首页> 外文会议>2001 conference of Waste Management (WM);Annual Waste Management Symposium >SHARING EXPERTISE AND TECHNOLOGIES IN DEACTIVATING ANDDECOMMISSIONING DOE'S CONTAMINATED EXCESS FACILITIES
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SHARING EXPERTISE AND TECHNOLOGIES IN DEACTIVATING ANDDECOMMISSIONING DOE'S CONTAMINATED EXCESS FACILITIES

机译:在停用和退役DOE受污染的超额设施方面分享专业知识和技术

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The overwhelming task that the U.S. Department of Energy (DOE) has in dispositioning itsrn10,000 or more unwanted and unneeded contaminated excess facilities can and will bernaccomplished by new approaches in technology and techniques that improve the dispositionrnprocess. Many of these facilities are already under the management of the DOE Office ofrnEnvironmental Management (EM) and, beginning in FY 2002, additional contaminated excessrnfacilities will be transferred to EM adding to the enormous task of deactivation andrndecommissioning. This inventory of contaminated excess facilities requiring disposition includesrnsome of the largest, most complex facilities in the world.rnHistorically, EM has not been as effective in sharing technologies and lessons learned at thernworking levels due in part to being organized along traditional business lines (e.g., nuclearrnmaterial and facility stabilization, environmental restoration, waste management, etc.). Inrnaddition to a recent reorganization, EM has now identified a new approach to identifying andrnresolving issues and concerns regarding the disposition of DOE's facilities.rnSignificant progress has been made over the past few years in resolving the programmatic andrntechnical challenges associated with facility disposition and EM has developed a means to sharernthe tools and expertise among all DOE sites. Cost estimating, end state determination, facilityrnevaluation, benchmarking, and lessons learned are but a few of the methodologies that have beenrndeveloped by EM for disposition projects.rnThis paper will describe 1) recent initiatives to restructure the deactivation and decommissioningrnnational programs to form a unified approach to facility disposition that addresses the entirernseamless process in a manner that largely mirrors the way in which deactivation andrndecommissioning activities are actually being conducted at DOE's field sites and 2) the recentlyrndeveloped tools and capabilities available to the complex to aid in facility deactivation andrndecommissioning. Project managers, engineers, and planners engaged in the deactivation orrndecommissioning of facilities will be interested in DOE’s new approach and how it has takenrnsteps to share solutions to issues in this area of concern. There have been too many examples inrnthe past of the "not invented here" syndrome. It is expected that the approach recently taken byrnEM will tear down these walls of resistance.
机译:美国能源部(DOE)在处置其10,000或更多不需要的和不需要的受污染的多余设施方面所承担的压倒性任务可以并且将通过改善处置过程的新技术方法来完成。这些设施中的许多设施已经由美国能源部环境管理办公室(EM)进行管理,从2002财年开始,额外的污染过剩设施将转移到EM,这增加了巨大的停用和退役任务。此类需要处置的受污染的多余设施清单包括世界上一些规模最大,最复杂的设施。从历史上看,EM在共享工作层面上的技术和经验教训方面并不那么有效,部分原因是它是按照传统的业务领域来组织的(例如,核材料和设施的稳定,环境恢复,废物管理等)。除了最近的重组之外,EM还发现了一种新方法来识别和解决DOE设施的处置问题。过去几年中,在解决与设施处置相关的计划性和技术性挑战方面取得了重大进展,并且EM得以发展在所有DOE站点之间共享工具和专业知识的方法。成本估算,最终状态确定,设施评估,基准测试和经验教训只是EM为处置项目开发的一些方法。本文将描述1)重组停用和退役国家计划以形成统一方法的近期举措。设施处置以解决整个无缝过程的方式,在很大程度上反映了DOE现场现场实际进行的停用和退役活动的方式; 2)该综合设施最近开发的工具和功能可用于协助设施停用和退役。从事设施停用或退役的项目经理,工程师和规划人员将对DOE的新方法以及如何采取措施共享这一关注领域的问题的解决方案感兴趣。在过去,“这里没有发明”综合症的例子太多了。可以预期,rnEM最近采用的方法将拆除这些阻力墙。

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