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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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TABLE OF CONTENTS 6 MARKET IMPACTS OF CONVERTING TO LOW-ENRICHED URANIUM TARGETS FOR MEDICAL ISOTOPE PRODUCTION, ISBN 978-92-64-99197-2, © OECD 2012 2.2. Example of assessing capacity impacts from LEU-target conversion .....................20 2.3. Capacity model from impacts to outcomes ................................................................21 2.4. Current irradiator capacity vs. demand: impact scenarios ......................................30 2.5. Current and all potential new irradiator capacity vs. demand: impact scenarios .............................................................................................................30 2.6. Current and select new irradiation capacity vs. demand: impact scenarios under a technology-challenges situation ....................................................................31 2.7. Current and select new irradiation capacity vs. demand: impact scenarios under an economic-challenges situation ....................................................................32 2.8. Current processing production vs. demand: impact scenarios................................33 2.9. Current and all new potential processing production vs. demand: impact scenarios ..........................................................................................................................33 2.10. Current and select new processing production vs. demand: impact scenarios under a technology-challenges situation ....................................................................34 2.11. Current and select new processing production vs. demand: impact scenarios under an economic-challenges situation ....................................................................35 3.1. Example of assessing cost impacts from LEU-target conversion.............................38 3.2. Non-HEU- vs. HEU-based 99Mo production: high infrastructure impact scenario and technology-challenges situation...........................................................49 List of tables E1. Range of percentage increases in costs of a 6-day curie of 99Mo from the full-cost recovery reference case as a result of LEU-target conversion ..................13 2.1. Current irradiators ..........................................................................................................23 2.2. Current processors..........................................................................................................23 2.3. Potential irradiators ........................................................................................................24 2.4. Potential processors........................................................................................................25 3.1. Cost per rig for irradiator infrastructure changes ......................................................41 3.2. Cost range related to containers, including regulatory approvals...........................42 3.3. Costs in the supply chain including the impact from LEU-target conversion .......44 3.4. Percentage increase in costs resulting from LEU-target conversion .......................45 3.5. Expected costs in the supply chain from moving to full-cost recovery, from 2010 NEA economic study ....................................................................................46 3.6. Expected costs of target conversion for fully-cost recovered new infrastructure, based on 2010 NEA economic study ..................................................46 3.7. Cost impact of LEU-target conversion of the 99mTc dose ...........................................47 3.8. Impacts of LEU-target conversion as share of reimbursement rate........................48 3.9. Cost to supply chain on LEU-target conversion .........................................................48

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