India Steel Profile
India is the world's second-largest steel producer and, on most credible projections, is poised to become the largest within the next two decades. Per capita steel consumption remains far below the global average — offering enormous latent demand potential — yet the industry faces a fundamental tension: ambitious capacity expansion plans, largely built around carbon-intensive BOF technology, sit uneasily with global policy pressure to decarbonise steelmaking and with persistent concerns about excess world capacity. This page provides an independent overview of India's steel industry, covering facilities, logistics, scrap flows, ownership, resources, distribution, and the structural issues that will define its trajectory.
Analysis by Dr Andrzej M Kotas, independent steel industry advisor with 30+ years of advisory experience across 20+ countries.
🏭 Overview of the Indian Steel Industry
Role of Steel in the Indian Economy
Steel is central to India's development ambitions. It is the essential material for infrastructure expansion — roads, railways, housing, ports, and power — as well as the manufacturing and defence sectors targeted under the government's Make in India and Atmanirbhar Bharat (self-reliance) programmes. India's National Steel Policy 2017 set out an explicit long-term vision for the sector, targeting 300 Mt of steelmaking capacity by 2030-31.[1]
The sector contributes approximately 2% of GDP and supports an estimated 3.5 million direct jobs, with a further 17 million in downstream industries.[2] India is one of the very few major steel-producing nations where domestic demand growth has consistently outpaced GDP growth in recent years, as infrastructure investment accelerates and urbanisation deepens.
Production Output & Employment
India produced approximately 149 Mt of crude steel in 2024, making it the world's second-largest producer after China (which accounts for ~54% of global output). India's share of global production is approximately 7.9%, up from around 5% a decade ago.[3] The country overtook Japan as the world's second-largest producer in 2018 and the gap with Japan has widened further since.
The production mix remains dominated by BF–BOF steelmaking (~55% of output), supplemented by a significant EAF and IF sector — particularly amongst smaller, scrap-based producers. The induction furnace segment, unique in its scale relative to other major producers, is a notable feature of India's steelmaking landscape: it provides flexibility and low capital cost but typically produces lower-quality steel, and it operates largely outside the formal reporting frameworks used for international comparisons.
📊 Market
Consumption & Per Capita Demand
India's finished steel consumption reached approximately 148 Mt in 2024, a level that represents very rapid growth — yet per capita consumption remains around 103 kg per year, compared to a global average of ~215 kg and China's ~601 kg.[3] This structural gap is the central justification cited by Indian producers and policymakers for capacity expansion: as urbanisation advances, infrastructure investment continues, and incomes rise, demand is expected to roughly double by 2035–2040. Construction and infrastructure account for approximately 60% of consumption, followed by engineering, automotive, and packaging.
Trade
India has oscillated between being a net exporter and net importer depending on domestic demand cycles and the competitive position of Chinese exporters. In 2023–24, India moved into a significant net import position, with cheap Chinese HRC and plates undercutting domestic producers. The government responded with provisional safeguard duties on certain flat steel products in late 2024 and confirmed measures in 2025.[4] The episode highlighted a structural vulnerability: despite ambitious capacity targets, domestic steel is not uniformly price-competitive, particularly in higher-value flat products for automotive and appliance applications.
🏗️ Main Plants & Facilities
India's integrated steelmaking base is spread across several coastal and inland locations, with major clusters in Odisha/Jharkhand (ore belt), Chhattisgarh, Karnataka, and Gujarat. The table below covers primary steelmaking sites of 2 Mt/yr or above.
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| Plant | Location | Process | Capacity (Mt/yr) | Main Products | Owner |
|---|---|---|---|---|---|
| VijayanagarLargest single-site steel plant in India; major expansion ongoing | Karnataka | BF–BOF / DRI–EAF | ~13.0 | HRC, cold rolled, galvanised, plates | JSW Steel |
| DolviCoastal location; expanded from 5 to 10 Mt/yr | Maharashtra | BF–BOF | ~10.0 | HRC, wire rod | JSW Steel |
| KalinganagarPhase 2 expansion to 8 Mt/yr completed 2024 | Odisha | BF–BOF | ~8.0 | Flat products, automotive steels | Tata Steel India |
| JamshedpurIndia's first integrated steel plant, est. 1907 | Jharkhand | BF–BOF | ~10.0 | Long and flat products, auto-grade | Tata Steel India |
| HaziraJointly developed as Arcelor Mittal Nippon Steel India | Gujarat | BF–BOF | ~9.0 | HRC, cold rolled, galvanised | AMNS India |
| BhilaiSAIL's largest plant; primary rail producer | Chhattisgarh | BF–BOF | ~7.5 | Rail, plates, structurals, wire rod | SAIL |
| BokaroFlat products specialist; automotive supply | Jharkhand | BF–BOF | ~5.8 | Hot rolled and cold rolled coil, galvanised | SAIL |
| RourkelaSpecialist in silicon steel and tin plates | Odisha | BF–BOF | ~4.5 | Silicon steel, tin plates, HRC | SAIL |
| DurgapurLong products; alloy and special steels | West Bengal | BF–BOF | ~2.5 | Rails, alloy steels, structurals | SAIL |
| Angul (JSPL)Coal-based DRI / EAF; expanding to 15 Mt/yr | Odisha | DRI–EAF / BF–BOF | ~8.0 | Rails, plates, wire rod, structurals | JSPL |
Capacities are nominal crude steel or liquid steel equivalent. Smaller plants (<2 Mt/yr), induction furnace units, and secondary processors are not listed. Sources: Ministry of Steel India, company reports, Global Energy Monitor. Data correct to Q1 2026. For full plant-level data see our Steel Plant Capacity Database.
📐 Planned Investments
India's major steel producers are engaged in one of the most ambitious capacity expansion programmes anywhere in the world. The Indian government's National Steel Policy targets 300 Mt of steel capacity by 2030–31, against an installed-in-India base of approximately 180 Mt in 2024 — a figure that includes foreign-owned plants such as AMNS India (~9 Mt, owned 60/40 by ArcelorMittal and Nippon Steel) as well as domestically-owned capacity.[1] Conversely, Indian-owned capacity abroad — Tata Steel's ~10 Mt of European operations and JSW Steel USA's ~2.5 Mt — is excluded from this figure. The investments required are substantial — and the preponderance of BF–BOF technology in expansion plans has attracted significant international scrutiny given decarbonisation commitments.
JSW Steel — Vijayanagar & Dolvi Expansions
Investor: JSW Steel | Target capacity: 50 Mt/yr group by 2030
Status: Multiple phases under execution. Vijayanagar expansion to ~18 Mt/yr and Dolvi to ~13 Mt/yr are the principal projects; both primarily BF–BOF. JSW has also announced a greenfield 13.2 Mt/yr integrated plant at Jagatsinghpur (Odisha), subject to land and regulatory approvals.[5]
Tata Steel India — Kalinganagar Phase 3
Investor: Tata Steel India | Target capacity: 40 Mt/yr group by 2030
Status: Phase 2 (to 8 Mt/yr) completed 2024. Phase 3 expansion to 16 Mt/yr at Kalinganagar is planned, incorporating a new blast furnace complex. Tata has separately indicated interest in downstream value-added capacity for automotive and electrical steels.
AMNS India — Hazira Expansion
Investor: ArcelorMittal / Nippon Steel | Target capacity: ~15 Mt/yr by ~2027
Status: Expansion from ~9 Mt/yr to 15 Mt/yr at Hazira is under active development, primarily through BF–BOF. AMNS India acquired the plant from Essar Steel through insolvency proceedings in 2019 and has steadily invested since.[6]
SAIL — Modernisation & Expansion
Investor: SAIL (Government of India) | Target capacity: ~35 Mt/yr
Status: SAIL has been slower than private sector peers. A major modernisation programme is under way across Bhilai, Bokaro, and Rourkela. Capacity additions are constrained by capital allocation within the public sector framework.
JSPL — Angul Expansion
Investor: JSPL | Target capacity: 15.9 Mt/yr at Angul
Status: Angul expansion from ~8 Mt/yr to ~15.9 Mt/yr includes both BF–BOF and DRI–EAF routes. JSPL's coal-based DRI technology is a distinctive feature though not a decarbonisation solution — Angul's captive coal gasification is carbon-intensive.[5]
Green Steel Pilots
Several producers have announced longer-term green steel commitments, typically targeting hydrogen-based DRI or scrap-based EAF routes. JSW has announced a 1 Mt/yr green steel trial. The pace of commercially-scaled green investment is, however, constrained by India's limited renewable energy cost trajectory and the absence of a domestic carbon price mechanism that would alter investment economics in the near term.[7]
Early stageH₂-DRILong-term⚓ Logistics & Ports
India's steel logistics are shaped by the geography of its iron ore deposits (concentrated in Odisha, Jharkhand, Chhattisgarh, and Goa) and its principal consuming regions (Maharashtra, Delhi-NCR, Gujarat, Tamil Nadu). Coastal plants enjoy significant freight advantages for raw material imports and finished product exports; inland plants depend on an improving but still constrained rail network.
India's largest iron ore handling port and a critical hub for coking coal imports serving inland plants in Odisha and Jharkhand. Handles bulk cargo for JSPL Angul and SAIL Rourkela via rail connections. Also a major export gateway for iron ore and steel semis.
Primary port for SAIL's Visakhapatnam Steel Plant and a major coking coal import terminal. Also handles finished steel exports. Deep-water capability makes it suitable for Capesize vessels. Significant general cargo and container traffic complements steel flows.
Dedicated port facility adjacent to the AMNS India Hazira steel complex, handling iron ore and coking coal imports as well as finished flat product exports. The captive port arrangement gives Hazira a competitive logistics advantage. Proximity to Mumbai and the auto belt is a key commercial attribute.
Historically the primary port for Goa iron ore exports, now handling significant inbound coking coal and steel imports. Serves the western steel distribution corridor. Declining iron ore export volumes since the Supreme Court-imposed mining restrictions have reshaped its cargo mix.
India's largest container port, handling containerised steel products, coils, and downstream imported steel. Serves the Mumbai–Pune industrial belt. JSW Steel's Dolvi plant uses the Dharamtar jetty on the Amba River — a private berth enabling direct vessel access.
🏢 Ownership
India's steel industry is a mix of large private conglomerates and a significant public sector presence through SAIL. Foreign investment has entered primarily through joint ventures — most notably ArcelorMittal's joint venture with Nippon Steel at Hazira (AMNS India, ~9 Mt/yr) — rather than direct greenfield development. The 180 Mt installed-in-India base therefore mixes domestically-owned capacity (~171 Mt) with foreign-owned capacity (~9 Mt). In the other direction, Indian producers own approximately 12–13 Mt of steelmaking capacity overseas — principally Tata Steel's UK and Netherlands operations (~10 Mt combined) and JSW Steel USA (~2.5 Mt) — none of which is counted in India's national output or installed base figures.
🌐 Overseas & Cross-Border Operations
Two distinct concepts apply throughout this page: installed-in-country capacity (all steelmaking located within this country, regardless of who owns it) and nationally-owned capacity (steelmaking owned by this country's producers, wherever located in the world). Country-level output and installed capacity figures use the installed-in-country definition. Producer-level figures refer to the operations relevant to this country unless explicitly stated otherwise. The table below summarises significant cross-border ownership interests that bridge the two concepts.
| Producer | Overseas Entity | Location | Scale / Stake | Notes |
|---|---|---|---|---|
| 🇮🇳 Tata Steel | Tata Steel UK (Port Talbot, Ijmuiden partial) | United Kingdom | ~3 Mt/yr post-EAF transition; UK government grant £500M | Acquired via £6.2Bn Corus purchase 2007; Port Talbot transitioning from BF to EAF; Scunthorpe BF remains under review |
| 🇮🇳 Tata Steel | Tata Steel Netherlands (IJmuiden) | Netherlands | ~7 Mt/yr integrated BF–BOF coastal works | Europe's largest coastal integrated complex; partial equity sale to a strategic partner under discussion |
| 🇮🇳 JSW Steel | JSW Steel USA (Mingo Junction, Ohio) | USA | ~2.5 Mt/yr EAF plate and coil mill | Acquired from Acme Steel; serves North American energy and industrial plate markets |
| 🇱🇺🇯🇵 ArcelorMittal + Nippon Steel | AM/NS India (AMNS India) | India (Hazira, Gujarat) | 60% ArcelorMittal / 40% Nippon Steel; ~9 Mt/yr, expanding to ~15 Mt/yr | Largest FDI in Indian steel; acquired from Essar Steel through IBC insolvency process 2019; flat products focus |
⚙️ Resources: Raw Materials & Energy
🪨 Raw Materials
India has very large domestic iron ore reserves — among the largest in the world — concentrated in Odisha, Jharkhand, Chhattisgarh, and Goa. This is a fundamental competitive advantage for integrated producers. However, the ore is predominantly medium-grade haematite (58–62% Fe); pelletisation is increasingly required to meet BF quality standards, adding processing cost and complexity.[8]
Coking coal is India's critical raw material vulnerability. India has essentially no commercially viable domestic coking coal reserves; the country imports approximately 55–60 Mt/yr, principally from Australia (the dominant supplier), the USA, Canada, and Mozambique. This structural import dependency is a permanent feature of the integrated route and is a significant cost and supply-security risk — as demonstrated during the COVID-era port disruptions and the commodity price spike of 2021–22.[8]
⚡ Energy
India's steel industry is one of the most energy-intensive in the world, partly due to its reliance on coal-based DRI (using non-coking coal or lignite), older BF technology in parts of the public sector, and the coal-dependent national grid. Electricity tariffs for industrial users are significant and vary substantially by state, creating locational cost differentials.[7]
Renewable energy is growing rapidly — India has an installed solar and wind base that is now cost-competitive for many industrial uses — but the grid infrastructure for very large industrial loads remains patchy, and most green hydrogen projects remain at pilot or early commercial stage. Captive renewable power plants are increasingly being developed by major steel producers to reduce energy costs and carbon intensity.
♻️ Scrap
Scrap is a critical feedstock for India's large secondary steelmaking sector (EAF and IF units) and increasingly for primary producers investing in EAF capacity. However, India's scrap availability per capita is structurally constrained: as a still-industrialising economy, the country's steel-in-use stock is relatively young, meaning end-of-life scrap generation is limited relative to production volumes.
Collection
India generates approximately 20–25 Mt of ferrous scrap per year from industrial, automotive, and construction sources. The collection and processing sector is extremely fragmented — dominated by small and micro enterprises — and lacks the deep-sea export infrastructure of mature scrap markets. Organised collection is growing but remains underdeveloped relative to India's overall scale.[9]
Imports
India is the world's second-largest ferrous scrap importer, taking approximately 8–9 Mt/yr (8.46 Mt in 2024 per BIR, down 23% year-on-year from a recent peak).[9] Principal source countries are the USA (~1.5 Mt), UK (~1 Mt), UAE (which re-exports scrap from the wider region), Japan, and Australia. Scrap imports are entirely driven by the secondary sector's cost economics versus domestic scrap and DRI alternatives. The 2024 decline reflects both currency effects and rising domestic scrap availability as India's steel-in-use stock matures.
Exports
India is not a significant scrap exporter. Domestic demand from the large secondary sector absorbs available supply, and export taxes on ferrous scrap have periodically been applied to protect domestic supply. India's scrap trade balance is structurally net-import and is expected to remain so for the foreseeable future.
Future Trajectory
As India's installed steel base matures, domestic scrap generation will rise substantially — projections suggest available scrap could reach 70–80 Mt/yr by 2030–35. This would fundamentally improve the economics of EAF-based steelmaking and is a central argument in the case for orienting future capacity additions towards the EAF route rather than BF–BOF.[7]
Scrap Policy & Vehicle Scrapping
Vehicle Scrapping Policy
The Government of India launched a Voluntary Vehicle Fleet Modernisation Programme (scrappage policy) in 2021, with mandatory scrapping for government vehicles and incentives for private owners. Full implementation has been slower than planned, but the policy is expected to release millions of end-of-life vehicles into the scrap stream over the 2025–2030 period, meaningfully increasing domestic ferrous scrap availability.[9]
Policy-drivenGrowing supplyRegistered Vehicle Scrapping Facilities
India is developing a network of Registered Vehicle Scrapping Facilities (RVSFs) under the new policy framework. The sector is nascent but growing rapidly; several large industrial groups including Tata Motors and Maruti Suzuki have entered the scrapping and recycling space. The sector is likely to attract significant investment through the late 2020s as vehicle scrapping volumes scale.
Nascent sectorInvestment opportunity🚚 Distribution
Steel distribution in India is highly fragmented, reflecting the country's scale and the diversity of its consuming industries. Major producers operate their own distribution arms and authorised dealer networks, but a very large proportion of steel reaches end users through a multi-tier chain of wholesale dealers, stockists, and retailers — particularly for construction-grade long products. The organised distribution sector is growing rapidly as large format B2B supply chains develop.
JSW One Platforms
JSW Steel has invested heavily in direct-to-customer digital distribution under the JSW One brand, targeting small and medium-sized steel consumers who have traditionally relied on multi-tier dealer chains. The platform aggregates product availability across JSW's network and aims to reduce intermediary costs. Seen as a template for organised distribution in a fragmented market.
Digital platformB2B & B2CTata Steel Aashiyana / Pravesh
Tata Steel has developed branded retail channels for construction steel (Tata Aashiyana building materials) and doors/windows (Pravesh), targeting the residential construction segment directly. The branded channel allows premiumisation and quality differentiation in a market where adulteration of construction steel has historically been a problem.
Branded retailConstructionIndependent Stockists & Dealers
The bulk of India's steel distribution remains in the hands of tens of thousands of independent stockists, dealers, and traders operating regionally. These range from large national distributors handling hundreds of thousands of tonnes per year to small local merchants. The sector is represented by the Steel Users Federation of India (SUFI) and various regional trade bodies. Consolidation is very gradual.
FragmentedRegional networksKey consuming corridors include the Delhi-NCR, Mumbai Metropolitan Region, Ahmedabad–Surat, Pune, Chennai, and Bengaluru industrial clusters. Infrastructure-grade steel (rail, plate, structurals) is typically procured through long-term government tenders — SAIL and JSPL dominate rail supply, while large-diameter pipes for water and gas infrastructure are supplied by a separate group of pipe and tube producers.
⚠️ Issues
India's steel consumption per capita of ~103 kg/yr is less than half the global average and roughly one-sixth of China's current level. This gap is simultaneously India's greatest structural challenge and its most compelling investment thesis: the catching-up potential, if and when it occurs, would represent the largest single source of incremental steel demand on the planet.
The pace of demand catch-up depends on the trajectory of infrastructure investment (where government spending is the primary driver), urban housing construction, and the development of domestic manufacturing — particularly automotive, appliances, and capital goods.
India's producers cite per capita demand potential as justification for building to 300 Mt/yr of capacity. International policymakers — including the OECD Steel Committee, the EU, and the USA — counter that global excess capacity already exceeded 560 Mt in 2024, and that India's planned additions will exacerbate overcapacity and structural price depression in the world market.[10]
The tension is real but asymmetric: India is building for domestic demand, not primarily for export. Nevertheless, in a cyclical downturn, surplus Indian production inevitably enters world markets — as the 2023–24 episode with flat product exports demonstrated.
See also: The Overcapacity Trap: Barriers to Entry and Exit in Steel | Do G7 Countries Need Virgin Steelmaking?
The most pointed international criticism of India's investment programme is the near-exclusive reliance on BF–BOF technology for new capacity. A new blast furnace complex, once built, has an operational life of 25–40 years — meaning capacity added in 2025–2030 will still be operating in the 2050s, deep into the period when net-zero commitments require near-zero-carbon steelmaking.
India's position is that it cannot afford the cost premium of green steelmaking at current technology costs, and that it is unfair to deny developing countries access to the same capital-efficient production routes used by advanced economies during their industrialisation. This is a legitimate geopolitical tension without an easy resolution.
See also: What If Steel Stays Dirty? Consequences of Decarbonisation Failure | Do Developing Economies Need Steel?
India has committed to net-zero emissions by 2070 — two decades later than the EU and UK's 2050 targets. The steel industry, which accounts for approximately 8–9% of India's total GHG emissions, will need a credible transition pathway within this broader framework.[7]
The medium-term decarbonisation levers most relevant to India include: increased scrap usage and EAF deployment as domestic scrap supply grows; energy efficiency improvement in existing BF operations; captive renewable electricity for rolling and finishing; and, in the longer term, hydrogen-based DRI once green hydrogen costs fall sufficiently.
See also: Trillion Dollar Hydrogen Infrastructure for Steel | Two Worlds: Carbon Pricing Splits the Steel Industry
India's near-total reliance on imported coking coal — predominantly from Australia — is a structural cost and supply-security vulnerability. Australia supplies approximately 55–60% of India's coking coal imports; concentration in a single major supplier creates exposure to export disruptions, diplomatic tensions, or pricing power.[8]
Diversification efforts have led to growing imports from the USA, Canada, and Mozambique, and India's Coal Ministry has actively sought coking coal assets abroad. However, no credible domestic substitute exists: Indian coking coal deposits are of insufficient quality for BF use at scale. The eventual move towards scrap and DRI-based steelmaking would eliminate this dependency — another structural argument for accelerating the technology transition.
China's structural excess capacity — the result of decades of overinvestment — creates a persistent risk of cheap Chinese steel flooding import-sensitive markets, including India. The 2023–24 episode, in which Indian flat product producers faced severe margin pressure from Chinese HRC at near-cost pricing, prompted safeguard measures but also exposed a quality and cost gap in certain product categories.
The broader concern is that as China's domestic construction boom fades and its steel demand plateaus or falls, export pressure from Chinese mills will intensify and become more sustained — potentially undermining the demand projections on which India's capacity expansion plans are predicated.
See also: The Overcapacity Trap: Barriers to Entry and Exit in Steel | Trump Steel Tariffs: Global Impact Analysis
📚 Sources & Further Reading
Authoritative sources underpinning the data and analysis on this page.
World Steel Association
- World Steel in Figures — annual production & trade data
- Monthly crude steel statistics
- Sustainability indicators
Ministry of Steel, India
- National Steel Policy 2017
- Annual Reports
- Monthly production and consumption statistics
Joint Plant Committee
- Monthly JPC steel statistics bulletin
- Plant-wise capacity and production data
- Import and export trade data by product
OECD Steel Committee
- Excess Capacity Reports — global overcapacity data
- Steelmaking technology and decarbonisation analysis
SteelOnTheNet
- Plant Capacity Database
- Country Maps
- Company histories: Tata, SAIL, JSW, JSPL, RINL
- Latest news: South Asia Steel News, Tata Steel, JSW Steel, SAIL, Jindal Steel, Visag Steel
Global Energy Monitor
- Global Steel Plant Tracker — plant-level emissions and status
- Carbon lock-in analysis for new BF–BOF capacity
References
- Ministry of Steel, Government of India (2017): National Steel Policy 2017 — 300 Mt capacity target by 2030–31
- Steel Authority of India Limited: About SAIL — employment and GVA data
- World Steel Association (2025): World Steel in Figures 2025 — production, consumption and per capita data
- Ministry of Commerce, Government of India (2025): Safeguard Duty Notifications on flat steel products, Directorate General of Trade Remedies
- JSW Steel / Tata Steel / JSPL: Respective Annual Reports 2024–25 and investor presentations
- ArcelorMittal Nippon Steel India: Corporate profile and expansion announcements, 2024–25
- International Energy Agency (2024): Iron and Steel Technology Roadmap — India decarbonisation pathway analysis
- Ministry of Coal / Ministry of Steel (2024): Coking coal import data and supply security assessment, Government of India
- Joint Plant Committee (2025): Steel Scrap Statistics India — imports, domestic generation, and policy update on vehicle scrapping
- OECD Steel Committee (2024): Excess Capacity in the Global Steel Industry — global overcapacity estimates
How to Cite This Page
Kotas, A.M. (2026) 'India Steel Industry: Facilities, Resources & Analysis', SteelOnTheNet. Available at: https://www.steelonthenet.com/resources/countries/india.html (Accessed: 6th October 2026).
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