Initially developed in the 1950s, molten salt reactors have benefits in higher efficiencies and lower waste generation. Some designs do not require solid fuel, which eliminates the need for ...

A novel small modular reactor design will use its waste heat to desalinate water produced in Texan oil and gas wells.

Significant advancements in nuclear power are being made right in West Texas with Natura Resources’ molten salt research reactor currently under construction at Abilene Christian University.

A National Geographic emerging explorer with a Ph.D. in nuclear engineering, she wants to resurrect the molten-salt reactor, a 1960s-era design that she hopes will revive nuclear energy as a ...

It's a research reactor cooled with molten salt, not water. The fuel is liquid, not solid - two major differences from the hundreds of reactors generating electricity around the world today.

TerraPower is now also supported by the US Department of Energy, which gave the company an $80 million grant in October 2020 as part of its Advanced Reactor ... and molten-salt energy storage ...

Plus, Oak Ridge National Laboratory says that, should power to the pumps fail, molten-salt reactors can rely on passive convection to move salt through the reactor to cool it. Altogether ...

(via Kyle Hill) Since the 1960s, we’ve known that light water nuclear reactors weren’t the only way to generate electricity by splitting the atom. One alternative design, so-called “molten salt ...

Texas Tech University is partnering with Natura Resources and Abilene Christian University to deploy Natura’s molten salt reactor (MSR) currently under construction at ACU.

A new 1 megawatt thermal nuclear molten salt reactor will be built in 2026 and will be lowered into a cement encased trench in a new building in Texas. Rusty Towell of Nature Energy showed the new ...