Market Impacts of Converting to Low-enriched Uranium Targets for Medical Isotope Production

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Market Impacts of Converting to Low-enriched Uranium Targets for Medical Isotope Production ( market-impacts-converting-low-enriched-uranium-targets-medic )

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ANNEX 3. COST IMPACT ELEMENTS Annex 3. Cost impact elements Below is the final list of cost impact elements identified by the expert working group to be important or important but not likely: • An important element is one that is expected to have a significant impact on cost as a result of the conversion process. • An important but not likely element is one that could have a significant impact if it were to come true, but it is not expected that the element will be a concern. This element will not be quantified in the model, but the concern will be noted in the report. The expert working group also identified those possible cost impact elements that were not important. The group agreed that these capacity-related elements were not expected to be impacted significantly either during or after the conversion to using LEU targets. Important cost impact elements 1. Cost difference between HEU and LEU. Target supply 2. Cost for required R&D to develop LEU targets. 3. Cost difference between HEU and LEU targets per unit. Target supplyreactors transportation issues 4. Cost of shipping additional containers. Reactor (irradiation services) 5. Cost impacts from reduced 99Mo irradiation capacity if there were no significant changes to the current reactors. 6. Cost required for infrastructure changes that would be required as a result of moving to LEU targets. For example, will additional cooling be necessary? Additional irradiation rigs? A reconfiguration of reactor? Others? 7. Cost for regulatory approvals, including approval application data and process management, for using changed targets. 8. Cost for regulatory approvals, including approval application data and process management, for using changed infrastructure (e.g. new irradiation rigs installation). 9. Cost for regulatory approvals, including approval application data and process management, for changed number of target irradiations. Reactorsprocessors transportation issues 10. Cost of designing and developing new containers for shipping irradiated LEU targets. 11. Cost of purchasing new containers to transport irradiated LEU targets. 12. Cost of shipping additional targets to processors as a result of changes to irradiation sourcing patterns. Proposed cost impact element Uranium supply MARKET IMPACTS OF CONVERTING TO LOW-ENRICHED URANIUM TARGETS FOR MEDICAL ISOTOPE PRODUCTION, ISBN 978-92-64-99197-2, © OECD 2012 61

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