This is something that I believe may be possible and something that GLE have been working on, they certainly won't come out and tell us, but I have suspected for some time now that this was possible, it is certainly desirable and I believe ONLY Laser Isotope Separation is capable of doing this selective re enrichment.
Use of Reprocessed Uranium: Challenges and Options
Reports
In order to manage the new challenges mentioned in Section 2, adjustments of capacities and/or investments in new facilities should be considered in the front end part of the ERU fuel cycle, with the following in mind:
—Refurbished and/or new RepU treatment (processing) plants should offer more modern features.
—Additional conversion capacities would be needed in case the physical re-enrichment or the mixed route is chosen.
—Additional/new enrichment capacities should be dedicated to RepU.
The centrifuge technology, because it is modular, allows devoting specific cascades to RepU enrichment, which is not possible with gaseous diffusion. However, the centrifuge technology does not allow directselective re-enrichment of 235U, which is an interesting, even desired, economic application for ERU. Laser enrichment techniques, if they would become available at an industrial scale, are expected to offer such selectivity
A personalised tool to help users track selected stocks. Delivering real-time notifications on price updates, announcements, and performance stats on each to help make informed investment decisions.
(20min delay)