基于API验收标准的井口隔离阀芯初步设计

B. Baharudin, Rahman Hakim, R. Hidayat, M. Fikri, A. Wilujeng
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引用次数: 1

摘要

在组合井口的情况下,使用间隔阀芯来提供空间并连接井口各部分。为了设计使用指定材料的隔离阀芯,应符合石油和天然气行业的标准和程序。材料计算结果采用ASME BPVC指南。计算了这三种材料的强度,如果用作车身间隔阀芯。根据API 6A第21版的验收标准,这三种材料被归类为可接受的,可用于本规范的车身间隔阀芯。对三种材料的强度进行了法兰应力和法兰刚度准则的计算。根据ASME BPVC准则的验收标准,结果表明,这些材料在材料屈服强度下具有应力值,而在工作条件下的法兰刚度标准为0.59,在试验条件下的法兰刚度值为0.66,因此可以用于法兰。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preliminary Design of Wellhead Spacer Spool Based On the API Acceptance Criteria
In the case of assembly wellhead, a spacer spools was used to provide space and connect between parts of the wellhead. In order to design spacer spool with specified material should comply the standards and procedures of the oil and gas industry. The results of the material calculation were using the ASME BPVC guidelines. These three materials strengths were calculated if used as a body spacer spool. Based on acceptance criteria on API 6A 21st Edition, these three materials were categorized as acceptable to be used as a body spacer spool for this specification. These three materials strengths were also calculated the stress of the flange and flange rigidity criteria. Based on the acceptance criteria on ASME BPVC guidelines, the results showed that these materials can be used for flange because it had stress value under yield strength of material which was flange rigidity criteria for operating condition has 0.59 and 0.66 for testing condition because had value of rigidity that met with minimum acceptance criteria.
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