News Link • Energy
Natural Gas - Not Nuclear - Is the Key To Powering North America's Future
• https://www.zerohedge.com, by Gwyn MorganAs North America grapples with the challenge of providing secure, affordable, and sustainable energy amidst soaring electricity demand, it is time to accept this fact: Natural gas remains the most practical solution for powering our grid and economy.
Nuclear power's limitations are rooted in its costs, risks, and delays. Even under ideal circumstances, building or restarting a nuclear facility is arduous. Consider Microsoft's much-publicized plan to restart the long-dormant Unit 1 reactor at Three Mile Island in Pennsylvania. This project is lauded as proof of an incipient "nuclear revival," but despite leveraging existing infrastructure it will cost US$1.6 billion and take four years to bring online.
This is not a unique case. Across North America, nuclear energy projects face monumental lead times. The new generation of small modular reactors (SMRs), often touted as a game-changer, is still largely theoretical. In Canada—Alberta in particular—discussions around SMRs have been ongoing for years, with no concrete progress. The most optimistic projections estimate the first SMR in Western Canada might be operational by 2034.
The reality is that nuclear energy cannot scale quickly enough to meet urgent electricity needs. Canada's power grid is already strained, and electricity demand is set to grow significantly, driven by electric vehicles and enormous data centres for AI applications. Nuclear power, even if expanded aggressively, cannot fill the gap within the necessary time frames.
Natural gas, by contrast, is abundant, flexible, low-risk—and highly affordable. It accounts for 40 percent of U.S. electricity generation and plays a critical role in Canada's energy mix. Unlike nuclear, natural gas infrastructure can be built rapidly, ensuring that new capacity comes online when it's needed—not decades later. Gas-fired plants are cost-effective and capable of providing consistent, large-scale power while being capable of rapid starts and shut-downs, making them suitable for meeting both base-load and "peaking" power demands.



