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NEXT-GENERATION TCAP HYDROGEN ISOTOPE SEPARATION PROCESS

机译:下一代TCAP氢同位素分离工艺

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A thermal cycling absorption process (TCAP) for hydrogen isotope separation has been in operation at Savannah River Site since 1994. The process uses a hot/cold nitrogen system to cycle the temperature of the separation column. The hot/cold nitrogen system requires the use of large compressors, heat exchanges, valves and piping that is bulky and maintenance intensive. A new compact thermal cycling (CTC) design has recently been developed. This new design uses liquid nitrogen tubes and electric heaters to heat and cool the column directly so that the bulky hot/cold nitrogen system can be eliminated. This CTC design is simple and is easy to implement, and will be the next generation TCAP system at SRS. A twelve-meter column has been fabricated and installed in the laboratory to demonstrate its performance. The design of the system and its test results to date is discussed.
机译:自1994年以来,萨凡纳河站点一直在进行用于氢同位素分离的热循环吸收工艺(TCAP)。该工艺使用热/冷氮系统循环分离塔的温度。热/冷氮系统需要使用大型压缩机,换热器,阀门和管道,这很笨重且需要大量维护。最近开发了一种新的紧凑型热循环(CTC)设计。这种新设计使用液氮管和电加热器直接加热和冷却色谱柱,因此可以消除笨重的热/冷氮系统。这种CTC设计简单易行,将成为SRS的下一代TCAP系统。已经制造了一个十二米的色谱柱,并将其安装在实验室中以演示其性能。讨论了系统的设计及其迄今为止的测试结果。

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