Redefining India’s Nuclear Energy Landscape

Context

India’s ambitious target to raise its nuclear generation capacity from ≈ 8 GW to 100 GW by 2047 demands a shift from state monopoly to private sector involvement, anchored by the SHANTI Act (2025).

Several Important Features of SHANTI Act (2025) 

• Privatization and Foreign Investment: The Act enables up to 49 percent of civilian nuclear power plants to be owned by privates and foreign companies, in order to encourage the creation of new reactors and Small Modular Reactors (SMRs).
• Regulatory Autonomy: The Atomic Energy Regulatory Board (AERB) has statutory, independent status, where safety regulation is divorced, and government operational control, as is the case of other sector regulators.
• Liability and Safety: The Act has a positive effect of promoting growth, but introduces a moral hazard by imposing a limit of operator liability at 3,900 crore and restricting the principle of absolute liability that would have been previously exercised, and thus, the issue of the risk on society arises.
• Fuel and Waste Management: The state remains the owner of the fuel cycle (uranium ownership), and the private companies have an opportunity to invest in the construction and the work of the plant. 

Requirements for Realizing 100 GW

• Clear Tariff System: Nuclear power would be expensive in terms of capital upfronts but cheap in terms of operations within a 60-year life span. The tariff models should be transparently structured to allow the private investment in SMRs and large reactors.
• Dispute Settlement Mechanism: The Act establishes a special tribunal on atomic disputes to help in compensating nuclear accidents and resolving disputes.
• Liability and Insurance Structure: It is important to develop a proper insurance structure between the operators and suppliers where liability issues are considered especially in relation to the private players.
• Human Capital Development: The existing 300 graduates/year are insufficient to meet the demand of 38,000 specialists required to service a fleet of 100 GW, and thus must be quickly expanded to meet the demand. 

Technological and Strategic Focus

• SMR Development: The government has invested 20,000 crore in SMR research.
• Indigenized PHWRs: The indigenized 220 MW Pressurized Heavy Water Reactors (PHWR) are to be used as dependable work-horse to supplement the larger reactors.
• Thorium and HALEU: SMRs Research into High Assay Low Enriched Uranium (HALEU) using Thorium or taking advantage of the enormous Thorium deposits in India is essential. 

Geopolitics & Energy Diplomacy

• Sovereignty-Proof Contracts: India has managed to shield geopolitical sanctions against projects such as Kudankulam (with Russia) by ensuring they have long-term fuel contracts and by manufacturing components locally.
• Nuclear Suppliers Group (NSG) Buffer: India is not a member of the NSG even after the waiver of 2008. The government is trying to offset supply shocks by concentrating on the construction of Strategic Uranium Reserve and the acquisition of shares in foreign uranium mines.
• IAEA Safeguards: In order to preserve international confidence, reactors with imported uranium are placed under IAEA controls, whereas native reactors with native supplies are allowed strategic freedom. 

Environmental & Social Sustainability

• Water Management and Scarcity: The problem of thermal throttling, in which high summer water temperatures force plants to cut back on production, is increasingly becoming a real problem as India is shifting towards inland nuclear facilities to evade coastal risks.
• Nuclear Waste Policy: India does not have a permanent deep geological repository of high level radioactive waste. The circular economy structure needs to be strengthened with the advanced spent fuel reprocessing.
• Public Trust & NIMBY Syndrome: Beat the NIMBY (Not In My Backyard) Effect takes more transparency and community-based benefits (e.g., local development projects) to avoid litigation battles as in Jaitapur or Gorakhpur (Haryana). 

Conclusion: The Path Forward

The SHANTI Act offers the legal fuel to the next industrial revolution of India. Its success, however, depends on the notification of supportive rules which offer commercial clarity. The only way through which India can attain Net Zero by 2070 and Viksit Bharat by 2047 is through integrating nuclear as a dependable baseload with renewables.

Source: The Hindu

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