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Safety Issues of Russian EP_500 Ceramic Melter And The Feasibility of Its Usage To Vitrify Pu-Containing Materials

机译:俄罗斯EP_500陶瓷熔化的安全问题及其使用的可行性,以玻璃化耐矿物材料

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To resove a problem of radioactive waste treatment in Russia, a complex for the vitrification of high-level wastes (HLW) in a ceramic melter, EP-500, was designed, constructed, and put into use during 1986-97 at the power unit, Mayak. This paper gives a short description of the facility and identifies worst-case and emergency situations that result from final failures of the melters, as well as ways and methods of increasing safety and reliability of the vitrification process that will be realized in the advanced melters, EP-500/3,4. By the way, from the standpoint of nuclear safety, we assess the applicability of the ceramic melter for immobilizing Pu-containing materials. We propose to use melters with SnO_2 electrodes, such as the "Vertical Super Melter" (VSM), which has a number of advantages in the field of nuclear safety to attain the same objectives.
机译:为了在俄罗斯重建俄罗斯放射性废物处理问题,设计,构造,构造,构造,建造,在动力装置的1986-97期间设计了一种陶瓷熔化器(HLW)玻璃化的高水平废物(HLW)的复合物,Mayak。本文介绍了设施的简要描述,并识别了熔体最终故障的最坏情况和紧急情况,以及提高玻璃化过程的安全性和可靠性的方式和方法,这将在先进的熔体中实现, EP-500 / 3,4。顺便说一下,从核安全的观点来看,我们评估陶瓷熔化器的适用性来固定含PU的材料。我们建议使用带有SnO_2电极的熔化,例如“垂直超熔化器”(VSM),在核安全领域具有许多优势,以获得相同的目标。

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