Energy Dense Discussions

The nuclear bottleneck most people ignore is already here - and it could decide which reactors actually get built. Nick Smith, co-founder and CEO of RavenFlint Nuclear, explains why the real shortage is not just reactors, but the upstream chemistry that turns uranium into usable fuel. Mark Hinaman presses Nick on the overlooked step between the mine and enrichment, and Nick lays out the case for why uranium conversion has become one of the most urgent supply chain problems in advanced nuclear. If you care about reactor deployment, fuel availability, domestic energy security, or the economics of nuclear scale-up, this conversation shows exactly where the industry is getting stuck. You’ll discover: Why uranium conversion is the “boring” chemical process that quietly powers the entire fuel cycle How Nick went from electrical engineering and utility power quality to advanced nuclear R&D, INL, and finally launching RavenFlint Why RavenFlint is betting on a modern conversion process built to replace a plant that dates back to 1958 How the company is thinking about trade secrets, patents, and the brutal realities of working with HF and fluorine chemistry What “Match, Torch, Forge” means for the path from lab scale to pilot plant to commercial production Nick also breaks down why today’s conversion market is tight, why secondary supplies have been exhausted, and why advanced reactor developers cannot afford to ignore this bottleneck if they want fuel on a realistic timeline. Along the way, he shares the origin of the RavenFlint name, the team’s garage-chemistry beginnings, and what it takes to build a serious radiological chemistry operation from the ground up. This episode is especially relevant if you’re following advanced nuclear, fuel cycle infrastructure, clean energy investing, or the gritty reality of how nuclear supply chains actually work. It is a rare look at the part of the industry that is usually left behind the curtain - but may end up being one of the most important businesses in the whole sector. Perfect for nuclear wonks, energy investors, advanced reactor followers, and anyone who wants to understand where the next real bottleneck - and opportunity - lives.