首页> 外文会议>Waste management 2004 symposium (WM'04): waste management, energy security and a clean environment >EVALUATION,SELECTION AND INSTALLATION OF LIQUID WASTE PROCESSING TECHNOLOGY AND THE DECOMMISSIONING OF RADWASTE VOLUME REDUCTION (RVR)EQUIPMENT AT CALLAWAY NUCLEAR STATION
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EVALUATION,SELECTION AND INSTALLATION OF LIQUID WASTE PROCESSING TECHNOLOGY AND THE DECOMMISSIONING OF RADWASTE VOLUME REDUCTION (RVR)EQUIPMENT AT CALLAWAY NUCLEAR STATION

机译:卡拉威核电站液体废物处理技术的评估,选择和安装以及放射性废物体积减少(RVR)设备的退役

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Callaway Nuclear Station is located in Callaway County,Missouri,80 miles west of St.Louis.The 5,228- acre plant site is also about 10 miles southeast of Fulton on an elevated plateau overlooking the Missouri River to the south.Callaway Nuclear Station is a single unit 1240 MWe Pressurized Water Reactor (PWR),owned and operated by AmerenUE,and has been in operation since October 1984. rnIn August 2000,Callaway Nuclear Station began evaluating their in-plant liquid waste processing system to determine if the plant's evaporators,which had been used since plant startup,should be replaced with a filter-demineralization system.The primary justification for performing a plant modification was the excessive dose received while operating the plant’s evaporators,as well as the cost of maintaining the current plant equipment and processing the residual bottoms from the plant’s evaporators. rnThis project was completed in two phases:Phase One of the project included evaluation,selection and installation of a temporary full size liquid waste processing system.Phase Two of the project included evaluation of the performance of the temporary system,and installation of a permanent system. rnFor Phase One,Callaway established the following evaluation criteria for the full size liquid waste processing system: rn1.Personnel exposure rn2.Processing cost rn3.Solid waste generation rn4.Effluent quality rn5.Equipment reliability rn6.Vendor experience rnCallaway received bids for liquid waste processing systems from three vendors.The technologies that were presented included:ultra-filtration,reverse osmosis,chemical injection and demineralization technologies.The decision was made by Callaway in December of 2000 to install a full-scale liquid waste processing system consisting of an ultra-filter(UF),solids collection system and demineralization vessels.The full-scale ultra-filtration system was installed as a Temporary Modification to the Callaway Plant.Following a two-year operation period,the system's performance was evaluated to determine whether to make it a Permanent Modification to the Callaway Plant.The results of Callaway’s evaluation were as follows: rn1.The Ultra-filtration System(UF)was very effective at removing solids and Co60 rn2.The self contained mechanical filter(solids collection system)worked well to remove the reject from the UF membranes rn3.Effluent quality matched the performance of the plant evaporators
机译:卡拉威核电站位于密苏里州卡拉威县,位于圣路易斯以西80英里处。这处5228英亩的厂区也位于富尔顿东南方约10英里处的高原上,俯瞰南部的密苏里河。由AmerenUE拥有并运营的一个单元1240 MWe压水堆(PWR)于1984年10月投入运行。2000年8月,卡拉威核电站开始评估其厂内废液处理系统,以确定该厂的蒸发器,自工厂启动以来一直使用的过滤器,应将其替换为过滤器脱盐系统。进行工厂改造的主要理由是在操作工厂的蒸发器时收到过量的剂量,以及维护当前工厂设备和过程的成本工厂蒸发器中残留的残渣。 rn该项目分两个阶段完成:第一阶段包括评估,选择和安装临时全尺寸液体废物处理系统。第二阶段包括评估临时系统的性能以及永久系统的安装。 rn对于第一阶段,Callaway为全尺寸液体废物处理系统建立了以下评估标准:rn1。人员暴露rn2。处理成本rn3。固体废物产生rn4。废水质量rn5。设备可靠性rn6。供应商经验rnCallaway收到了液体废物的投标来自三个供应商的处理系统。介绍的技术包括:超滤,反渗透,化学注射和脱盐技术。Callaway于2000年12月决定安装由超滤系统组成的全尺寸液体废物处理系统。过滤器(UF),固体收集系统和脱盐容器。安装了全尺寸超滤系统,作为对卡拉威工厂的临时改型。在为期两年的运行期后,对该系统的性能进行了评估,以确定是否要进行它是对卡拉威植物的永久改良。卡拉威的评估结果如下:rn1.Ultra-filt定量系统(UF)在去除固体和Co60 rn2方面非常有效。自包含的机械过滤器(固体收集系统)可以很好地去除UF膜rn3的残渣。废水质量与工厂蒸发器的性能相匹配

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