https://youtu.be/sOkqLZww1Rk Recorded Friday, July 10, 2026 In Episode 162 of the PetroNerds Podcast, Trisha Curtis, CEO of PetroNerds and Host of the PetroNerds Podcast, welcomes Doug Sandridge back to the show for a wide-ranging, unapologetically PetroNerdy conversation about nuclear power, electricity demand, energy security, and the global race for reliable energy. Doug is Senior Vice President of Fulcrum Energy Capital Funds, founder of Oil & Gas Executives for Nuclear Energy, an energy educator, and an adjunct instructor at the University of Oklahoma. This is Doug’s second PetroNerds appearance, following Episode 132, Oil and Nuclear, recorded in April 2025. Key Takeaways The future is energy addition, not energy substitution. Rising electricity demand from artificial intelligence, data centers, manufacturing, and economic growth will require more nuclear, natural gas, and other reliable energy sources—not fewer. America’s nuclear industry is gaining momentum. Advanced reactor demonstrations, regulatory reforms, plant-life extensions, and supply-chain investments are laying the groundwork for long-term growth, even if those investments are not yet reflected in national electricity generation data. Protecting existing nuclear plants is the fastest path to expanding reliable power. Extending the lives of operating reactors and restarting facilities like the Crane Clean Energy Center and Palisades Nuclear Plant can strengthen grid reliability far sooner than building entirely new large-scale reactors. Natural gas and nuclear are complementary, not competing technologies. New nuclear projects require dependable natural gas generation while reactors are under construction, and growing electricity demand means both energy sources will likely operate side by side for decades. Reliable electricity depends on more than generation costs. Evaluating the true cost of electricity requires accounting for transmission, backup generation, storage, balancing services, and overall grid reliability—not simply the cost of producing power at a single facility. Trisha opens with the July 10 market backdrop: WTI at $71.58 per barrel, Brent at $76.04, Henry Hub natural gas at $2.94 per MMBtu, and the 10-year Treasury yield at 4.561 percent. Against that backdrop of geopolitical conflict, lower-than-expected oil prices, and rising borrowing costs, Trisha and Doug turn to the state of nuclear power in the United States. Doug describes the nuclear industry as a duck that appears nearly stationary above the water while paddling furiously underneath. Although material growth in U.S. nuclear generation has yet to appear in the national electricity data, policy changes, regulatory work, pilot projects, supply-chain investments, plant-life extensions, and reactor demonstrations are creating the foundation for future growth. The two discuss the Department of Energy’s Reactor Pilot Program and the four advanced reactor demonstrations that reached criticality by July 4, 2026—while emphasizing that achieving criticality is an important technology milestone, not the same thing as commercial electricity generation. The conversation then turns to the lowest-hanging fruit in American nuclear energy: protecting the reactors already operating and restarting plants that were closed for economic or political reasons. Trisha and Doug examine the fight over Diablo Canyon in California, the importance of long-term operating certainty for fuel procurement and capital investment, and the broader consequences of removing reliable baseload generation before replacement power is available. They also discuss the planned restart of the former Three Mile Island Unit 1—now the Crane Clean Energy Center—under a long-term power-purchase agreement with Microsoft; the effort to restart the Palisades nuclear plant in Michigan; and the construction of TerraPower’s Natrium advanced reactor project near Kemmerer, Wyoming. These projects demonstrate how rising power demand from artificial intelligence, data centers, manufacturing, and the broader economy is changing the economics of existing and new nuclear generation. Doug explains that large AP1000 reactors, small modular reactors, and microreactors will not all serve the same markets or arrive on the same timetable. Reactor restarts and life extensions can affect the grid first. Small and advanced reactors may begin adding incremental generation later this decade, while a meaningful wave of large-reactor generation will take considerably longer. Trisha compares the nuclear timeline to the shale revolution: major energy-system changes require years of investment, infrastructure construction, market development, and operational learning before they become clearly visible in national data. A central theme of the episode is that natural gas is not merely a temporary bridge to nuclear power. Nuclear developers need natural-gas generation to serve customers during the years between signing a power contract and bringing a reactor online. But with U.S. electricity demand growing, Doug argues that those gas plants are unlikely to be retired when the nuclear plants arrive. Instead, nuclear will be added to the system alongside natural gas and, where policymakers allow it, coal. This is not an energy transition based on substitution. It is an era of energy addition. Trisha and Doug then take the conversation global. They examine France’s nuclear fleet, Germany’s decision to close highly productive reactors, Belgium’s attempt to preserve its plants, nuclear development in Eastern Europe, the United Kingdom’s difficult energy position, and the relationship between energy costs and European deindustrialization. They contrast Europe’s political and industrial challenges with China’s long-term strategy of building coal, nuclear, transmission, manufacturing capacity, and energy redundancy simultaneously. The episode closes with a discussion of the full-system cost of electricity. Wind and solar may appear inexpensive when evaluated only at the point of generation, but the grid must also pay for backup generation, transmission, balancing, storage, and duplicate capacity. Trisha and Doug discuss the consequences of these policies in California, Germany, and Colorado, including rising consumer electricity costs, coal-plant closures, restrictions on oil and gas development, and eliminating reliable generation. This episode is ultimately about much more than nuclear power. It is about energy literacy, industrial capacity, economic competitiveness, national security, and the need for abundant, affordable, reliable, and redundant energy.
