Preparing for Subsea Source Control Response: IOGP Reports 592, 594, 595 and Optimising Response Timelines

A. Best, P. Brenan
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Abstract

In response to the Montara and Macondo subsea well incidents in 2009–10, the industry's knowledge of and ability to respond to a subsea source control (SSC) event has greatly improved. Industry has invested heavily in its response capabilities and established best practices to resolve future incidents that may arise in the offshore oil and gas operations. The investment has driven rapid advancements in science, engineering, and new technological equipment developments to establish a higher standard for SSC preparedness and readiness. The industry now has a high confidence in its ability to deal with a subsea well release. The growth in capability has led to many variations in equipment and response plans, which has led to complexity in an already highly technical field. To reduce the complexity, common understanding is required of all the actions that comprise a SSC response, the linkages and dependencies between all the actions, and the critical path items that influence the overall timeframes of regaining control of the well. With a common understanding of the response plan comes enhanced industry, regulator and community confidence in the ability of the oil and gas industry to appropriately manage its environmental and social impacts. To help with this effort, the International Association of Oil and Gas Producers (IOGP) has produced reports 592, 594 and 595. Report 594 is a guideline that can be used to support subsea source control response planning and Report 595 addresses capping stack design and operational reliability. IOGP Report 592 - Subsea Capping Response Time Model Toolkit User Guide, was completed in December 2019. It was jointly developed by IOGP and the Australian National Offshore Petroleum Safety and Environmental Authority (NOPSEMA). This report involved the creation of a digital subsea response time model that is freely available with a number of different software templates. The objective was to create a common standardized document that described the processes for preparing and implementing a subsea well blowout response in a timeline format, and in doing so, identify and communicate critical path activities, areas that can be prioritised pre-response, be easily transferrable to other parties to support mutual aid activities and, should the need arise, be used as an actual response project planning tool. This paper informs readers of these resources and explains the reasoning behind their creation.
准备海底源控制响应:IOGP报告592、594、595和优化响应时间表
在2009 - 2010年发生的Montara和Macondo海底油井事故之后,油气行业对海底源控制(SSC)事件的应对知识和能力得到了极大的提高。业界在响应能力方面投入了大量资金,并建立了最佳实践来解决海上油气作业中可能出现的事故。这项投资推动了科学、工程和新技术设备的快速发展,为SSC的准备和准备建立了更高的标准。现在,油气行业对其处理海底油井泄漏的能力充满信心。能力的增长导致了设备和响应计划的许多变化,这导致了本已高度技术领域的复杂性。为了降低复杂性,需要对构成SSC响应的所有动作、所有动作之间的联系和依赖关系,以及影响恢复对井的控制的总体时间框架的关键路径项目有共同的理解。随着对应对计划的共同理解,行业、监管机构和社会对油气行业适当管理其环境和社会影响的能力的信心也会增强。为了帮助实现这一目标,国际石油和天然气生产商协会(IOGP)发布了第592,594和595号报告。报告594是一份指导方针,可用于支持海底源控制响应计划,报告595涉及封顶装置设计和操作可靠性。IOGP报告592 -海底封顶响应时间模型工具包用户指南,于2019年12月完成。它是由IOGP和澳大利亚国家海上石油安全和环境管理局(NOPSEMA)联合开发的。该报告涉及数字海底响应时间模型的创建,该模型与许多不同的软件模板一起免费提供。目标是创建一个通用的标准化文件,以时间表的形式描述准备和实施海底井喷响应的过程,并在此过程中,识别和沟通关键路径活动,可以优先响应的区域,容易转移到其他各方以支持互助活动,如果需要,用作实际的响应项目规划工具。本文向读者介绍了这些资源,并解释了创建这些资源背后的原因。
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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