🗞️ Why in News The Bharat Steel 2026 Summit opens on April 16-17, 2026 at Bharat Mandapam, Pragati Maidan, New Delhi. Ministry of Steel announcements on April 15 previewed a two-day gathering of 700+ delegates, 100+ speakers, and 200+ exhibitors — themed around green/low-emission steel, hydrogen integration, next-generation stainless steel, and self-reliant technology. It marks India’s push to convert its world No. 2 steel producer status into a strategic, climate-aligned manufacturing advantage.
India’s Steel Sector — The Numbers
| Metric | Value (2024-25) |
|---|---|
| Crude steel production | ~145 million tonnes (MT) |
| World ranking | 2nd (after China) |
| Per capita consumption | ~95 kg (vs global average 220 kg; China 670 kg) |
| Steel sector’s share of Indian GDP | ~2% |
| Employment (direct + indirect) | ~25 lakh (2.5 million) |
| Steel export (2024-25) | ~5.8 MT |
| Steel import dependence (specialty grades) | Still significant in electrical steel, specialty alloys |
India’s steel output has nearly doubled over the past decade — from ~82 MT (2014) to ~145 MT (2024) — driven by infrastructure spending, automotive demand, and Make in India push.
The National Steel Policy 2017 — The Roadmap
Adopted by Ministry of Steel, the National Steel Policy 2017 sets quantitative targets for 2030-31:
| Target | 2030-31 Goal |
|---|---|
| Crude steel capacity | 300 MT |
| Crude steel production | 255 MT |
| Finished steel consumption | 230 MT |
| Per capita consumption | 160 kg |
| Exports | 24 MT |
| Investment required | ~₹10 lakh crore |
At current trajectory (145 MT in 2024-25), meeting 255 MT by 2030 requires 5.5%+ annual growth sustained over 6 years — challenging but not impossible given pipeline investments.
The Green Steel Imperative
Why Steel Decarbonisation Matters
- Steel is ~7% of global CO₂ emissions
- India’s steel sector alone emits ~2.6 tonnes CO₂ per tonne of steel (vs global avg 1.85; EU 1.3)
- Coal-based blast furnace (BF-BOF) route produces 85% of Indian steel — highest-emitting method
Green Steel — What It Is
“Green steel” typically refers to steel produced with substantially lower CO₂ emissions via:
- Hydrogen-based direct reduction (H-DRI) — replaces coking coal with hydrogen as the reducing agent; produces iron with water as by-product instead of CO₂
- Electric Arc Furnace (EAF) powered by renewable electricity — melts scrap steel rather than smelting iron ore
- CCUS (Carbon Capture, Utilisation & Storage) — captures emissions from conventional blast furnaces
- Bioenergy — charcoal from sustainable biomass in place of coking coal (Brazil’s Aço Verde model)
India’s Green Steel Framework (2024-25)
- Green Steel Taxonomy (Feb 2025) — defines thresholds for 1-star to 5-star green steel certification based on emissions intensity
- National Mission on Green Hydrogen (2023) — ₹19,744 crore — targets 5 MMT annual green H₂ by 2030; ~20% earmarked for steel sector
- PLI for Specialty Steel (2021) — ₹6,322 crore — incentivises high-end and electrical steel production
Hydrogen Steel — The Technology Layer
The Chemistry
Conventional steelmaking: $$ \text{Fe}_2\text{O}_3 + 3\text{CO} \rightarrow 2\text{Fe} + 3\text{CO}_2 $$
Hydrogen-based steelmaking: $$ \text{Fe}_2\text{O}_3 + 3\text{H}_2 \rightarrow 2\text{Fe} + 3\text{H}_2\text{O} $$
The CO₂ by-product is replaced by water. If the hydrogen is green (produced from renewable-powered electrolysis), the steel’s lifecycle emissions drop by ~80-90%.
Global Green Steel Leaders
| Company / Country | Status (2026) |
|---|---|
| HYBRIT (SSAB, LKAB, Vattenfall — Sweden) | First fossil-free steel delivered 2021; commercial plant 2026-27 |
| Hydnum Steel (Spain) | Under construction; 2.6 MT capacity target |
| H2 Green Steel (Stegra — Sweden) | 5 MT capacity; operational 2026 |
| ArcelorMittal (EU, Gijon & Dunkirk) | Multiple DRI-EAF conversions |
| POSCO (South Korea) | HyREX (Hydrogen Reduction) pilot |
| Tata Steel (India / UK) | UK Port Talbot EAF conversion; India DRI pilots |
| JSW Steel (India) | Hydrogen DRI pilots; Vijayanagar green steel announcement |
India’s firms are investing but lag Europe in commercial scale — the Summit aims to accelerate this.
India’s Steel Geography
Major Steel-Producing States
| State | Share of production | Key plants |
|---|---|---|
| Odisha | ~30% | Kalinganagar (Tata), Angul (JSPL), Paradip, Dhenkanal |
| Jharkhand | ~15% | Bokaro (SAIL), Jamshedpur (Tata) |
| Chhattisgarh | ~10-12% | Bhilai (SAIL), Raigarh (JSPL) |
| Maharashtra | ~8-10% | Dolvi (JSW) |
| Karnataka | ~8-10% | Vijayanagar (JSW), Ballari |
| Telangana / AP | ~5-8% | Vizag Steel (RINL), Hyderabad |
| West Bengal | ~5% | Durgapur (SAIL), Burnpur |
Key Public & Private Players
- SAIL (Steel Authority of India Ltd) — Public; ~20% of Indian production
- Tata Steel — Private; ~22% of Indian production; ~30 MT global capacity
- JSW Steel — Private; ~27 MT domestic capacity
- JSPL (Jindal Steel & Power) — Private; ~10 MT capacity
- RINL (Vizag Steel) — Public; under financial stress; strategic divestment on table
Stainless Steel — The Summit’s Second Theme
India is the world’s 2nd-largest producer of stainless steel (after China) with ~4.5 MT annual production.
Growth Drivers (2026+)
- Railways — Vande Bharat, Namo Bharat RRTS coaches use more stainless steel
- Renewables — Solar module mounting structures, wind turbine components
- Automotive — EV-specific stainless steel grades (lithium-battery casings)
- Architecture — Airport terminals, metro stations (stainless is increasingly specified for durability + aesthetics)
Import Dependence Concern
- India imports specialty electrical steel (for transformers) from Japan, South Korea, and Europe
- Duty protections + PLI have reduced this, but gap remains for high-grade CRGO (Cold-Rolled Grain-Oriented) steel
Strategic Context — Steel & Geopolitics
India’s Global Trade Position
- Surge in Chinese steel exports (2024) pushed Indian domestic prices down; India imposed safeguard duties
- Carbon Border Adjustment Mechanism (CBAM) from the EU (effective 2026) — levies carbon tariffs on imported high-emission steel
- Indian steel exports to EU will face CBAM hit unless certified low-emission
- 1 tonne of Indian steel (2.6 t CO₂) pays much more CBAM than 1 tonne of EU steel (1.3 t CO₂)
- Global Arrangement on Sustainable Steel and Aluminium (US-EU negotiation ongoing) — could shape future trade architecture
India’s green steel push is therefore strategic on two fronts:
- Domestic: Decarbonisation commitments (Net Zero by 2070 for India)
- Export: Maintaining access to EU and other climate-sensitive markets
Raw Material Security
Iron Ore
- India holds ~8 billion tonnes of hematite + magnetite reserves (5th globally)
- Self-sufficient in iron ore; actually a net exporter
- Coking coal however is ~85% imported (mainly from Australia) — the Bhushan Steel fire (Feb 2026) and the Australian export flux have shown this vulnerability
Metallurgical Coal — The Gap
- India produces only ~15% of its coking coal needs domestically
- Import bill: ~$12-15 billion/year
- Substitutes: biochar, blue hydrogen (from natural gas + CCUS) — partial; green H₂-DRI is the long-term answer
The Role of MSMEs
- ~70% of Indian steel demand is served by secondary steelmaking (EAFs, rolling mills) — largely MSME-scale
- Green steel transition at the primary producer level (SAIL, Tata, JSW) is one thing; MSME-scale conversion to EAF + renewable power is harder
- PLI for Specialty Steel includes MSME slots but uptake has been modest
Summit Themes — What to Watch
The Bharat Steel 2026 Summit (Bharat Mandapam, April 16-17, 2026) will focus on:
- Green Steel Commercialisation Pathways — roadmap from pilot to 10+ MT
- Hydrogen Integration — how the National Green Hydrogen Mission aligns with Steel Policy 2017 revisions
- Stainless Steel Demand Forecast — architecture, railways, automotive, renewables
- Technology Partnerships — likely signing of JVs with European (HYBRIT, Stegra) and Japanese (NSSMC) technology holders
- Raw Material Security — coking coal alternatives, iron ore export policy review
- Finance & Green Bonds — blended finance for steel decarbonisation
- Labour & Skill — retraining coal-based workforce for hydrogen/EAF operations
UPSC Relevance
| Paper | Angle |
|---|---|
| GS2 — IR | CBAM; Global Steel Arrangement; US-EU trade; India-Japan/Korea technology transfer |
| GS3 — Economy | National Steel Policy 2017; PLI for Specialty Steel; self-reliance; MSMEs |
| GS3 — Environment | Steel emissions; green steel taxonomy; Net Zero 2070 alignment |
| GS3 — S&T | Hydrogen chemistry; DRI vs BF-BOF; CCUS; EAF economics |
| Prelims | India’s crude steel production 2024-25: ~145 MT (2nd globally) · National Steel Policy 2017: 300 MT capacity by 2030-31 target · Green Steel Taxonomy (Feb 2025) · PLI for Specialty Steel (₹6,322 cr, 2021) · National Green Hydrogen Mission (₹19,744 cr, 2023) · CBAM (EU, effective 2026) |
| Interview | “Can India’s green steel transition be commercially viable before 2035 without significant state subsidy, or will the CBAM-driven EU market access pressure force domestic decarbonisation even without subsidy?” |
📌 Facts Corner
Bharat Steel 2026 Summit: Dates: April 16-17, 2026 · Venue: Bharat Mandapam, Pragati Maidan, New Delhi · 700+ delegates; 100+ speakers; 200+ exhibitors · Themes: green steel, hydrogen, stainless steel, self-reliance.
India’s Steel Sector: Crude steel production ~145 MT (2024-25) · 2nd globally after China · Per capita consumption ~95 kg (global avg 220, China 670) · National Steel Policy 2017 target: 300 MT capacity by 2030-31.
Green Steel Architecture: Green Steel Taxonomy (Feb 2025) · National Green Hydrogen Mission (2023, ₹19,744 cr) · PLI Specialty Steel (2021, ₹6,322 cr).
Technology: BF-BOF (conventional, coking coal) · DRI-EAF (direct reduced iron + electric arc) · H-DRI (hydrogen-based) · CCUS · Global green steel leaders: HYBRIT, Stegra, ArcelorMittal.
Geopolitical driver: EU CBAM (effective 2026) taxes high-emission steel imports · India’s steel at ~2.6 tCO₂/t must become cleaner to retain EU market.
Raw materials: Iron ore — India self-sufficient (8 BT reserves, 5th globally) · Coking coal ~85% imported (mainly Australia) · GS3: Economy + Environment + S&T.
