Cabinet Approves SHANTI Bill

Can Private Players Energize India’s Nuclear Ambitions?

On December 13, 2025, the Union Cabinet approved the landmark SHANTI Bill (Sustainable Harnessing of Advancement of Nuclear Technology for India), signaling the nation's intent to reimagine its nuclear energy sector. The Bill, which amends the Atomic Energy Act of 1962 and Civil Liability for Nuclear Damage Act of 2010, grants partial entry to private participants in atomic mineral exploration, nuclear fuel fabrication, and component manufacturing. India aims to achieve 100 GW of nuclear power capacity by 2047—a target requiring $150 billion in investment, cutting-edge reactor technology, and streamlined execution. The question remains: can this recalibration of policy strike the right balance between ambition and accountability?

The SHANTI Bill: Clearing Roadblocks or Creating New Ones?

India’s nuclear energy sector has long been the preserve of state-owned entities such as the Nuclear Power Corporation of India Limited (NPCIL) and Bharatiya Nabhikiya Vidyut Nigam (BHAVINI). These entities have been constrained by limitations in capital mobilization and technological stagnation. The SHANTI Bill seeks to address these by cautiously opening up specific segments of the nuclear value chain to private and foreign investors, focusing on exploration, fuel fabrication, and equipment manufacturing. Crucially, the core areas—reactor operations and strategic activities—remain under government control.

Among the more substantial provisions, the Bill proposes an independent Nuclear Safety Authority, aimed at separating regulation from promotion, and a dedicated Nuclear Tribunal to fast-track dispute resolution. A revamped liability regime introduces clearer accountability for nuclear mishaps, while offering insurance-backed caps and government-backed financial guarantees once liability surpasses a threshold. Investors’ concerns about financial uncertainty and lengthy legal tangles in nuclear projects may find partial redress here.

The Case for Reform: Why the Nuclear Sector Needs Fresh Oxygen

India’s energy transition mandates a larger role for nuclear power, whose clean and reliable baseload generation complements intermittent renewables like solar and wind. At present, nuclear contributes 6.7 GW to India’s electricity grid—a fraction of the country’s installed capacity. With fossil fuels accounting for over 57% of power generation and global pressure under agreements like the Paris Accord, scaling up nuclear capacity to 100 GW by 2047 is critical.

Global precedent offers encouragement. France, which derives almost 70% of its electricity from nuclear energy, has mastered public-private collaboration within a strongly regulated framework. Companies like EDF operate reactors under strict government oversight while private suppliers innovate across the value chain. India could borrow elements from this model to ensure safety and credibility while leveraging private efficiency.

Beyond energy security, nuclear diversification also protects India from sudden geopolitical shocks. The Russian invasion of Ukraine showcased the fragility of import-dependent energy systems; India’s ambitious nuclear strategy could insulate against such vulnerabilities. Moreover, opening the sector to private players could shave off years in project execution, a crucial advantage when India misses 20% of its annual renewable targets.

The Skepticism: Institutional Gaps and Political Economy Risks

Yet, this very optimism warrants caution. The revamped liability regime—while critical—raises questions about fairness. Insurance caps that limit supplier exposure could incentivize cost-cutting and safety lapses. No matter how advanced the technology, private operators often prioritize profit, with safety becoming secondary unless actively monitored. Arguably, a more transparent mechanism—whether peer reviews or public audits—must underpin this framework.

Regulatory independence is another potential fault line. The creation of a Nuclear Safety Authority sounds reassuring, but will its functioning mirror that of India’s Chemical Safety Boards, often underfunded and politically influenced? Without budgetary autonomy or third-party oversight, this new authority risks becoming hollow.

Then, there’s the elephant in the room: public trust. Recent global mishaps like Fukushima (2011) remind us that local opposition to nuclear power—often framed in environmental and safety terms—can derail meticulously planned projects. Without greater transparency and grassroots inclusion, opening the nuclear sector may erupt into environmental litigation or large-scale protests akin to those seen in Kudankulam.

What France Can Teach India

France offers valuable lessons for institutional design. It operates under a strict liability regime, reinforced by international frameworks like the Vienna Convention. Its independent regulatory agency, Autorité de Sûreté Nucléaire (ASN), directly reports to parliament, ensuring insulation from executive interference. Crucially, France maintains rigorous monitoring protocols—every reactor undergoes detailed inspection every ten years, with public participation ensuring procedural transparency. Compare this to India, where environmental groups often battle for information under weak RTI compliance.

India’s SHANTI Bill, while ambitious, would do well to incorporate aspects of France’s accountability mechanisms. Binding timelines for safety authority audits and mandatory public hearings might prevent lapses seen in current models of governance.

Where Things Stand: Balancing Risk and Reward

The SHANTI Bill’s intent—to modernize India’s nuclear framework—is commendable. Strategically, incentivizing private expertise in areas like fuel manufacturing and mineral exploration could fast-track capacity additions. However, the rollout cannot be hasty. Without rigorous safeguards and clear regulatory independence, the reforms risk creating opaque overlaps between operational expediency and safety accountability.

The better question isn’t whether private participation is necessary—it demonstrably is—but whether state institutions have the depth to regulate this evolution effectively. In a nation with uneven regulatory outcomes, the stakes are far too high to assume a seamless rollout.

Examination Contributions

• Prelims MCQ 1: Which of the following roles will continue to remain under government control under the SHANTI Bill?
  1. Reactor Operation
  2. Atomic Mineral Exploration
  3. Strategic Activities
  4. Nuclear Fuel Fabrication
  Correct Answer: 1 and 3
• Prelims MCQ 2: Which country derives over 70% of its electricity from nuclear energy and operates reactors through public-private models?
  1. Russia
  2. Japan
  3. France
  4. USA
  Correct Answer: 3

Mains Question: Critically evaluate whether the SHANTI Bill resolves structural limitations in India's nuclear energy strategy, particularly in balancing public safety, private investment, and regulatory autonomy.

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