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Feasibility study on vitrification of low-and intermediate-level radioactive waste from pressurized water reactors

机译:压水堆中低水平放射性废物玻璃化的可行性研究

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摘要

In order to obtain annual generation volume and composition data for low-and intermediate-level radioactive waste (LILW), characteristics and generation trends for each waste which was produced at nuclear power plants (NPPs) in Korea were inveti- gated. The data were utilized in laboratory scale vitrification experiments and in a technical and economic assessment for LILW vitrification. For technical assessment, four promising melters, which were the cold curcible melter heated by direct induction (CCM), the cold crucible melter heated by vertical electrodes (CCVE), the quantum catalytic extraction process (QCEP), and the plasma torch melter (PT), were selected and evaluated to determine the best available melter.
机译:为了获得中低水平放射性废物(LILW)的年发电量和成分数据,调查了韩国核电厂(NPPs)产生的每种废物的特征和产生趋势。数据用于实验室规模的玻璃化实验以及LILW玻璃化的技术和经济评估。为了进行技术评估,有四个有前途的熔炉,分别是直接感应加热的冷熔炉(CCM),垂直电极加热的冷坩埚(CCVE),量子催化萃取工艺(QCEP)和等离子炬熔炉(PT) ),然后进行选择和评估以确定最佳的可用熔炉。

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