Performance Improvement Of Injection Pump Machines Based On Overall Equipment Effectiveness: Case Study In Oil Company

C. Jaqin, Darso Alimudin, H. Purba, S. Aisyah
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引用次数: 2

Abstract

Although the water injection pump system produced is not the main system in oil and gas production, but this system becomes very important because failures occur in the injection pump can cause pollution and loss of production opportunity-LPO. The Pertamina Exploration and Production-PEP field Bunyu injection pump system often fails. Maintenance performance is measured by the availability that has low amount and impact on increasing LPO (as an undesirable condition). This study aims to optimize the effectiveness of PEP field Bunyu injection pump by implementing measurements of overall equipment effectiveness (OEE) and analysis of six big losses. The analysis results show that the proposed problem components that need to be improved are suction and discharge pump piping, pump characteristics, power supply characteristic, setting of suction or discharge valve and quality of pump spare part. The results of the study show that there are two big losses affecting the effectiveness of water injection pump system produced, namely breakdown losses and reduced speed losses. As a result of improvements, it shows increased OEE value.
基于设备整体效能的注塑机性能改进——以石油公司为例
虽然生产的注水泵系统不是油气生产中的主要系统,但由于注水泵发生故障会造成污染和lpo生产机会的损失,因此该系统变得非常重要。Pertamina勘探与生产- pep油田Bunyu注油泵系统经常发生故障。维护性能是通过可用性来衡量的,可用性对增加LPO的数量和影响较小(作为不希望出现的情况)。本研究旨在通过对PEP油田Bunyu注油泵整体设备效率(OEE)的测量和六大损失的分析来优化其有效性。分析结果表明,提出的需要改进的问题部件是吸排泵管路、泵特性、电源特性、吸排阀的设置和泵备件的质量。研究结果表明,影响注水泵系统效能产生的两大损失,即击穿损失和减速损失。由于改进,它显示出更高的OEE值。
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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