首页> 外文会议>International Petroleum Technology Conference >ALARP Demonstration in UCG Trial Production Operations (TPO) Facility Design
【24h】

ALARP Demonstration in UCG Trial Production Operations (TPO) Facility Design

机译:UCG试用业务(TPO)设施设计中的ALARP演示

获取原文

摘要

This paper presents various techniques/ tools used to demonstrate the major Health, Safety and Environment (HSE) risks involved in the tight gas appraisal program, especially in designing the surface facility for the Trial Production Operation (TPO), has been reduced to As Low As Reasonably Practicable (ALARP). In the challenging environment of central Sichuan basin i.e. local hilly terrain and densely populated farm land, the paper looks at the local requirement and importance of the analysis right from the design phase for a safe and efficient operation of the TPO facility. The techniques covered include Hazard Identification (HAZID) Study, Hazard and Operability Study (HAZOP), Safety Integrity Level (SIL)/Instrumented Protective Function (IPF) study, Fire and Explosive Risk Analysis (FERA) and Fire Protection Analysis (FIREPRAN) study. The paper covers the documentation of ALARP demonstration into a Design HSE Case. Major Accidents Hazards (MAH) in the TPO facility are identified using the Risk Assessment Matrix (RAM). A systematic and structured Hazards and Effects Management Process (HEMP) is applied in the design of the TPO facility and the risks associated with MAHs are actively and systematically reduced to ALARP. The effectiveness of all barriers and controls for each MAH are evaluated and complied with the set criteria (Bow-tie assessment). If the HEMP assessment determines that a barrier or risk management of a MAH is only partially effective, further remedial action and effort is done to close the gap. Besides, Safety Critical Elements (SCE) and their performance standards are identified and developed as a key input to the Asset Integrity Process Safety Management (AIPSM) in the operations phase. Finally, the TPO facility design on a plot size of 70m x 70m pad was accepted for construction and trial production. Further improvement study and optimization has been ongoing including taking other unconventional gas (UCG) best practices and learning into the development planning.
机译:本文介绍了各种技术/工具,用于证明涉及紧密燃气评估计划中涉及的主要健康,安全和环境(HSE)风险,特别是在设计试验运行(TPO)的表面设施时,已减少到低点合理切实可行(ALARP)。在四川盆地中部的挑战环境中,即当地丘陵地形和密集的农场土地,纸张从设计阶段看出了分析的当地要求和重要性,以便安全有效地运行TPO设施。涵盖的技术包括危险鉴定(HAZID)研究,危险和可操作性研究(HAZOP),安全完整性水平(SIL)/仪表保护功能(IPF)研究,火灾和爆炸性风险分析(FERA)和防火分析(FIREPRAN)研究。纸张涵盖了Alarp演示文献,成为设计HSE案例。使用风险评估矩阵(RAM)确定TPO设施中的主要事故危险(MAH)。系统和结构化的危险和效果管理过程(HEMP)应用于TPO设施的设计,与MAHS相关的风险积极且系统地减少到ALARP。评估每个MAH的所有屏障和控制的有效性,并遵守设定标准(弓形式评估)。如果大麻评估决定了MAH的障碍或风险管理只是部分有效的,则采取进一步的补救行动和努力来缩小差距。此外,安全关键元素(SCE)及其性能标准被识别并开发为运营阶段的资产完整性过程安全管理(AIPSM)的关键输入。最后,接受了绘图尺寸为70m x 70m垫的TPO设施设计用于建筑和试验。进一步的改进研究和优化已经持续,包括采取其他非传统气体(UCG)最佳实践和学习发展规划。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号