Finding a nuclear niche

[Marlin]

Finding a nuclear niche

https://www.sc.edu/uofsc/posts/2026/09/molten-salt-reactors-nuclear-energy-usc-research-materials.php

[Core Content]

Researchers at the University of South Carolina are maintaining a comprehensive database and providing specialized material testing for molten salt nuclear reactors. Led by engineering professor Ted Besmann, the facility supports developers, national laboratories, and safety regulators across the nuclear industry.

Molten salt reactors dissolve uranium in liquid mixtures, eliminating high-pressure water loops and reducing risks associated with traditional solid-fuel plants. As utilities seek smaller, scalable power sources to meet rising electricity demand, specialized thermodynamic data and testing services help accelerate commercial deployment timelines.

A one-of-a-kind database and specialized testing are making USC a destination for an emerging nuclear technology.

If you want to build, operate or regulate a molten salt nuclear reactor, your path runs straight through the University of South Carolina — and, specifically, the office of Ted Besmann.

Unlike traditional commercial nuclear reactors, which use solid fuel rods and cool them with water, molten salt reactors dissolve the uranium into liquid fuel. The difference is important: Molten salt reactors offer potential safety benefits and can be smaller than traditional reactors, an advantage for increasing power generation incrementally.

Read the full article at University of South Carolina:
https://www.sc.edu/uofsc/posts/2026/09/molten-salt-reactors-nuclear-energy-usc-research-materials.php