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[REPLAY] Rebecca Hunter: Life As A Uranium Explorer

Value Hive Podcast54m 13s

Rebecca Hunter, VP of Exploration at Forum Energy, discusses her career journey from Saskatchewan through Cameco to Forum Energy, covering uranium exploration methodology, the impact of Fukushima on the industry, and the current uranium market dynamics. She provides detailed insights into exploration processes, drilling economics, and how to evaluate junior uranium exploration companies.

Summary

Rebecca Hunter, a Saskatchewan-born geologist and VP of Exploration at Forum Energy, traces her career from an undergraduate earth science degree through a master's in bedrock mapping, nearly 12 years at Cameco, a PhD, and eventually to Forum Energy. At Cameco, she led the Thelon project in Nunavut territory — a 200,000-hectare grassroots exploration project — spending approximately $50 million before Fukushima caused industry-wide cutbacks. Forum Energy later staked the same ground for $150,000, bringing Hunter back full circle.

Hunter explains the staged economics of uranium exploration: initial surface sampling and till sampling costs tens of thousands of dollars, geophysical surveys run into hundreds of thousands, while drilling — the most expensive phase — can cost $30,000 or more per 250-meter hole. She emphasizes that the majority of exploration budgets (roughly 30-40 of the $50M at Cameco) ultimately go into drilling and associated logistics. In remote areas like the Thelon, lack of roads means reliance on helicopters, though she argues that larger-scale programs can offset the cost premium of working without infrastructure.

On post-Fukushima industry dynamics, Hunter describes how the downturn was initially dismissed internally at Cameco before cascading into years of layoffs and project cancellations. She notes that Japan's reactor shutdowns triggered global anti-nuclear sentiment and uranium stockpiling that fundamentally changed market dynamics. The current bull market, she argues, reflects the exhaustion of those post-Fukushima stockpiles combined with growing demand from reactor life extensions, new builds, and potential SMR deployment.

Hunter provides a framework for evaluating uranium drill results: grades above 0.5-1% are meaningful for unconformity-type deposits, but thickness and depth are equally critical. Mineralization above 300 meters may support open-pit extraction (cheaper), while deeper zones require expensive underground development — potentially costing $1 million per meter for shaft sinking. She discusses Denison's in-situ recovery experiments as a potential game-changer for deeper unconformity deposits.

For evaluating junior exploration companies, Hunter recommends assessing land package quality relative to known geological corridors, management's technical track record, and whether companies are taking a methodical approach (geophysics before drilling) versus rushing to drill for shareholder optics. She also highlights the Western Athabasca basin as an example where contrarian explorers like Fission and NexGen succeeded by ignoring major-company skepticism.

Hunter concludes by discussing labor shortages in the mining sector, attributing them to the industry's boom-bust cycle destroying institutional knowledge and poor image promotion, particularly for recruiting women. She describes the day-to-day field life of uranium exploration — helicopter access, solo ground traverses with scintillometers, tent camps — contrasted with her current office-heavy administrative role.

About this episode

<p>Please enjoy my conversation with Rebecca Hunter, VP of Exploration at Forum Energy Metals $FMC.V.</p><p>Rebecca has spent her life exploring the world for commodities, specifically uranium.</p><p>This week, we get a boots-on-the-ground view of what it's like to explore for uranium. We discuss everything that goes into it, including geophysics, drilling, capital allocation, where to drill, and what red flags Rebecca sees in other junior explorer companies.</p><p>Finally, we end the conversation discussing the uranium market, it's supply/demand imbalance, and what higher prices mean for the future of yellow cake.</p><p>If you enjoyed this episode, please follow Rebecca on Twitter @UraniumHuntress.</p><p>Also, please note that I do not own shares in $FMC.V. This podcast is for entertainment/educational purposes only. Please do you own work before investing in any security.</p>

Key Insights

  • Hunter argues that approximately 60-80% of a major exploration budget ultimately goes into drilling and associated logistics, with the earlier geophysical and surface work serving primarily to reduce the risk of wasting those drilling dollars on poor targets.
  • Hunter claims that junior exploration companies frequently destroy value by rushing to drill before adequate geophysical surveys are complete, driven by shareholder pressure for newsflow rather than geological readiness — a discipline she attributes to her training at a senior company with stable cash flow.
  • Hunter contends that the post-Fukushima era created an artificial stockpile of uranium that has now been exhausted, and that this depletion — rather than new reactor demand alone — is the primary structural shift driving the current bull market.
  • Hunter argues that remote, infrastructure-free exploration projects can achieve cost parity with road-accessible ones by scaling up program size, because the fixed cost of mobilization is amortized over more drilling and survey activity.
  • Hunter identifies depth as a critical and often underweighted variable in evaluating uranium drill results, noting that mineralization below roughly 300-400 meters shifts a project from potential open-pit to mandatory underground development, dramatically changing the economics and timeline to production.
  • Hunter claims that the Western Athabasca discoveries by Fission and NexGen succeeded precisely because those teams ignored the prevailing skepticism of major companies about that district, suggesting that contrarian geological conviction — not proximity to established majors — can be the key differentiator.
  • Hunter argues that the mining industry's boom-bust cycle systematically destroys institutional knowledge by training geologists for a decade and then losing them during downturns, creating age-cluster gaps in expertise that cannot be quickly remedied when the next cycle begins.
  • Hunter suggests that Denison's in-situ recovery experiments adapted from Kazakhstan-style operations could be a fundamental cost-structure game-changer for unconformity uranium deposits that are too deep for open-pit but uneconomic to develop underground at current price levels.

Topics

Uranium exploration methodology and staged budgetingImpact of Fukushima on the uranium industryEvaluating junior uranium exploration companiesOpen pit vs. underground mining economicsThelon Basin vs. Athabasca Basin explorationCurrent uranium supply-demand dynamicsLabor and talent shortages in miningGeophysics as a prerequisite to drilling

Transcript

one. Rebecca Hunter, thanks so much for coming on the podcast. This is going to be an interesting discussion on uranium exploration and maybe just mining exploration in general. And so as a brief background, you are, you know, for those, for those listening that maybe don't know you or follow you on Twitter, you're the VP of exploration at Forum Energy. And just before we dive in, I don't own any Forum Energy. This isn't going to be a Forum Energy pitch. All this is just kind of basically education and informational stuff. So nothing to do with Forum as a company or as an investment idea, but a lot to do with exploration, a lot to do with…

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