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支持放射性物质回收利用的技术开发与应用.pdf

上传人: 可*** 编号:991681 2025-12-07 22页 2.19MB

1、Radwaste SummitSavannah GA.June 2025Technology Development and Application to Support Recycling of Radioactive MaterialsTimothy N.Milner CTOEnergySStewards of the environment2Society is Changing2REMEMBER WASTE-BEFORE RECYCLINGToday-SStewards of the environment3Decommissioning Nuclear Plants 30%of th

2、e cost of decommissioning a nuclear plant is waste disposal 95%of decommissioning waste is LLW/Disposal 1%is radioactive,only the thin film of contamination on the surface(less than 1%of the volume)makes the bulk of the material LLW Imagine if waste isnt waste?Reuse/Recycle/RStewards of the environm

3、ent4D&D A Waste Liability or a Mine of Valuable Resources 4NPP D&DRecycleFacilityLLW Storage&DisposalAerospaceRadiopharmaceuticalBatteries EVsAutomotiveParticle Accelerators Concrete backfill WasteMinimization&Packing FacilityParadigm ShiftCurrentlyTechnology Types Enabling Technology Disruptive Tec

4、hnology Transformational Technology Digital Technology Stewards of the environment6Enabling TechnologyCore Technology We Apply To Win WorkDecontaminationSort&SegSize ReductionLWP IX,RO,UF,SEDS,ALPS,HICsRemote Tooling/RoboticsDigital TwinsSteam ReformingMetal MeltingWaste Containers&Transportation“El

5、ectrowinning Electrode,Cell and Process”“Apparatus for Gasifying Organic Materials”“Electrochemical Leaching of Soil”“Robust Technetium Removal Method and System”“Method for Treating Radioactive Waste Water”(SAFE Technology)“System and Method for Processing Spent Nuclear Fuel”“Shielded Packaging Sys

6、tem for Radioactive Waste”FLUID TREATMENT METHODS AND SYSTEMSSYSTEMS AND METHODS FOR ISOTOPIC WATER SEPARATIONMETHODS RELATING TO ISOTOPIC WATER FILTRATIONSYSTEM FOR FILLING A CONTAINER WITH HAZARDOUS WASTE“Lid Lifter”“Panel Filter System“System and Method for the Removal of Radioactive Particulate

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根据《Radwaste Summit Savannah GA. June 2025》的内容,以下是全文关键点的概括: 1. 核废料处理成本高,其中超过30%用于废物处置,95%为低放废物。 2. 核废料中只有不到1%的放射性物质,其余大部分为低放废物。 3. 能源解决方案公司致力于将核废料转化为有价值的资源,通过技术发展实现废物最小化、回收和减少。 4. 技术类型包括:使能技术、颠覆性技术和转型性技术。 5. 使能技术包括去污、分选、尺寸减小、液体废物处理等。 6. 颠覆性技术包括机器人自动化、废物增值、电冶金等。 7. 转型性技术包括高价值金属回收、稀土元素提取、医疗同位素生产等。 8. 公司投资于新基础设施和设施升级,以部署其专利创新技术。 9. 通过“废物到回收”的核废料回收,每年可产生1000-5000居里的钴-60、铯-137、镍-63、锶-90和碳-14,供再利用。 10. 公司致力于通过可持续性和循环经济减少碳足迹,并建立全球合作伙伴关系。
"核废料变资源,揭秘循环经济!" "核废变宝,技术革新引领未来!" "核能废料,如何变废为宝?"
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