NexGen Energy Sees Uranium Supply Crunch Lasting for Decades

Key Points

• Uranium supply constraints could persist for decades because new mines face lengthy development timelines; NexGen expects its Arrow deposit to begin production in the second half of 2030.
• Nuclear policy is becoming more supportive globally, while utilities increasingly prioritize secure and diversified uranium supplies. NexGen has contracted nearly 12 million pounds from its first five production years but plans to retain exposure to spot prices.
• NexGen needs approximately C$1.5 billion to complete the Rook I mine and is evaluating prepaid offtake financing. Shaft development is expected to begin in 2027, with first production targeted for late 2030; its nearby PCE discovery could provide additional growth potential.

NexGen Energy NYSE: NXE Chief Commercial Officer Travis McPherson said the company sees a long-term uranium supply shortfall as a central driver for the market, arguing that years of underinvestment have left the industry unable to quickly respond to rising demand for nuclear power.

Speaking during a company news event, McPherson said uranium supply development is constrained by more than financing and permitting. He pointed to NexGen’s own timeline, saying the company discovered its Arrow deposit in 2014 and expects first production in the second half of 2030.

“Anything that’s discovered tomorrow, you’re talking about mid-2040s for it coming into production,” McPherson said. “This supply chain issue, which really underpins the whole constructive thesis of the uranium market, is persisting, and it’s going to be here for many, many years to come.”

Global Nuclear Policy Support

McPherson said nuclear energy policy has become increasingly supportive across major markets, including the U.S., China, India, the Middle East and countries across Asia. He said governments are pursuing measures designed to streamline permitting, support reactor construction at scale and reduce risks associated with cost overruns.

He contrasted uranium supply with other portions of the nuclear fuel cycle, such as conversion and enrichment, which he said can be expanded more readily with capital and permits. In his view, uranium mining faces a substantially longer development cycle.

McPherson also said utilities are increasingly focused on security and diversification of supply. He characterized the uranium market over the past two decades as being dominated by a small number of established producers and said NexGen is positioning itself as an independent commercial supplier of new material.

Contracting Strategy and Financing

NexGen has signed contracts covering nearly 12 million pounds of uranium over its first five years of production, McPherson said. He added that the company has deliberately avoided fully committing its expected output years ahead of production.

The company’s contracting approach is intended to preserve exposure to uranium market prices, according to McPherson. He said NexGen will not over-contract and likely will not be fully contracted when it begins producing.

“We do want to maintain our ability to be active in the spot market,” McPherson said, adding that NexGen sees an opportunity to support development of a more liquid uranium spot market over time.

McPherson said NexGen needs approximately C$1.5 billion more to complete construction of its mine. The company has discussed potential prepaid offtake arrangements with prospective customers, under which purchasers would provide funds upfront in exchange for future uranium supply.

He said NexGen is being patient in negotiations as it evaluates financing alternatives and works toward full funding for the project.

Rook I Development Timeline

McPherson said development work at the company’s Rook I project is off to a strong start. Prior to receiving broader project approval, NexGen received approval for three exploration-related scopes: expansion of its camp to accommodate 700 people, an exploration airstrip and road upgrades.

Those activities represented roughly C$100 million in spending and were completed on time, on budget and to scope, he said. McPherson said the early work allowed the company to test systems, contractors, consultants and internal processes before ramping up broader construction activity.

The project received approval on March 5, according to McPherson. He said the critical path to production is centered on sinking two shafts and completing underground development.

• Early 2027: NexGen expects to begin temporary freezing for the first 100 meters of shaft development.
• Summer 2027: The company expects shaft sinking to begin through temporarily frozen ground after installation of hydrostatic lining.
• Second half of 2030: NexGen expects first production.

PCE Exploration Potential

McPherson also highlighted NexGen’s PCE exploration discovery, located about 3.5 kilometers from Arrow. He said more work, permitting and economic studies are required, but described the discovery as evidence that the company may be developing a broader uranium district.

According to McPherson, PCE has a similar geotechnical setting to Arrow and could potentially benefit from infrastructure developed for the Arrow operation, including milling and power facilities. He said NexGen plans to remain focused on uranium and pursue organic growth from Arrow, PCE and additional exploration opportunities.

About NexGen Energy (NYSE:NXE)

NexGen Energy Ltd. is a Canadian uranium exploration and development company focused on advancing mineral projects in the Athabasca Basin of Saskatchewan, Canada. The company's primary asset is the Rook I project, which includes the Arrow uranium deposit and other prospective discoveries.

NexGen is working to develop Rook I into a large-scale uranium mining operation through exploration, resource evaluation, environmental studies, permitting and project planning. The company is not primarily a uranium producer; its activities are centered on discovering and advancing uranium resources for potential future development.

Founded in 2011, NexGen Energy is headquartered in Vancouver, British Columbia, and its operations are focused in Saskatchewan's Athabasca Basin, one of the world's major uranium-producing regions.

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