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The auger waste removal tool and process equipment will be designed to support tank-side retrieval operations and be designed to facilitate relocation of the retrieval equipment to support the treatment of additional tanks containing
Cold spray has the ability to perform metal-to-metal solutions for increasing the thickness of a double-shell tank wall and potentially repair penetrations.
Mercury recovery at the Miramas site in France: More than 97% of the mercury processed was recovered or disposed of appropriately—the majority of materials cleaned by the TDU and the washing system were reused as backfill
material on the site.
The mobile evaporator system was designed to take spent water-ethylenediaminetetraacetic acid (EDTA) based chemical cleaning solvent and reduce the volume of waste required to go through downstream processes, with a nominal capacity of 10,000 gallons a day.
The mobile hot cell technology was developed by Orano to provide nuclear waste retrieval and processing with a system providing most of the functions needed to safely dispose of mixed solid remote‑handled waste.
Decommissioning & Decontamination
Anemone is a tool designed to grip any solid element, whether for sampling purposes or more generally for recovery and removal.
Customized and comprehensive deactivation, decontamination, decommissioning and dismantling (D4) solutions for nuclear facilities that have reached the end of their life cycle.
DEROSA is a semi-automatic robotic cutting solution developed for volume reduction operations in a shielded nuclear environment.
LEOPARD combines all aspects of data management into a single, powerful tool that is used across all phases of a D&D project to properly plan, monitor, and optimize the key
The Mobile Apparatus for Nuclear Expertise Localization Assistance, or MANUELA, is a handheld tool used for simultaneous 3D measurements for metrology and radiological mapping of nuclear facilities.
Data used from the TN-32B modified HBU demonstration cask's 63 thermocouples will be used to confirm the thermal models used to predict the behavior of HBU fuel in dry storage casks through the loading, drying and long term storage phases.
Studies to support deployment of advanced reactor technology and starting the process of licensing and characterization studies to support the deployment of advanced reactor technology at the Portsmouth Site in the 2028 to 2033 timeframe.
With an experienced nuclear workforce in locations around the world, Orano continuously invests in the latest technology, hardware, software, and training to put us at the forefront of nuclear safety software engineering and development.
Spectrano is a joint venture led by small business Spectra Tech, Inc. and partner Orano Federal Services LLC to pursue small business setaside contracts and provide U.S. federal agencies with the experience of two companies who have extensive experience at sites across the country.
Packaging & Transport
Cask fleet: For more than 60 years, Orano has provided integrated nuclear logistics solutions with unique expertise in the design, approval, and manufacture of packaging.
Packaging capabilities: significant experience, lessons learned and a depth of resources in packaging design, analysis, testing, licensing and fabrication.
Packaging design and transport solutions: broad base of technical skills and the experience to execute nuclear, mechanical, structural, and thermal design analysis along with fabrication and testing of transportation and handling equipment.
For more than 60 years, Orano TN has provided the nuclear industry with transportation logistics services and packaging to support the entire nuclear fuel cycle.
Orano's calciner technology produces waste forms that are demonstrated to be optimized with waste loading, stable over long periods of time, designed for ease of handling, and devoid of material requiring IAEA safeguards.
The Cold Crucible Induction Melter (CCIM) process uses an induction melter with water-cooled walls that create a protective glass layer. It was developed to be used for new or unique corrosive effluent compositions impossible to treat with other technologies and to produce new waste containment matrices with higher waste
The DEM&MELT in-can vitrification process is an innovative solution for treating intermediate and high level waste arising from remediation and D&D. DEM&MELT operates within a compact unit, ensuring significant volume reduction, safe radionuclide containment, and waste stabilization.
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