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PBMR UPDATE AND STATUS ON PROCESS HEAT APPLICATIONS

机译:PBMR过程加热应用程序的更新和状态

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PBMR (Pty) Ltd. Is undertaking the implementation of its demonstration project in Koeberg, South Africa with construction planned to start in 2008. Key test facilities have been completed and full-scale tests of first-of-a-kind components are underway. PBMR (Pty) Ltd., as part of a Westinghouse-led consortium, has been awarded the lead contract for the pre-conceptual design of the NGNP project; which could lead to a major demonstration project in the US some time next decade. Also, PBMR is working with Shaw and Westinghouse to develop several important non-power applications, using the high temperatures available from a 500MWt version of the reactor to produce high pressure steam for oil sands in-situ recovery operations, high temperature energy for steam methane reforming, and for thermal water splitting to produce hydrogen and oxygen. Water splitting offers dramatic improvements in coal-to-methane and coal-to-liquids applications by avoiding the inefficiencies of converting coal to hydrogen, with its associated CO_2 emissions. This paper presents an update of the status of this work and the projected uses of this breakthrough nuclear technology.
机译:PBMR(Pty)Ltd.正在南非Koeberg进行其示范项目的实施,计划于2008年开始建设。关键测试设施已经完成,并且正在对首批组件进行全面测试。作为西屋公司牵头的财团的一部分,PBMR(Pty)Ltd.已获得NGNP项目概念前设计的牵头合同;这可能会在下个十年的某个时候导致美国的一个大型示范项目。此外,PBMR正在与Shaw和Westinghouse合作开发一些重要的非电力应用,利用反应堆500MWt版本提供的高温来为油砂原位开采作业产生高压蒸汽,为甲烷蒸汽提供高温能源。重整,并进行热水分解以产生氢气和氧气。通过避免将煤转化为氢气及其相关的CO_2排放的低效率,水分解技术在煤制甲烷和煤制油应用方面实现了显着改善。本文介绍了这项工作的最新情况以及这一突破性核技术的预计用途。

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