
Michael Seeley
Nuclear fuel expert and commentator providing in-depth technical explanations on reactor fuels, fabrication, and performance, drawing on historical and contemporary reactor experience.
Top 3 podcasts with Michael Seeley
Ranked by the Snipd community

12 snips
Mar 5, 2026 • 1h 25min
The Fuels Powering Nuclear's Biggest Promises
Michael Seeley, a nuclear fuel expert known for deep technical explanations, walks through TRISO, UO2, metallic and cermet fuels. He discusses TRISO structure, fabrication costs and scaling challenges. He compares UO2’s thermal limits with metal fuel advantages, explores HALEU supply and reprocessing practicalities, and outlines economic and deployment hurdles for advanced fuel types.

11 snips
Nov 11, 2025 • 1h 27min
The Great Nuclear Reshoring
Michael Seeley, a licensed nuclear engineer, discusses the intricate $80 billion U.S. partnership with Westinghouse. Yuri Humber, an expert on Japanese energy, explores how this deal dovetails with Japan's $550 billion investment framework. Chris Keefer, representing Canadian nuclear interests, sheds light on potential benefits for Canada and the geopolitics of energy security. They debate cross-border supply chains, discuss risks for Japan under U.S. concessions, and examine the implications of selecting Westinghouse as a favored vendor in nuclear policy.

Jan 15, 2026 • 1h 17min
EPR: The Reactor That Tried to Please Everyone and Satisfied No One
Michael Seeley, the 'Atomic Blender' and insightful nuclear industry analyst, dives into the complex world of the European Pressurised Reactor (EPR). He discusses how the EPR's ambitious design, aimed at satisfying every regulatory requirement, led to construction chaos. The conversation reveals the differences between the EPR and other reactor designs, like the AP1000, focusing on their safety philosophies and build complexities. Michael also highlights why certain countries successfully executed their reactor projects despite challenges, offering a provocative look at the future of nuclear energy.


