World Nuclear News

World Nuclear News

The challenge of getting uranium from seawater

OCT 22, 202631 MIN

Description

There's enough uranium in the world's oceans to power our current energy needs for hundreds of thousands of years. The challenge is finding a way to extract it at a cost that makes it a viable option. There have been various studies and trials carried out over the years - including in China and Japan - and in this episode we hear from Canon Bryan, founder and CEO of Supercritical Materials, about his US-based plan to secure uranium at scale, and at an economically viable cost, from the sea. Bryan, who was a co-founder of Uranium Energy Corp and spent more than a decade as Terrestrial Energy's chief commercial officer, says that the idea of sourcing uranium from seawater had been seen as a "mythical technology", one that, like fusion, was being worked on "but always a few years away". "In fact we've learned that's not true - with the serious engineering work we've been doing we've been able to dispel a lot of those myths," he says. If successful, it would solve supply issues - such as geopolitical ones - in the existing nuclear fuel supply chain, he says. Behind the initiative is Supercritical having exclusive rights to a licence from the US Department of Energy for a patented technological system to extract uranium from seawater. Their challenge is an engineering one: to scale-up the process to an industrial scale. They are currently in the preliminary economic assessment phase, with a target timeline, if all goes well, of 2033 for an industrial-scale facility, which, Bryan believes, could be producing uranium at the same, or lower, prices than found in today's market. Key links to find out more: World Nuclear News Supercritical Materials CNNC launches test platform to extract uranium from seawater Email newsletter: Sign up to the World Nuclear News daily or weekly news round-ups Contact info: [email protected] Episode credit:  Presenter Alex Hunt. Co-produced and mixed by Pixelkisser Production