Methodological Aspects of the Development of Resource-Technological Models for the Formation of the Design Cost of Maintenance and Repair of Oil and Gas Equipment

Denis Siutin, Sergey P. Pahomov
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引用次数: 0

Abstract

An important element in ensuring the stability of the gas transmission system of PJSC Gazprom is the reliability and safety of gas pumping units (GPU), their systems and equipment. Due to the aging of a large number of operating types and modifications of gas compressor units, the task of maintaining their healthy technical condition and ensuring reliable operation through maintenance and repair (MRO) is especially important. At present, when determining the project cost of GPU maintenance and repair work, indicators and data of different levels are used, and at the same time, data on the nomenclature, physical and cost indicators of work in the context of GPU types are not regulated and unified, depending on the full range of work performed by type MRO, technical condition and operating time of units. The article describes the methodological aspects of the development of resource-technological models (RTM) for maintenance and repair in the context of types (modifications) of gas compressor units, types and lists of works that will allow for the integrated formation of the project cost of work.
油气设备维修设计成本形成的资源技术模型开发的方法论方面
确保PJSC Gazprom天然气输送系统稳定性的一个重要因素是天然气抽油机(GPU)及其系统和设备的可靠性和安全性。由于气体压缩机组的大量运行类型和改型的老化,通过维护和维修(MRO)来保持其健康的技术状态并确保其可靠运行的任务尤为重要。目前,在确定GPU维护和维修工作的项目成本时,使用的是不同层次的指标和数据,同时GPU类型背景下的工作术语、物理指标和成本指标的数据不规范和统一,这取决于各类型MRO所执行的全范围工作、机组的技术条件和运行时间。本文描述了在气体压缩机组类型(修改)、类型和工程清单的背景下,用于维护和维修的资源技术模型(RTM)开发的方法方面,这些类型和工程清单将允许项目工作成本的综合形成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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