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Air Permit Compliance for Hanford Waste Retrieval Operations Involving Multi-Unit Emissions

机译:涉及多单元排放的汉福德废物回收业务的空气许可证合规性

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Since 1970, approximately 38,000 suspect-transuranic and transuranic waste containers have been placed in retrievable storage on the Hanford Site in the 200 Areas burial grounds. Hanford's Waste Retrieval Project is retrieving these buried containers and processing them for safe storage and disposition. Container retrieval activities require an air emissions permit to account for potential emissions of radionuclides. The air permit covers the excavation activities as well as activities associated with assaying containers and installing filters in the retrieved transuranic containers lacking proper venting devices.Fluor Hanford, Inc. is required to track radioactive emissions resulting from the retrieval activities. Air, soil, and debris media contribute to the emissions and enabling assumptions allow for calculation of emissions. Each of these activities is limited to an allowed annual emission (per calendar year) and contributes to the overall total emissions allowed for waste retrieval operations. Tracking these emissions is required to ensure a permit exceedance does not occur.A tracking tool was developed to calculate potential emissions in real time sense. Logic evaluations are established within the tracking system to compare real time data against license limits to ensure values are not exceeded for either an individual activity or the total limit. Data input are based on field survey and workplace air monitoring activities.This tracking tool is used monthly and quarterly to verify compliance to the license limits. Use of this tool has allowed Fluor Hanford, Inc. to successfully retrieve a significant number of containers in a safe manner without any exceedance of emission limits.
机译:自1970年以来,大约有38,000个可疑的超铀和超铀废物容器被放置在200个地区埋葬地汉福德遗址的可回收存储中。汉福德的废物回收项目正在回收这些埋藏的容器,并对其进行处理以安全地存储和处置。集装箱回收活动需要空气排放许可,以说明放射性核素的潜在排放。空气许可证涵盖挖掘活动以及与分析容器相关的活动,以及在没有适当通风装置的回收超铀容器中安装过滤器的活动.Fluor Hanford,Inc.需要跟踪回收活动产生的放射性排放。空气,土壤和碎屑介质会造成排放,并且启用假设可以计算排放。这些活动中的每一项都限制在允许的年度排放量(每个日历年)之内,并有助于废物回收作业允许的总排放总量。需要跟踪这些排放量以确保不会发生许可证超标。开发了跟踪工具以实时计算潜在排放量。在跟踪系统内建立逻辑评估,以将实时数据与许可限制进行比较,以确保单个活动或总限制的值均不会超出。数据输入基于现场调查和工作场所空气监测活动。此跟踪工具每月和每季度使用一次,以验证是否符合许可限制。使用此工具使Fluor Hanford,Inc.能够以安全的方式成功地取回大量容器,而不会超出排放限制。

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  • 来源
    《Waste Management Symposium》|2008年|299-308|共10页
  • 会议地点 Phoenix AZ(US)
  • 作者

    D.E. Faulk; F.M. Simmons;

  • 作者单位

    Fluor Hanford Inc. P.O. Box 1000 Richland WA 99352 USA;

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  • 入库时间 2022-08-26 14:33:56

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