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GREEN STEEL AND INDIA’S CLIMATE FUTURE

Syllabus:

GS 3: ● Science and Technology ● Innovation and Conservation

Why in the News?

India has committed to submitting a more ambitious Nationally Determined Contribution (NDC) after COP30, creating urgency to decarbonise hard-to-abate sectors like steel, which contributes nearly 12% of national emissions and underpins India’s infrastructure-led growth. This commitment aligns with the broader goal of achieving a pollution-free environment and promoting environmental democracy.

 

GREEN STEEL IN INDIA’S CLIMATE STRATEGY

Key Points
Concept Definition: Green steel refers to steel produced using low or near-zero carbon processes, including hydrogen-based reduction and renewable energy.
Climate Relevance: Decarbonising steel is essential for achieving India’s net-zero target by 2070, given its heavy emissions footprint.
Industrial Transformation: Green steel enables a shift from resource-intensive growth to technology-led sustainable industrialisation.
Global Leadership: Successful green steel deployment can position India as a standard-setter for emerging economies balancing growth and climate goals.
Policy Integration: Green steel links climate action with trade, industrial policy, employment, and energy security, making it a cross-sectoral priority.

STEEL SECTOR AND EMISSIONS CHALLENGE

Growth Imperative: India’s steel production must expand from about 125 million tonnes to over 400 million tonnes by mid-century, making emissions management central to development planning.

Carbon Intensity: Heavy dependence on coal-based blast furnaces makes steel one of India’s most emissions-intensive industries, responsible for approximately 12% of total carbon emissions.

Development Dilemma: India faces the twin challenge of meeting development needs while aligning with long-term climate mitigation commitments, especially in infrastructure-driven growth sectors.

Lock-in Risk: Investments in conventional steel technologies today risk locking India into carbon-intensive infrastructure for decades, undermining climate credibility and economic resilience.

Competitiveness Threat: Continued reliance on high-emission steel may reduce India’s global market attractiveness, particularly as buyers increasingly demand low-carbon industrial products.

GLOBAL SIGNALS AND MARKET PRESSURES

International Transition: Major steel-producing regions like China and the European Union are accelerating shifts toward scrap-based steelmaking and hydrogen technologies.

Trade Instruments: The European Union’s Carbon Border Adjustment Mechanism (CBAM) penalises carbon-intensive steel, creating strong incentives for exporters to decarbonise production.

First-Mover Advantage: Early adopters of green steel technologies are likely to capture premium markets and long-term competitiveness in a carbon-constrained global economy.

Export Vulnerability: Indian steel producers risk facing border levies and reputational costs if emissions intensity remains high compared to global benchmarks.

Strategic Warning: Global markets have clearly signalled that delayed decarbonisation will translate into economic penalties rather than transitional leniency.

INDUSTRY INITIATIVES AND LIMITATIONS

Corporate Pilots: Leading firms such as Tata Steel, JSW Steel, SAIL, and JSPL have initiated pilots involving hydrogen injection, renewables, and carbon capture.

Top-Down Push: Progress has largely been driven by board-level commitment, indicating recognition that climate transition is now a strategic business concern.

Scale Deficit: Most initiatives remain at pilot or demonstration stages, insufficient to alter the sector’s overall emissions trajectory meaningfully.

Technology Gap: Small and medium steel producers face financial and technological constraints, limiting their capacity to adopt near-zero carbon processes.

Investment Pattern: Continued investment in business-as-usual blast furnace capacity risks crowding out cleaner alternatives and delaying structural transition.

POLICY SIGNALS AND REGULATORY GAPS

Roadmap Release: The government’s Greening Steel Roadmap provides a long-term vision, signalling intent to align steel with national climate objectives.

Taxonomy Leadership: India became the first country to launch a formal Green Steel Taxonomy, defining emissions thresholds and classification standards.

Mission Alignment: Initiatives like the National Green Hydrogen Mission and Carbon Credit Trading Scheme (CCTS) indicate growing policy coherence.

Incentive Deficit: Despite frameworks, strong fiscal and pricing incentives to disincentivise coal-based steel remain largely absent.

Transition Delay: Without decisive signals, India risks becoming an outlier by continuing to add high-carbon steel capacity while peers decarbonise.

BARRIERS AND ENABLERS OF GREEN STEEL

Hydrogen Constraint: Limited availability and high costs of green hydrogen remain a major obstacle to large-scale low-carbon steelmaking.

Energy Bottlenecks: Insufficient dedicated renewable capacity for industrial use restricts reliable access to clean power for steel producers.

Scrap Ecosystem: India’s informal and fragmented scrap market limits the potential of circular, scrap-based steel production routes.

Financial Barriers: Green steel projects face 30–50% higher capital costs, requiring access to long-maturity, low-cost, and de-risked finance.

Infrastructure Need: Shared infrastructure hubs for hydrogen, gas pipelines, CO₂ transport, and storage are essential to reduce transition costs.

Regulatory Considerations: The implementation of green steel initiatives must navigate complex environmental regulations, including the Forest Conservation Act and Coastal Regulation Zone norms, which may require streamlined environmental clearance processes.

CONCLUSION

Green steel is no longer optional for India. It is a strategic imperative that sits at the intersection of climate credibility, economic competitiveness, and industrial leadership. With clear policy signals, carbon pricing, infrastructure support, and targeted fiscal assistance, India can transform its steel sector from a climate liability into a global advantage. This transformation must be guided by the polluter pays principle and the precautionary principle, ensuring that environmental impact assessments are conducted rigorously and that ex-post facto environmental clearances are avoided to maintain the integrity of the process.

SOURCE:TH

MAINS PRACTICE QUESTION

“Green steel represents both a climate necessity and an economic opportunity for India.” Critically analyse the challenges and policy measures required to decarbonise India’s steel sector while sustaining industrial growth, considering the need for environmental clearances and impact assessments in the context of environmental jurisprudence.