India has taken a historic step by allowing private firms to operate nuclear power plants under the newly enacted SHANTI Act. The move aims to boost the country's installed nuclear power capacity from the current 8.7 GW to 100 GW by 2047. Former regulators and policy veterans stress that nuclear projects demand a “lifetime commitment” and robust financial security to cover waste management, settlement of radiation‑related claims, and decommissioning.
Key Developments
- Parliament passed the SHANTI Act, 2025, opening nuclear generation to private sector participation.
- The policy encourages private participation and the inflow of foreign funds for plant construction and operation.
- Regulators emphasise a “lifetime commitment” to ensure long‑term financial security for waste disposal, claim settlements and plant decommissioning.
Important Facts
- Current installed nuclear power capacity: 8.7 GW.
- Target for 2047: 100 GW, a more than ten‑fold increase.
- The act authorises private entities to set up, operate and maintain nuclear reactors, subject to stringent safety norms.
- Financial guarantees will be mandatory to cover long‑term liabilities such as waste management and decommissioning.
UPSC Relevance
The policy touches upon multiple GS papers. GS2 (Polity) examines the legislative process, the role of the Parliament and regulatory bodies in authorising private participation in a strategic sector. GS3 (Economy) analyses the impact of attracting foreign funds and the financial guarantees required for long‑term liabilities. GS3 (Environment/Energy) requires understanding of nuclear safety, waste management, and decommissioning. The move also aligns with India’s energy security and climate commitments, topics frequently asked in the exam.
Way Forward
Effective implementation will need a robust regulatory framework that balances safety with commercial incentives. The government must set clear guidelines for private participation, ensure transparent allocation of foreign funds, and enforce strict waste management and decommissioning protocols. Continuous monitoring, capacity building, and public awareness will be crucial to achieve the ambitious 100 GW target while safeguarding health and the environment.