基于知识的波斯湾固定式海上油气平台退役选择系统

P. Edalat, Mohamad Baqery
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引用次数: 1

摘要

文章历史:接收时间:2018年6月23日接收时间:2019年9月12日退役过程中涉及的操作的复杂性和成本高昂,要求在整个项目的退役阶段,在油田的使用寿命内进行巨额投资。这项工作为波斯湾固定式海上导管架平台提供了一个基于知识的退役替代策略选择系统。在这种方法中,提出了安装海上风力涡轮机(OWT)的替代方案,作为在波斯湾废弃的平台导管架结构上退役的最可能的经济可行的替代方案。在这方面,考虑了两种战略之间的成本效益研究;一个完全退役,另一个在该地区的本地平台的导管架结构上安装OWT。研究发现,第二种策略是有益的,为公司节省了近900万美元。此外,该公司在OWT安装和运营方面获得了技术和经验,并将在未来几年成为该地区的技术领导者,同时提高该地区温室气体排放的总产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Knowledge Based Decommissioning Alternative Selection System for Fixed Offshore Oil and Gas Platforms in Persian Gulf
Article History: Received: 23 Jun. 2018 Accepted: 12 Sep. 2018 Complexity and costly nature of operations involving in the decommissioning process require huge investments to be done during the lifetime of the field for its decommissioning phase of the total project. This work offers a knowledgebased decommissioning alternative strategy selection system for fixed offshore jacket platforms in the Persian Gulf. In this method, the alternative option of installing offshore wind turbines (OWT) as the most probable economic feasible alternative to decommissioning on an abandoned platform jacket structure in the Persian Gulf is proposed. In this regard, costs and benefits study between two strategies are considered; one total decommissioning and the other installing an OWT on the jacket structure of a local platform in the region. It is found that the second strategy is beneficial and saves near 9 million US dollars for company. Furthermore, the company earns the technology and experiences with OWT installation and operations and would be a technical leader in the region for coming years as well as improve the total rate of greenhouse gas emission production in the region.
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