Australian uranium fuels next phase in India’s n-programme
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Context
The recent third India-Australia Annual Summit highlighted an agreement allowing Australia to supply uranium to India. This marks a significant shift in Australia's long-held policy of restricting uranium exports only to signatories of the Non-Proliferation Treaty (NPT). The finalized Administrative Arrangement enables commercial contracts to commence, providing crucial fuel for India’s ambitious goal of expanding its nuclear power capacity from 8.78 GW to 100 GW by 2047.
UPSC Perspectives
International Relations & Geopolitics
This development is a prime example of the evolution of India's strategic partnerships and its successful maneuvering within global nuclear governance. Australia’s historical adherence to the (NPT) meant it traditionally refused to supply uranium to non-signatories like India. The turning point was the 2008 , which led to a unique waiver for India from the (NSG). This waiver acknowledged India's impeccable non-proliferation record despite being a non-NPT state. The subsequent signing of an with the (IAEA) in 2009, which separated India's civilian and military nuclear facilities, further solidified its standing. Australia's shift to becoming a 'reliable supplier' reflects a broader geopolitical alignment, particularly within the framework, where shared concerns over regional security in the Indo-Pacific are fostering deeper strategic trust. UPSC aspirants should analyze how this bilateral agreement fits into India's broader strategy of securing strategic autonomy while engaging with international non-proliferation regimes.
Science & Technology and Energy Security
From a technological and energy perspective, securing high-quality Australian uranium is vital for India's goals. India has historically relied on lower-grade domestic uranium, which incurs higher extraction costs and generates more environmental waste (tailings). Access to Australia's vast reserves—about one-third of the global total—ensures a stable and higher-quality supply chain. This is crucial as India aims to exponentially increase its installed nuclear capacity to 100 GW by 2047. The strategy involves a 'fleet mode' expansion of large indigenously developed (PHWRs) led by the (NPCIL). Furthermore, the government is exploring (SMRs) for industrial applications, which require a consistent fuel supply. Establishing a strategic uranium reserve mitigates risks from global supply chain disruptions caused by geopolitical events or pandemics, enhancing India's overall energy security.
Governance and Regulatory Framework
The operationalization of the uranium supply required navigating complex regulatory frameworks. The delay between the 2015 cooperation agreement and the recent finalization of the Administrative Arrangement (AA) highlights the importance of robust accounting and tracking mechanisms for (AONM). This ensures the uranium is used exclusively for peaceful civilian purposes under . Domestically, the government is adapting its legislative framework to encourage private sector participation in the nuclear build-out, as seen with the introduction of new policies (though the specific 'SHANTI Act' mentioned in the article appears to be an error or mischaracterization of recent policy changes aimed at encouraging private investment in non-core areas of nuclear energy, as the restricts private ownership of nuclear power plants). The government continues to maintain strict control over strategic and security-sensitive aspects of the nuclear fuel cycle. The challenge for governance is balancing the need for rapid capacity expansion involving private entities with the imperative of maintaining the highest standards of nuclear safety, security, and safeguards.