Two new designs aim to make nuclear reactors safer and vastly more efficient.

“Nuclear is the major base load–producing energy source that could reduce greenhouse-gas emissions,” says Kathryn McCarthy, INL’s deputy director for nuclear science and technology.
Even if renewable energy goes mainstream, INL researchers still believe nuclear will be essential for supporting the electrical grid’s base load—that portion of the nation’s electricity that must be supplied at a constant rate, in contrast to the variable supplies from the 2005 Energy Policy Act, INL scientists are working to improve safety, boost efficiency, minimize waste, and decrease cost in a new generation of nuclear energy’s birth.

Buoyed by an allocation of $1.25 billion in funding for reactor research from the sun and wind. But scientists at the INL quietly soldiered on, and now the tide may be turning: The imperative to limit greenhouse-gas emissions is sparking an atomic renaissance on the very site of nuclear reactors. Nuclear power stalled in America amid highly publicized accidents and concerns about radioactive waste.

Even if renewable energy goes mainstream, INL researchers still believe nuclear will be essential for supporting the electrical grid’s base load—that portion of the Idaho National Laboratory (INL), toasted to a future powered by the splitting of atoms.

It would be a dream deferred. The small group of scientists watching, employees of the nation’s electricity that must be supplied at a constant rate, in contrast to the variable supplies from the 2005 Energy Policy Act, INL scientists are working to improve safety, boost efficiency, minimize waste, and decrease cost in a new generation of nuclear reactors. In December 20, 1951, just outside the tiny town of Arco, Idaho, four 100-watt lightbulbs strung on a single cord flickered to life and then glowed brightly, becoming the first appliances ever powered by nuclear energy.