利用Mps建立天然气和油气管道诊断专家公司项目

G. R. Ganieva, D. Iskhakova, Adel Evgenjevich Shammasov, Dmitri Sergeevitch Kostioukov
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引用次数: 0

摘要

在制造产品和焊接结构中会出现各种技术缺陷。在加工和焊接过程中对结构材料的机械、化学和热影响会引起极限强度、抗脆性断裂、抗腐蚀性等方面的变化。造成故障和损坏的主要运行原因有:缺陷;违反作业条件的;腐蚀;穿;存在过载和不可预见的负载;保养不当等。缺陷影响履行的危险性取决于缺陷的种类、类型和数量。对产品中可能存在的缺陷进行分类,使我们能够选择正确的控制方法和手段。然而,应该注意的是,指导文件中采用的基于无损检测结果的拒绝标准并不能保证在尺寸超过允许范围的物体中存在缺陷会导致运行期间性能的严重下降。这是由于应用的x射线检测技术不允许我们可靠地确定缺陷的类型和确定其特征,没有这些就不可能实现可接受的强度计算的可靠性。在这方面,本文讨论了建立一家专业公司来使用磁力勘探(MPS)检查天然气和石油天然气管道的相关性。该公司将允许管道所有者使用MPS方法进行监测,以获取以下数据:是否存在未经授权的接头;管道缺陷的定位。对计划生产进行技术经济分析,得出主要结论,编制营销、生产和日历计划;对项目风险进行了分析。
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The Project of Creating an Expert Company for the Diagnosis of Gas, and Also Oil and Gas Pipelines Using Mps
Various technological defects arise in manufacturing products and welded structures. Mechanical, chemical and thermal influences on structural materials during processing and welding procedures cause changes in ultimate strength, brittle fracture resistance, corrosion resistance, etc. The main operational causes of failures and damage are: defects; violation of operating conditions; corrosion; wear; the presence of overloads and unforeseen loads; improper maintenance, etc. The danger of the influence of defects on performance depends on their kinds, type and number. The classification of possible defects in the product allows us to choose the right method and means of control. However, it should be noted that the norms of rejection based on the results of non-destructive testing adopted in the guidance documentation do not guarantee that the presence of defects in an object with dimensions exceeding the permissible ones leads to a critical decrease in performance during operation. This is due to the fact that the applied X-ray inspection technologies do not allow us to reliably establish the type of defect and determine its characteristics, without which it is impossible to achieve an acceptable reliability of strength calculations. In this regard, this paper discusses the relevance of creating an expertise company for inspection of gas, and oil and gas pipelines using MPS (magnetic prospecting survey). The company will allow the owner of a pipeline monitoring with the use of the MPS method to obtain such data as: presence or absence of unauthorized tie-ins; location of pipeline defects. The main conclusions are made on the technical and economic analysis of the planned production, with the preparation of marketing, production and calendar plans; the risks of the project are analyzed.
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