A subsidiary of @Nano_Nuclear TNN is focused on constructing, demonstrating and seeking regulatory approval for KRONOS MMR™ Microreactor Energy System in Canada
Thank you @FortuneMagazine for covering LIST, the Only U.S. origin & Patented tech. "Using advanced-laser enrichment technology, LIS aims to bring online its LIST Island facility in Tennessee.., rivaling Urenco’s New Mexico plant in capacity." #USA 🇺🇸⚛️
https://t.co/ED0HGvdQN9
$NNE Historic Japan HALEU Transfer and Associated Spent Fuel Logistics
STS served as the DOE's prime logistics contractor for a major international campaign involving the transfer of approximately 1.7 metric tons of HALEU from Japan — announced by the NNSA as the largest single international uranium shipment in its history — along with the transport of six Type B spent nuclear fuel casks to the DOE's Savannah River Site in Aiken, South Carolina. The campaign required coordinated international licensing, maritime transport, port operations, security planning, customs coordination, and final overland delivery to U.S. destination facilities. The HALEU is expected to support U.S. advanced reactor fuel needs through DOE's HALEU Availability Program. #HALEU
$NNE Thank you @neimagazine "Regulatory progress for NANO: Formal acceptance of NANO's application for a permit to construction its KRONOS MMR at the University of Illinois places the project on track for a possible construction start in 2027." #USA
https://t.co/FKgoxzgcPH
$NNE pleased to announce "Recently Acquired NANO Nuclear Subsidiary Secured Transportation Services (STS) Completes Three DOE and NNSA Aligned Nuclear Materials Transport Missions" The completed missions include a record-setting international shipment of high-assay low-enriched uranium (HALEU) from Japan, support for the removal of highly enriched uranium (HEU) from Venezuela, and a second U.S. domestic HALEU delivery supporting advanced reactor fuel testing. Together, these campaigns demonstrate STS's position as a trusted and experienced nuclear logistics partner capable of supporting complex, highly regulated domestic and international missions for DOE, NNSA, and the broader advanced nuclear sector. #HALEU #LEU #NuclearEnergy #Uranium
$NNE Thank you @W_Nuclear_News for covering our recent regulatory milestone, "Microreactor application accepted for review by US regulator" KRONOS MMR™ $NNE believes is the first commercially-ready microreactor to progress to the CPA stage #NuclearEnergy https://t.co/hc2z0KDuFp
$NNE We're pleased to announce, "NANO Nuclear Acquires Secured Transportation Services LLC, Establishing a Fully Integrated Nuclear Fuel Logistics and Transportation Platform and Joining a Select Group of Revenue-Generating Microreactor Developers" #NuclearEnergy#HALEU#LEU ⚛️
The US Nuclear Regulatory Commission has formally accepted the University of Illinois Urbana-Champaign's application to construct a research KRONOS micro modular reactor on its campus, launching a detailed safety and environmental review of the project.
https://t.co/ZdRYGs4wnS
$NNE We're pleased to announce we reached another goal today, "NANO Nuclear’s KRONOS MMR™ and the University of Illinois Urbana-Champaign Advance to Next Regulatory Milestone as U.S. NRC Formally Accepts Construction Permit Application for Review" #USA 🇺🇸https://t.co/GkCdSgir5u
$NNE "NANO Nuclear estimates that the NRC review will be completed in 2027. Based on this timeline, the company projects that nuclear construction activities on the U. of I. campus will begin in the second half of 2027." #NuclearEnergy#USA#NRC ⚛️🇺🇸
https://t.co/yQE8tLGh7b
$NNE "Why It Matters: If approved, the project would give University of Illinois students and researchers hands on access to cutting-edge reactor technology, training the next generation of nuclear engineers while providing a real-world demonstration platform for microreactor designs that could one day power remote communities, military bases and industrial facilities across the country" Full NRC Acceptance link can be found here: https://t.co/4MqhPYBcH0
$NNE NANO Nuclear Reports Q2 FY 2026 Financial Results and Provides Business Update. Robust quarter end cash, cash equivalents and short-term investment balance of approximately $569 million dollars ⚛️🇺🇸
https://t.co/hVClFWDAc1
$NNE Record breaking attendance and reflecting on another successful year at the @Reuters SMR & Advanced Reactor conference. $NNE CEO James Walker gave an insightful summary of our recent updates and we look forward to the continued success of everyone! #NuclearEnergy#USA ⚛️🇺🇸
WATCH: BLACKROCK CEO LARRY FINK SAYS "I ACTUALLY BELIEVE A NEW ASSET CLASS WILL BE BUYING FUTURES OF COMPUTE, WE JUST DON'T HAVE ENOUGH COMPUTE POWER RIGHT NOW."
$NNE $SMCI We're pleased to announce today, "NANO Nuclear Signs Strategic MOU with Supermicro @Supermicro to Power the Next Generation of AI Data Centers with Advanced Nuclear Energy" Enable a new class of self-powered, grid-independent AI infrastructure https://t.co/pR5QHSV2pF
$NNE "NANO Nuclear Sees KRONOS MMR™ Well-Aligned with NRC’s Evolving Advanced Reactor Frameworks Under Part 53 and Proposed Part 57" The NRC’s Part 53 final rule, which becomes effective on April 29, 2026. #NuclearEnergy#Microreactor#USA ⚛️🇺🇸
https://t.co/izWmh7oFZz
$NNE NANO Nuclear Announces Platinum Sponsorship and Executive Participation at the Upcoming @Reuters Events’ SMR & Advanced Reactor 2026 Conference. The event is the worldwide hub for new nuclear, uniting more than 750 leaders from tech, finance...🇺🇸⚛️
https://t.co/dWwQoib3Nk
📢 La Universidad de Illinois solicita licencia para construir un microrreactor nuclear en su campus. ☢️
🇺🇸 La Comisión Reguladora Nuclear (@NRCgov) ha recibido la solicitud de la @UofIllinois Urbana-Champaign para construir el microrreactor KRONOS, desarrollado junto a @nano_nuclear. Se trata de un reactor modular avanzado de investigación que, de ser aprobado, marcaría un hito en el despliegue de microrreactores en entornos académicos. ☢️
⚡ El proyecto busca demostrar el uso de esta tecnología para generar electricidad y calor sin emisiones, integrándose en infraestructuras existentes como plantas de carbón. Con una potencia de hasta 15 MW eléctricos, el reactor servirá como plataforma de investigación y demostración, avanzando en la descarbonización y en el desarrollo de nuevas aplicaciones nucleares.
Más info 👉🏻 https://t.co/DEYo13HpXb
#EnergíaNuclear #CentralesNucleares #NuclearSí