Australia Clears Uranium Exports to India, Ending a 12-Year Impasse
A Melbourne summit deal opens Australian uranium to India's 100 GW-by-2047 nuclear plan, with a separate Cameco contract already framing the volumes suppliers can expect.
Australia agreed on Thursday (2026-07-09) to export uranium to India, finalising administrative arrangements at the third India-Australia Annual Summit in Melbourne and ending a decade-long block on commercial supply.3,52
The deal hands India a long-term fuel source for a nuclear build-out it cannot supply at home. New Delhi wants to lift installed nuclear capacity from roughly 8.8 GW to 100 GW by 2047.6,4 That is a steep climb. It requires dozens of new reactors and a secure stream of enriched-grade feedstock, neither of which India can generate from domestic mines alone.4
India currently runs 24 reactors across seven major sites, with a combined installed capacity of 8,780 MW, according to reporting on the deal.3,5 That base has grown slowly. Fuel constraints and India's exclusion from the international supply framework that governs most uranium trade held it back for years.6
Australia holds the world's largest known uranium reserves, and the arrangement gives its resources sector another export market as nuclear demand expands across Asia. Canberra kept the official framing narrow, saying the deal facilitates exports "to help increase the share of non-fossil fuel power capacity, providing an additional market for the Australian resources sector."5
The complication is who India is. It is not a signatory to the Non-Proliferation Treaty, which normally bars uranium suppliers from selling to it. Canberra had cited concerns over India's civil nuclear programme before agreeing to operationalise a long-standing cooperation agreement, with exports confined to exclusively peaceful use under IAEA safeguards.6,27
That safeguards structure is what made the trade politically possible. It took roughly 12 years to move from framework to commercial reality, and the Melbourne summit finally cleared the administrative steps that had stalled it.7,3
The scale of India's appetite is visible in a parallel contract. Canadian producer Cameco has agreed to supply nearly 22 million pounds of uranium ore concentrate to India's Department of Atomic Energy between 2027 and 2035, on market-related price terms, in a deal valued at about CAD2.6 billion, or USD1.9 billion.5 That gives a concrete sense of the volumes and the pricing basis a supplier can expect.
For traders, the read-through sits on the demand side of the fuel cycle, not on prompt prices. Uranium is a thin, contract-driven market. The URA uranium equity ETF traded at $42.35, down 0.31%, on Friday (2026-07-10), showing no reaction to a deal whose deliveries begin in 2027 at the earliest.5
Still, the direction is clear. India joins a widening list of Asian buyers locking in long-dated supply, and a 100 GW target implies a multi-decade uranium requirement that producers in Australia and Canada are now positioned to serve.4,5 Whether India hits that number is another matter. Its fleet has expanded at a fraction of the pace the target demands, and fuel access was only one of the constraints.3
The deal also carries a second-order read for fossil markets. India's electricity demand is growing fast, and every gigawatt of nuclear that comes online eventually displaces coal or gas.1 But that substitution is slow and sits decades out. Newcastle physical coal held at $119.20 on Friday (2026-07-10), and nothing in this arrangement changes the next few winters of Indian import buying.1
Watch the pace of India's reactor approvals and construction starts, since the uranium demand only materialises as reactors come online. The Cameco contract's 2027 start is the first hard delivery marker; Australian shipment volumes and timing have not been specified. Until India converts its 8.8 GW base into steel in the ground, the 100 GW figure remains an ambition backed by fuel, not by capacity.5,6