Waste and disposal Archivi - Energia nucleare https://energianucleare.eu/en/waste-and-disposal/ Notizie sul nucleare Sat, 18 Jul 2026 18:35:50 +0000 en-US hourly 1 https://energianucleare.eu/wp-content/uploads/2026/06/favicon-en-150x150.jpg Waste and disposal Archivi - Energia nucleare https://energianucleare.eu/en/waste-and-disposal/ 32 32 Deep Isolation Lists on OTCQB: Nuclear Waste Storage Goes Underground https://energianucleare.eu/en/deep-isolation-lists-on-otcqb-nuclear-waste-storage-goes-underground/ https://energianucleare.eu/en/deep-isolation-lists-on-otcqb-nuclear-waste-storage-goes-underground/#respond Sat, 18 Jul 2026 18:35:50 +0000 https://energianucleare.eu/deep-isolation-lists-on-otcqb-nuclear-waste-storage-goes-underground/ Deep Isolation Nuclear has debuted on the OTCQB Venture Market and is advancing its deep borehole waste disposal technology toward commercial deployment. CEO Rod Baltzer marked the milestone in a shareholder letter, signaling that after a decade of development the company is ready to take its solution to the global market.

L'articolo Deep Isolation Lists on OTCQB: Nuclear Waste Storage Goes Underground proviene da Energia nucleare.

]]> https://energianucleare.eu/en/deep-isolation-lists-on-otcqb-nuclear-waste-storage-goes-underground/feed/ 0 Actineer closes the loop: recycling Radium-226 to produce Actinium-225 https://energianucleare.eu/en/actineer-closes-the-loop-recycling-radium-226-to-produce-actinium-225/ https://energianucleare.eu/en/actineer-closes-the-loop-recycling-radium-226-to-produce-actinium-225/#respond Wed, 15 Jul 2026 06:22:00 +0000 https://energianucleare.eu/actineer-closes-the-loop-recycling-radium-226-to-produce-actinium-225/ Actineer, a joint venture between Canadian Nuclear Laboratories and ITM Isotope Technologies Munich, has successfully completed a closed-loop process to recycle Radium-226 and produce Actinium-225 at commercial scale. The isotope is central to Targeted Alpha Therapy, a precision cancer treatment expanding rapidly worldwide.

L'articolo Actineer closes the loop: recycling Radium-226 to produce Actinium-225 proviene da Energia nucleare.

]]> https://energianucleare.eu/en/actineer-closes-the-loop-recycling-radium-226-to-produce-actinium-225/feed/ 0 Deep Isolation goes public with $33M raise: the deep borehole technology for nuclear waste disposal https://energianucleare.eu/en/deep-isolation-goes-public-with-33m-raise-the-deep-borehole-technology-for-nuclear-waste-disposal/ https://energianucleare.eu/en/deep-isolation-goes-public-with-33m-raise-the-deep-borehole-technology-for-nuclear-waste-disposal/#respond Wed, 15 Jul 2026 06:10:13 +0000 https://energianucleare.eu/deep-isolation-goes-public-with-33m-raise-the-deep-borehole-technology-for-nuclear-waste-disposal/ Deep Isolation Nuclear has listed on the OTCQB Venture Market under the ticker DBHL, bringing to public markets its technology for disposing of nuclear waste in directional boreholes drilled more than one kilometer deep. The move follows a $33 million private funding round and the launch of a demonstration program in Texas.

L'articolo Deep Isolation goes public with $33M raise: the deep borehole technology for nuclear waste disposal proviene da Energia nucleare.

]]> https://energianucleare.eu/en/deep-isolation-goes-public-with-33m-raise-the-deep-borehole-technology-for-nuclear-waste-disposal/feed/ 0 Bacteria convert dissolved uranium into stable compound within 130 days https://energianucleare.eu/en/bacteria-convert-dissolved-uranium-into-stable-compound-within-130-days/ https://energianucleare.eu/en/bacteria-convert-dissolved-uranium-into-stable-compound-within-130-days/#respond Fri, 10 Jul 2026 18:00:31 +0000 https://energianucleare.eu/bacteria-convert-dissolved-uranium-into-stable-compound-within-130-days/ Researchers at the Helmholtz-Zentrum Dresden-Rossendorf have shown for the first time that bacteria found in mine water can reduce 95% of dissolved uranium within 130 days, forming a stable compound never previously observed in nature. The study, published in Nature Communications, opens new avenues for the biological remediation of contaminated mining sites.

L'articolo Bacteria convert dissolved uranium into stable compound within 130 days proviene da Energia nucleare.

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