treated as voluntary plans, not binding commitments.
Trade measures: governments in 42 countries restrict scrap exports 10, but the pack does not say which measures are binding, which are voluntary, or how each country's rules are scoped. The OECD says subsidies distort competition 7. Treat these as observed policy trends rather than a complete legal inventory.
Standards and safety: ISO management-system standards are voluntary unless a contract or regulation requires them 1112. Industry data show lower injury rates per million hours worked, supported by training, automation and environmental systems 14. This statement is undated and unquantified, so no safety rate can be reported. Privacy, ethics and environmental permitting are not covered by the pack.
Operational risks: overcapacity can pressure prices and utilization 1. Reliance on hydrogen and scrap creates input risk (interpretation). Decarbonisation projects carry financing risk, illustrated by the funding rounds for the Stegra plant 8.
Binding status is inferred from the source type and description. Legal texts were not retrieved, so the classification is provisional.
77. Challenges, opportunities and case examples
Constraints include overcapacity, subsidised trade, input restrictions and missing performance data. Opportunities include low-carbon production, electric arc furnace expansion and skills upgrading. Both are supported by the evidence above but are not measured in economic terms.
Case example 1: Stegra in Sweden. Financing rounds across April and June in the latest period raised a further EUR 1.4 billion to complete the hydrogen-DRI/EAF plant at Boden 8. The pack does not give total project cost, schedule or operating status, so cost and schedule variance cannot be assessed. The source is a vendor-hosted timeline.
Case example 2: Chinese steelmakers. Record exports of 131 million tonnes, a 153% increase, show how trade flows can shift quickly when domestic capacity exceeds demand 7. This is a country-level example, and the pack gives no company breakdown.
Case example 3: the EU announced green pipeline. The announced volumes of 33 million tonnes of green HBI/DRI and 42 million tonnes of green primary steel 9 show the scale of planned low-carbon supply. Announced volumes are not operating output, and the conversion rate is unknown.
Comparable examples were limited. The pack names several large producers, but verified company data is absent, so the case set relies on one company project and two sector-level examples.
- Chinese steel exports 131million tonnes Observed China, Latest observed period [7]
Examples were selected from the pack only. Company examples are limited to a single verified project.
88. Outlook and strategic implications
Near term: utilization pressure is likely to continue. The OECD forecast of utilization near 74% 1 and the world production forecast of 1,869.4 million tonnes 2 imply modest growth. Planned additions of up to 139 million tonnes 7 could widen excess capacity further. Interpretation: unless demand grows faster than capacity, utilization will remain under pressure.
Scenarios (interpretive, not forecasts from the pack): first, a base case in which overcapacity persists, trade measures continue and margins stay weak; second, a policy-led case in which carbon border costs and scrap restrictions shift trade and accelerate domestic low-carbon investment; third, a delayed transition in which hydrogen-based routes slow because of financing or supply constraints, leaving electric arc furnaces and scrap as the main decarbonisation route.
Implications: producers should track utilization and trade policy closely. Buyers and contractors should check standards compliance and embedded-emissions data. Governments should weigh subsidy and capacity effects in trade policy. Workforce planners should prioritize technological skills 14. Capital spending, lead times and safety rates must be obtained from company filings before any investment or operational decision.
Outlook combines OECD and industry forecasts with the writer's interpretation. Forecasts are labelled as such.
Assumptions behind these figures
- Scenarios are interpretive and are not drawn from a verified forecast set.
99. Conclusion
The most defensible assessment is that surplus steel capacity, rather than demand alone, is the main constraint on sector economics. Low-carbon transition and trade policy are the main structural shifts. Capital spending, productivity and safety performance cannot be benchmarked from the evidence available.
How this was built
This report uses only the verified source pack. Observed figures, OECD and industry forecasts, vendor claims and the writer's interpretation are labelled separately. Global coverage is shown with regional detail for the EU, US and China. Publication years and some URLs have been shortened or omitted to remove date references, so source locations are given at domain or section level.
Limits to keep in mind
- No verified global figures were found for metals and materials capital expenditure, capital intensity per tonne, or project cost and schedule variance.
- No verified company-reported lead times, yield, defect rates, downtime or energy intensity figures were retrieved.
- No verified safety performance rates were retrieved from worldsteel or a national regulator; the only safety statement is undated and unquantified.
- No verified global data on scrap recycling rates or end-of-life steel recovery volumes was retrieved.
- Non-ferrous metals and advanced materials are not covered by the retrieved evidence.
- Hydrogen-DRI and automation claims rely on vendor, blog and consultancy pages; no peer-reviewed or annual report figures for commercial hydrogen-DRI output or cost were verified.
Sources
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1
Global steelmaking capacity reaches new highs: OECD Steel Outlook
oecd.org -
2
Steel market and industry prospects: OECD Steel Outlook, Table 2.2
oecd.org -
3
Crude steel production data releases, January to September (70 reporting countries)
worldsteel.org -
4
June crude steel production
worldsteel.org -
5
World Steel in Figures
worldsteel.org -
6
Steel Networking Summit: Global steel capacity growth outpaces demand
eurometal.net -
7
OECD press release: Steel excess capacity continues to weigh on global markets, with subsidies increasingly undermining fair competition
oecd.org -
8
Steel Industry Decarbonisation Timeline
steelonthenet.com -
9
Near-zero emission steel production in the EU: JRC steel factsheet
publications.jrc.ec.europa.eu -
10
OECD press release: Surging excess capacity threatens steel market stability, employment, and decarbonisation plans
oecd.org -
11
ISO 9001, ISO 45001, ISO 3834 and related standards overview for metal manufacturing
blog.pacificcert.com -
12
List of ISO technical committees
en.wikipedia.org -
13
Steel and Metals Processing Automation: Forging Careers in the New American Steel
automateamerica.com -
14
Steel Industry Employment: Challenges and Plotting a Path Forward
steelindustry.news