Government to Allow Thorium and Monazite Exploration to Private Sector

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The government plans to involve private sector players in the exploration of its vast thorium and monazite reserves, which are among the largest in the world. The move marks a significant shift in India’s approach to managing critical nuclear minerals. By bringing in private participation, the government aims to accelerate exploration activity while strengthening domestic resource security.

Reducing Dependence on Imported Critical Minerals

Jitendra Singh, minister of state for the department of atomic energy, said the initiative seeks to reduce India’s dependence on foreign sources for critical elements essential to nuclear energy. “The coming in of private players will further empower this process,” Singh said, adding that the government is working to include private participation with adequate safeguards to ensure safety, security, and regulatory compliance.

Backed by Nuclear Energy Legislation

The policy shift follows the passage of the Nuclear Energy Bill in December 2025, which for the first time since Independence allows private participation in India’s civil nuclear energy sector. The legislation has created a formal framework for private involvement, paving the way for investment, technology deployment, and faster development of nuclear-linked resources.

Vast Reserves with Long-Term Energy Potential

India’s thorium reserves are estimated at nearly 8.5 lakh tons, while the country holds approximately 11.93 million tons of monazite, a key source of thorium. These reserves offer substantial potential for long-term nuclear power generation, particularly under India’s three-stage nuclear programme, which positions thorium as a future cornerstone of clean and sustainable energy.

Strategic Step Towards Energy Security

As reported by projectstoday.com, by opening exploration to the private sector, India aims to unlock the full potential of its nuclear mineral wealth, support indigenous technology development, and strengthen energy security in the long run.