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MINIMIZING PUBLIC RADIATION DOSE AT DECOMMISSIONED MINE SITES FOR FUTURE LAND USE OPPORTUNITIES

机译:最大限度地减少公共辐射剂量在退役的矿场地区,以进行未来的土地利用机会

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摘要

Waste disposal and decommissioning strategies can be employed to reduce public radiation dose at former mine sites that have become contaminated with naturally occurring radioactive material (NORM). A former mine site in Ontario, licensed by the Canadian Nuclear Safety Commission (CNSC) plans to accept NORM waste from another former mine site under the condition that the additional waste material does not increase the environmental or public health and safety risk associated with the existing site. A gamma survey was conducted to characterize existing radiation dose on the site to site inspectors, casual users and potential future residents. Various disposal options for waste from another former mine site were evaluated based on minimizing dose to future users. Radioactive soil sorting based on gamma levels and varying soil cover depths were explored as shielding mechanisms. Shielding calculations were performed using MicroShield to inform the disposal and decommissioning strategy.
机译:可以使用废物处理和退役策略来减少前矿位点的公共辐射剂量,这些遗址已经被天然存在的放射性物质(符号)污染。由加拿大核安全委员会(CNSC)授权的安大略省的前矿山,该计划计划在额外的废物材料不会增加与现有的环境或公共卫生和安全风险增加的条件下,从另一个前矿场接受常规废物地点。进行了伽玛调查,以表征现场辐射剂量,以现场检查员,休闲用户和潜在未来的居民。根据将剂量最小化到未来的用户,评估来自另一个前矿山现场的各种处理选项。基于伽马水平和不同土壤覆盖深度的放射性土壤分选被探索为屏蔽机制。使用MicrosPield进行屏蔽计算,以告知处置和退役策略。

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