The proposed SHANTI Bill seeks to open India's civil nuclear sector to private participation while retaining state control over sensitive fuel cycles. Critically examine the opportunities and challenges of this legislative reform in achieving India's 100 GW nuclear capacity target by 2047.

Introduction

India's nuclear power sector stands at a transformational crossroads. Contributing merely 3% of electricity generation in 2024-25, nuclear energy requires massive expansion to meet the ambitious 100 GW capacity target by 2047. The proposed SHANTI Bill represents a paradigm shift by permitting private sector participation in civil nuclear facilities while maintaining state control over proliferation-sensitive activities. This legislative reform attempts to balance capital mobilization needs with safety imperatives and international non-proliferation commitments, raising fundamental questions about liability frameworks, regulatory independence, and public accountability.

1. Opportunities for Nuclear Sector Expansion

Capital Mobilization: Achieving 100 GW nuclear capacity requires enormous investment beyond government resources alone. Private participation through licences to government entities, joint ventures, and qualifying companies can distribute construction risk and accelerate project implementation timelines.

Streamlined Legal Framework: SHANTI consolidates safety regulations, enforcement mechanisms, dispute resolution procedures, and participation terms within a single statute. This reduces legal ambiguity for new entrants, lowers transaction costs for developers, and potentially shrinks site approval and commissioning timelines significantly.

Strategic Segmentation: The Bill intelligently separates sensitive fuel cycle operations (retained under state control) from plant delivery and supply chain segments open to private participation. This approach addresses proliferation concerns while enabling commercial entry in areas most relevant to scaling power generation capacity.

Small Modular Reactor Development: The target of deploying at least five indigenous small modular reactors by 2033 aligns with global trends toward flexible, scalable nuclear solutions. Private sector involvement could accelerate technology development and deployment in this emerging segment.

Energy Security Enhancement: Nuclear power provides baseload electricity independent of weather conditions and fuel price volatility. Expanding nuclear capacity diversifies India's energy mix, reduces carbon emissions, and strengthens energy security amid growing electricity demand projected to triple by 2040.

2. Liability Framework Concerns

Capped Operator Liability: The maximum operator liability for nuclear incidents is set at ₹3,000 crore. While this makes investment risk easier to price for private entities, serious questions arise about adequacy for victim compensation and environmental remediation following major accidents.

Centre's Residual Liability: The government assumes liability for nuclear damage beyond operator caps and can assume full liability for non-government installations if deemed in public interest. This effectively socializes catastrophic risk while privatizing operational profits, raising equity concerns.

Insurance Exemptions: SHANTI requires operators to maintain insurance or financial security but exempts Central government nuclear installations from this requirement. This asymmetry necessitates robust public accounting mechanisms to ensure adequate provisioning for potential incidents.

Limited Supplier Recourse: Operators can seek recourse against suppliers only when expressly provided in written contracts or when incidents result from intentional acts causing nuclear damage. This contractual dependency means supplier accountability varies across projects, potentially weakening safety incentives.

3. Governance and Regulatory Independence Challenges

Regulatory Autonomy Concerns: Despite creating a statutory framework, SHANTI vests significant influence over appointments with the Centre and Atomic Energy Commission. This concentration undermines the independence essential for credible nuclear safety regulation and may erode public trust.

Investor Confidence Impact: International experience demonstrates that independent regulatory bodies enhance investor confidence by ensuring consistent, predictable safety standards. The Bill's governance structure may paradoxically deter the private investment it seeks to attract.

Public Trust Deficit: India's nuclear programme has historically operated with limited transparency. Without genuinely independent oversight, public acceptance of expanded nuclear facilities, particularly those operated by private entities, may face significant resistance from local communities.

International Obligations: India's nuclear liability framework has previously deterred foreign suppliers following the Civil Liability for Nuclear Damage Act, 2010. SHANTI must navigate international expectations while protecting domestic interests, requiring careful diplomatic balance.

Conclusion

The SHANTI Bill represents a necessary evolution in India's nuclear governance framework, recognizing that achieving 100 GW capacity requires mobilizing resources beyond state capabilities alone. However, its success depends on addressing critical gaps in liability adequacy, regulatory independence, and public accountability. A reformed framework must ensure victim protection remains paramount, establish genuinely autonomous regulatory oversight, and maintain transparency in both government and private nuclear operations. Only through balancing commercial viability with safety imperatives can India's nuclear ambitions contribute meaningfully to energy security and climate goals while maintaining public trust and international credibility.