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Design Verification of Deep Boreholes: A Review of Available Inspection Tools

机译:深孔的设计验证:现有检查工具的回顾

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Deep borehole disposal (DBD) has been suggested as an option for disposing spent nuclear fuel in a number of countries, including several countries that are subject to international safeguards. DBD presents some distinct challenges for safeguards compared to a conventional mined geological repository (MGR), including the ability to verify declared design information about the borehole. The ability to verify a borehole's design is crucial for assuring that spent fuel or other accountable nuclear materials are disposed as declared in a borehole of known and verifiable design. This study reviews existing commercial off-the-shelf (COTS) borehole inspection tools currently used by the drilling industry, and evaluates the capabilities of those COTS inspection tools against how well they can meet potential needs and requirements of Design Information Verification (DIV) inspections for international safeguards. The study identified several promising COTS borehole inspection tools that might be used for DIV safeguards inspections and suggests possible modifications and future testing.
机译:在许多国家,包括受到国际保障的几个国家中,建议将深孔处置(DBD)作为处置乏核燃料的一种选择。与常规的采矿地质库(MGR)相比,DBD在保障方面面临一些独特的挑战,包括验证已声明的有关井眼的设计信息的能力。验证井眼设计的能力对于确保按已知和可验证设计的井眼中声明的那样处置乏燃料或其他负责任的核材料至关重要。这项研究回顾了钻井行业当前使用的现有商用现货(COTS)钻孔检查工具,并评估了这些COTS检查工具的性能满足其对设计信息验证(DIV)检查的潜在需求和要求的能力。为国际保障。该研究确定了几种有前途的COTS钻孔检查工具,这些工具可用于DIV保障检查,并提出了可能的修改和将来的测试。

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