Future Roadmap for India's Iron and Steel Industry

Future Roadmap for India's Iron and Steel Industry

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Key takeaways

  • India produced 164.9 MT of crude steel in 2025, securing its position as the 2nd-largest global producer.
  • The National Steel Policy, 2017 targets an installed crude steel capacity of 300 MT by 2030-31.
  • Steel manufacturing generates 12% of national carbon emissions, averaging 2.54 tonnes of carbon dioxide per tonne produced.
  • India imported over 58 MT of coking coal in 2023-24 to meet domestic industrial demands.
  • The government allocated Rs 6,322 crore under the PLI Scheme for Speciality Steel to promote high-value manufacturing.

Why in News

  • Economic reforms after 1991 shifted India's steel industry from state control to private investment.
  • India became the 2nd-largest crude steel producer globally in 2025, making 164.9 MT behind China's 960.8 MT.
  • Future success requires boosting plant capacity, cutting coking coal imports, making speciality steel, and lowering carbon emissions.

Present Status of India's Iron and Steel Industry

  • India has held the 2nd-largest global position in crude steel output since 2018, producing 164.9 MT in 2025 with 10.4% growth.
  • The nation currently holds 220 MT of annual steel capacity, with the National Steel Policy, 2017 targeting 300 MT by 2030-31.
  • Domestic per capita steel usage sits at 100 kg, which the government plans to increase to 158 kg by 2030-31.
  • State-run firms like SAIL, RINL, and NMDC Steel operate alongside private giants like Tata Steel, JSW Steel, and Jindal Steel.
  • More than 1,000 manufacturers produce steel using both primary blast furnaces and secondary electric arc or induction furnaces.

Location Factors of the Iron and Steel Industry

  • Steel making loses weight during production, so plants sit near bulky inputs to cut transport costs.
  • Integrated facilities cluster around raw material reserves in the Chota Nagpur Plateau across Jharkhand, Odisha, Chhattisgarh, and West Bengal.
  • Cooling blast furnaces requires massive water supplies from major rivers like the Damodar, Subarnarekha, Brahmani, and Mahanadi.
  • Transporting raw supplies and finished products relies heavily on key rail lines like Howrah-Nagpur and nearby seaports.
  • Modern scrap-based plants now open closer to major consuming markets, including automotive clusters in western and southern India.
  • Densely populated hinterlands provide a steady supply of affordable skilled and semi-skilled workers.

Major Integrated Steel Plants of India

  • TISCO in Jamshedpur was founded in 1907 by Jamshedji Tata near the Subarnarekha and Kharkai rivers.
  • IISCO in Burnpur uses water from the Damodar River and operates under public ownership by SAIL.
  • Visvesvaraya Iron and Steel in Bhadravati started in 1923 and gets water from the Bhadra River.
  • Bhilai Steel Plant in Chhattisgarh was set up with assistance from the USSR during the Second Five-Year Plan.
  • Rourkela Steel Plant in Odisha was built with West Germany collaboration along the Brahmani River.
  • Durgapur Steel Plant in West Bengal was developed with help from the United Kingdom near the Damodar River.
  • Bokaro Steel Plant in Jharkhand was established with USSR support near the Bokaro and Damodar rivers.
  • Visakhapatnam Steel Plant in Andhra Pradesh serves as India's first shore-based facility with direct seaport access.

Strategic Importance of Iron and Steel Industry

  • Steel fuels key infrastructure like railways, highways, ports, and bridges while linking strongly to manufacturing industries.
  • The goal of reaching 300 MT capacity attracts massive private investments into mining, equipment, and downstream processing.
  • High-grade domestic steel supports defense and energy projects, including submarines, nuclear plants, and electric vehicles for Atmanirbhar Bharat.
  • Integrated steel hubs drive regional growth and generate massive direct and indirect jobs in areas like Bhilai, Rourkela, and Hazira.
  • Renewable energy technologies like wind turbines and solar frameworks require vast amounts of steel to clean the economy.

Challenges Facing the Steel Sector

  • India imported more than 58 MT of coking coal in 2023-24 because domestic coal has high ash levels.
  • Steel manufacturing generates 12% of national carbon emissions, averaging 2.54 tonnes of carbon dioxide per tonne of steel.
  • Small and medium producers struggle to fund cleaner technologies for their coal-based furnaces without financial help.
  • Foreign suppliers still provide high-value materials like grain-oriented electrical steel, automotive grades, and specialized aerospace alloys.
  • Surplus global supply leads to cheap imports, prompting officials to propose a 12% safeguard duty for 200 days in 2025.
  • Mining and smelting cause deforestation, water pollution, and land damage in resource-rich regions across the country.
  • Technical gaps remain in advanced methods like green hydrogen reduction, carbon capture, and artificial intelligence automation.

Government Initiatives to Support the Sector

  • The National Steel Policy, 2017 sets clear targets for 300 MT capacity and higher per capita consumption by 2030-31.
  • The PLI Scheme for Speciality Steel offers Rs 6,322 crore to boost local production of high-grade steel.
  • The DMI&SP Policy mandates that government procurement projects give priority to domestically produced iron and steel.
  • The Steel Scrap Recycling Policy, 2019 establishes formal recycling centers to increase domestic scrap supplies for furnaces.
  • A new Green Steel Taxonomy rates steel as green when emissions fall below 2.2 tonnes of carbon dioxide per tonne.
  • The official Green Steel Roadmap outlines clean pathways using renewable power, natural gas, scrap, and carbon capture.
  • The National Green Hydrogen Mission aims to replace coking coal with hydrogen in future steel manufacturing.

Way Forward

  • Expansion plans must align with actual market demand and raw material availability to prevent excessive industry debt.
  • Existing blast plants should focus on energy recovery, while new units must shift toward electric arc furnaces and green hydrogen.
  • Government agencies should adopt green procurement policies that offer price support for verified low-emission steel products.
  • Establishing a Green Steel Technology Upgradation Fund will help smaller producers modernize their plants with cleaner machinery.
  • Improving coal washing facilities and forming international alliances will reduce dependency on foreign coking coal.
  • Building green industrial clusters will allow plants to share renewable energy, hydrogen supplies, and steel slag waste.
  • Producers should shift focus from cheap production to high-quality metallurgy, following successful models like Japan.

Conclusion

  • India must look beyond volume targets to build a sustainable, technologically advanced, and self-reliant steel sector.