Nuclear fission technology is coming to Utah through a new collaboration between NuCube Energy and Utah San Rafael Energy Lab ...

Some heat is absorbed in the water—drawn from water bodies—used to cool these nuclear power plants and then returned, still with considerable heat, to these rivers or seas. The heat wave going on in ...

The advancement made at the Wendelstein 7-X reactor is another to the list of breakthroughs that brings the world a ...

The Humber Estuary could get a floating power station and possibly a small nuclear reactor to generate energy. Yorkshire ...

In these liquid fuel designs, the fission products are dissolved into the molten salt, which is able to circulate through the reactor core where it undergoes fission and generates heat. The heat is ...

This energy is passed on to other components in the nuclear reactor, which can then be used to heat water to drive the turbines that turn the generators to generate electricity. Image caption, 8.

For tech companies, part of the appeal of fission is a stable, predictable source of power that flows 24/7, giving their data centers the potential to run computing loads whenever they require it.

The 100 MWth fission heat source is designed to be factory-built and fit into a standard 40-foot shipping container, enabling transportation via trucks, trains, or ships.

NANO Nuclear Energy Inc. Figure 1 – Rendering of NANO Nuclear Energy’s ZEUS™ Advanced Portable Nuclear Microreactor NANO continues work to expand its intellectual property portfolio New York ...

The deal is the latest in a flurry of agreements that, if completed, would usher in a nuclear power renaissance in the U.S. Deep Fission’s plan is to switch on its first reactor in 2029, which ...