Briefings & Products

Structured, reusable explanations of nuclear fuel and projects, built for teams that need to get smart quickly.

Briefings

These briefings sit between consulting and research: more practical than a report, more scalable than a call. They’re designed for investors, utilities, and leadership teams who need a clear view on specific nuclear topics.

  • Close-up of inside a nuclear reactor core showing fuel assemblies illuminated in blue.

    Inside Nuclear Fuel: How Utilities Manage Fuel Supply

    A two-part institutional briefing featuring over 90 minutes of video presentation, including a 17-slide deck on how utilities actually buy nuclear fuel, from uranium mining through enrichment and fabrication, and how those choices affect cost, risk, and exposure. This is the same material I’ve delivered to private investment and wealth teams across the globe.

  • Michael presenting

    Nuclear Power & Canada: Investor Primer

    A 39-minute overview of where nuclear fits into today’s energy transition, how the global build-out is actually unfolding, and the unique role Canada plays in uranium, fuel, and reactors. Originally recorded for a Canadian wealth management firm, now available as a reusable on-demand briefing for advisors and investment teams.

Products

Practical tools to help you explore nuclear fuel costs and reactor strategies. These are built to be useful on their own, and many clients use them alongside my briefings and advisory work.

  • Screenshot of a nuclear fuel and electricity cost calculator webpage, displaying comparison data between two reactor types, AP1000 and BWRX-300, with various financial and operational metrics, and a bar chart showing fuel cost contribution breakdown.

    FuelCycleCost.com – Nuclear Fuel & Electricity Cost Calculator

    A free, interactive calculator that lets you explore how uranium price, enrichment, fabrication, reactor design, and burnup translate into fuel cost in $/MWh. Preloaded presets cover common designs like AP1000, BWRX-300, NuScale, Natrium, Xe-100, Oklo/Aurora, and CANDU-6, with full control over ore, conversion, enrichment (LEU, LEU+, HALEU), deconversion, and fabrication assumptions.