Crude steelmaking capacity by country

This dataset provides information on crude steelmaking capacity for 132 OECD Member countries and non-OECD economies over the period 2000–2025. Definitions Steelmaking capacity Nominal crude steelmaking capacity is defined as the maximum theoretical output of installed steelmaking equipment. This definition does...

Countries reporting
98
Highest
1,136 Tonnes
China (People’s Republic of)
Lowest
0 Tonnes
Trinidad and Tobago
Median
1.79 Tonnes
Years covered
26
2000–2025
Data points
3,432

What the numbers show

Crude steelmaking capacity is currently reported for 98 countries. The highest value is 1,136 Tonnes in China (People’s Republic of); the lowest is 0 Tonnes in Trinidad and Tobago.

The median across all reporting countries is 1.79 Tonnes, and the mean is 21.63 Tonnes.

Over the past decade 29 countries rose and 11 fell. The largest increase was in Myanmar (up 400.0%), and the largest decrease in Trinidad and Tobago (down 100.0%).

Crude steelmaking capacity: full country ranking

#Country LatestYear 10-year changeTrend
1 China (People’s Republic of) 1,136 Tonnes 2025 down 6.1% rising
2 India 185.3 Tonnes 2025 up 68.8% rising
3 Japan 113.6 Tonnes 2025 down 13.2% falling
4 Russia 90.8 Tonnes 2025 up 5.4% rising
5 Iran 60 Tonnes 2025 up 71.5% volatile
6 Germany 58.06 Tonnes 2025 unchanged flat
7 Brazil 50.9 Tonnes 2025 down 4.5% rising
8 Italy 34.69 Tonnes 2025 down 9.5% falling
9 Chinese Taipei 29.42 Tonnes 2025 unchanged rising
10 Mexico 27.66 Tonnes 2025 up 3.6% rising
11 Indonesia 23.8 Tonnes 2025 up 89.5% rising
12 Malaysia 19.2 Tonnes 2025 up 35.2% rising
13 France 19.12 Tonnes 2025 down 14.1% falling
14 Spain 18.8 Tonnes 2025 down 7.4% flat
15 Egypt 16.4 Tonnes 2025 up 37.0% rising
16 Canada 16.3 Tonnes 2025 down 1.4% falling
17 Saudi Arabia 11.6 Tonnes 2025 up 0.9% rising
18 Thailand 11.36 Tonnes 2025 up 3.6% rising
19 Democratic People’s Republic of Korea 11.15 Tonnes 2025 unchanged flat
20 Algeria 9.5 Tonnes 2025 up 111.1% volatile
21 Pakistan 9.2 Tonnes 2025 up 68.4% volatile
22 Belgium 8.9 Tonnes 2025 up 3.2% falling
23 Austria 8.5 Tonnes 2025 unchanged rising
24 South Africa 8.05 Tonnes 2025 down 14.1% falling
25 Ukraine 8 Tonnes 2025 down 80.1% falling
26 Kazakhstan 7.74 Tonnes 2025 unchanged rising
27 Bangladesh 7.6 Tonnes 2025 up 36.4% rising
28 Argentina 7.33 Tonnes 2025 up 9.7% rising
29 Czechia 6.83 Tonnes 2025 unchanged falling
30 Sweden 5.95 Tonnes 2025 unchanged flat
31 Venezuela, Bolivarian Republic of 5.64 Tonnes 2025 unchanged flat
32 Australia 5.43 Tonnes 2025 unchanged falling
33 Iraq 5.3 Tonnes 2025 up 102.5% volatile
34 Romania 5.17 Tonnes 2025 unchanged falling
35 United Arab Emirates 4.84 Tonnes 2025 up 9.0% volatile
36 Morocco 4.8 Tonnes 2025 up 69.0% volatile
37 Finland 4.53 Tonnes 2025 unchanged falling
38 Oman 4.16 Tonnes 2025 up 40.5% volatile
39 Greece 3.9 Tonnes 2025 up 5.4% rising
40 Qatar 3.24 Tonnes 2025 unchanged rising
41 Nigeria 3.1 Tonnes 2025 up 6.9% rising
42 Belarus 3 Tonnes 2025 unchanged rising
43 Serbia 2.7 Tonnes 2025 unchanged rising
44 Zimbabwe 2.6 Tonnes 2025 up 212.1% rising
45 Peru 2.35 Tonnes 2025 up 17.5% rising
46 Chile 2.02 Tonnes 2025 unchanged flat
46 Colombia 2.02 Tonnes 2025 unchanged rising
48 Hungary 2 Tonnes 2025 unchanged falling
49 Bosnia and Herzegovina 1.8 Tonnes 2025 unchanged volatile
50 Philippines 1.79 Tonnes 2025 unchanged rising
51 Portugal 1.7 Tonnes 2025 unchanged rising
52 Libya 1.65 Tonnes 2025 unchanged rising
53 Azerbaijan 1.62 Tonnes 2025 unchanged rising
54 Luxembourg 1.4 Tonnes 2025 down 40.4% falling
55 Switzerland 1.37 Tonnes 2025 unchanged flat
56 Uzbekistan 1.36 Tonnes 2025 up 28.3% rising
57 Kuwait 1.35 Tonnes 2025 unchanged volatile
58 Ecuador 1.26 Tonnes 2025 up 46.5% volatile
59 Jordan 1.16 Tonnes 2025 unchanged rising
60 Bulgaria 1.15 Tonnes 2025 unchanged volatile
61 Bahrain 0.97 Tonnes 2025 unchanged volatile
62 Norway 0.95 Tonnes 2025 unchanged volatile
62 New Zealand 0.95 Tonnes 2025 unchanged flat
64 Albania 0.9 Tonnes 2025 unchanged flat
64 Cuba 0.9 Tonnes 2025 up 38.5% rising
66 Singapore 0.8 Tonnes 2025 unchanged flat
67 Kenya 0.645 Tonnes 2025 unchanged rising
68 Israel 0.55 Tonnes 2025 unchanged flat
69 Angola 0.5 Tonnes 2025 unchanged volatile
69 North Macedonia 0.5 Tonnes 2025 unchanged flat
71 Ghana 0.49 Tonnes 2025 unchanged flat
72 Guatemala 0.45 Tonnes 2025 unchanged flat
73 Armenia 0.4 Tonnes 2025 up 100.0% volatile
73 Bolivia, Plurinational State of 0.4 Tonnes 2025 volatile
75 Georgia 0.39 Tonnes 2025 up 126.7% volatile
76 Montenegro 0.37 Tonnes 2025 unchanged flat
77 Dominican Republic 0.35 Tonnes 2025 unchanged flat
78 Yemen 0.286 Tonnes 2025 unchanged rising
79 Paraguay 0.28 Tonnes 2025 up 115.4% rising
80 Nepal 0.26 Tonnes 2025 unchanged rising
81 Myanmar 0.25 Tonnes 2025 up 400.0% volatile
82 El Salvador 0.249 Tonnes 2025 unchanged flat
83 Uruguay 0.23 Tonnes 2025 unchanged flat
84 Cameroon 0.2 Tonnes 2025 unchanged flat
84 Sri Lanka 0.2 Tonnes 2025 unchanged flat
84 Tunisia 0.2 Tonnes 2025 unchanged rising
87 Turkmenistan 0.16 Tonnes 2025 unchanged volatile
88 Lao People's Democratic Republic 0.15 Tonnes 2025 unchanged rising
88 Lebanon 0.15 Tonnes 2025 unchanged flat
90 Mongolia 0.12 Tonnes 2025 unchanged flat
91 Zambia 0.1 Tonnes 2025 unchanged volatile
92 Botswana 0.086 Tonnes 2025 unchanged volatile
93 Gabon 0.08 Tonnes 2025 unchanged volatile
94 Uganda 0.072 Tonnes 2025 unchanged rising
95 Sudan 0.06 Tonnes 2025 unchanged flat
96 Mauritius 0.01 Tonnes 2025 unchanged flat
97 Denmark 0 Tonnes 2025 volatile
97 Trinidad and Tobago 0 Tonnes 2025 down 100.0% volatile

Regions and income groups

Aggregates are excluded from the country ranking above so that a region can never outrank a country.

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Crude steelmaking capacity by country. Statizoid, drawing on Organisation for Economic Co-operation and Development. Retrieved 21 August 2026, from https://urban.statizoid.com/stat/crude-steelmaking-capacity/

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About this data

Indicator
Crude steelmaking capacity
Unit
Tonnes
Source
Organisation for Economic Co-operation and Development
Licence
OECD Terms and Conditions (attribution required)
Coverage
132 places, 3,432 data points, 2000–2025
Last refreshed

This dataset provides information on crude steelmaking capacity for 132 OECD Member countries and non-OECD economies over the period 2000–2025. Definitions Steelmaking capacity Nominal crude steelmaking capacity is defined as the maximum theoretical output of installed steelmaking equipment. This definition does not account for yield losses, maintenance downtime, or other factors affecting actual production. As a result, the steelmaking capacity figures provided by the OECD should not be interpreted as effective capacity. Capacity is expressed in million metric tonnes (mmt). Annual capacity figures reflect all steelmaking capacity existing at the end of each calendar year. Steelmaking equipment Steelmaking equipment includes all equipment used to produce crude steel. The definition excludes ironmaking equipment, which is considered upstream, as well as casting, rolling, and finishing equipment, which are considered downstream. Specifically, crude steelmaking equipment includes electric arc furnaces (EAF), induction furnaces (IF) and LD basic oxygen furnaces (BOF). Methodology Steelmaking capacity developments are derived from data on existing capacity, investments, and closures. Capacity changes reflect new additions and permanent closures and therefore represent net changes. In some cases, capacity may be overestimated due to the assumption that projects classified as underway with expired start dates have become operational. Only permanent closures are included in capacity calculations, although some closures cannot be clearly classified due to limited available information. Data sources OECD calculations based on desk research, company websites, publicly available news sources and information exchanges within the OECD Steel Committee. Cite this dataset OECD (2025). Crude steelmaking capacity dataset. Accessed on [Day Month Year]. Further information OECD Steel Outlook 2025 OECD Steel Committee Global Forum on Steel Excess Capacity For questions or comments regarding this dataset, please contact Maika Sakamoto (Maika.SAKAMOTO@oecd.org) or Masanobu Nakamizu (Masanobu.NAKAMIZU@oecd.org).