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자료유형
학술저널
저자정보
저널정보
한국원자력학회 Nuclear Engineering and Technology Nuclear Engineering and Technology 제49권 제2호
발행연도
2017.1
수록면
450 - 457 (8page)

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Waste Isolation Pilot Plant repository releases are evaluated through the application ofmodified parameters to simulate accelerated creep closure, include capillary pressure effectson relative permeability, and increase brine and gas saturation in the operations andexperimental (OPS/EXP) areas. The modifications to the repository model result inincreased pressures and decreased brine saturations in waste areas and increased pressuresand brine saturations in the OPS/EXP areas. Brine flows up the borehole during ahypothetical drilling intrusion are nearly identical and brine flows up the shaft aredecreased. The modified parameters essentially halt the flow of gas from the southernwaste areas to the northern nonwaste areas, except as transported through the markerbeds and anhydrite layers. The combination of slightly increased waste region pressuresand very slightly decreased brine saturations result in a modest increase in spallings andno significant effect on direct brine releases, with total releases from the Culebra andcutting and caving releases unaffected. Overall, the effects on total high-probability meanreleases from the repository are insignificant, with total low-probability mean releasesminimally increased. It is concluded that the modified OPS/EXP area parameters have aninsignificant effect on the prediction of total releases.

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