Addressing Common Concerns

No. Chernobyl had an old, unsafe design with no strong containment. Fukushima failed when a tsunami knocked out backup cooling power.

SMRs use passive safety. They shut down and cool themselves automatically using gravity and natural heat flow, with no need for electricity or operators. U.S. rules require that even in a worst-case accident, radiation stays inside the plant.

The U.S. nuclear industry has operated since the 1950s with zero public radiation fatalities. These plants run reliably over 92% of the time.

On a full lifecycle, mining, building, running, and shutting down, nuclear produces about 12 grams of CO2 per kilowatt-hour, similar to wind and far lower than coal. It needs some cooling water, but old coal sites already have that infrastructure. Nuclear also uses far less land than solar or wind for the same amount of power.

Nuclear does create radioactive spent fuel. Over 60+ years, the entire U.S. fleet has produced about 90,000 metric tons. That would cover a football field roughly 10 yards deep. The fuel is stored in strong dry casks on site that have never leaked radiation. Long-term, the plan is deep underground storage, already working in Finland. Some advanced reactors can reuse spent fuel and produce even less waste.

Big traditional plants are custom-built on site, which leads to delays and overruns. SMRs are mostly built in factories like cars or airplanes, then shipped and assembled. This makes construction more controlled and predictable.

Solar and wind are great, but they only make power when the sun shines or wind blows. Data centers and AI need steady electricity 24/7. Without reliable backup, those gaps often get filled by natural gas. Nuclear runs continuously and can help fill the gap with clean power instead of fossil fuels.

Old coal plants already have grid connections, transmission lines, cooling water systems, and trained workers in place. Reusing them saves time and money compared to building on empty land. It turns retiring coal sites into sources of clean, reliable energy while keeping similar skilled jobs locally.