Hazard and Operability Study of Gas Exploration Field Located in Pakistan

S. Ishteyaque, S. Jabeen, S. Abro, A. A. Ghani, S. Sikandar, Q. Saim
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引用次数: 7

Abstract

Daily huge amount of oil and gas (O&G) is consumed around the world which is mainly transported and distributed through pipelines. The integrity and safety of these pipelines is of primary interest for Oil & Gas companies, consultants, Government agencies, and other stakeholders due to adverse consequences and heavy financial losses in case of operational failure. HAZOP (Hazard and Operability Study) is a widely used technique for the identification of process hazards in the design and operation of a facility. The main objective of this work is to analyze the hazards of existing gas & oil transportation plant located in a rural area of Pakistan. A detailed study was conducted by a team of 4-5 professional Engineers and identified the hazards by using specific guide words afterward, proper safety measure was suggested. The whole study was carried out in 6-9 months. After detailed HAZOP study in gas processing unit about 14 risks were identified. Out of which only 01 risk is unacceptable and 03 are undesirable that should be mitigated to risk rank 3, the others are acceptable with controls. Based on which about 13 safety measures were recommended and most of them about 53% include regular or periodic checkups and maintenance. This article presents the cause and work stream of HAZOP and gives real case study for the utilization of HAZOP in gas processing fields. This study reveals the deviation occurs in the incoming gas flow pipeline which causes the plant to shut down and increases the downtime in production.
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巴基斯坦天然气勘探气田危害及可操作性研究
全球每天消耗大量的石油和天然气,这些石油和天然气主要通过管道运输和分配。这些管道的完整性和安全性是油气公司、顾问、政府机构和其他利益相关者最关心的问题,因为如果操作失败,会产生不利后果和严重的经济损失。HAZOP(危害和可操作性研究)是一种广泛使用的技术,用于识别设施设计和运行过程中的危害。本工作的主要目的是分析位于巴基斯坦农村地区的现有天然气和石油运输工厂的危害。由4-5名专业工程师组成的团队进行了详细的研究,并使用具体的引导词识别了危险,然后提出了适当的安全措施。整个研究在6-9个月内完成。通过对气体处理装置HAZOP的详细研究,确定了14个风险。其中只有01个风险是不可接受的,03个是不希望的,应该降低到风险等级3,其他的都是可以接受的。在此基础上,建议了大约13项安全措施,其中大多数约53%包括定期或定期检查和维护。本文介绍了HAZOP的产生原因和工作流程,并对HAZOP在天然气加工领域的应用进行了实例分析。这项研究揭示了在进入气体流动管道中发生的偏差,导致工厂关闭并增加了生产中的停机时间。
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