{"title":"Implementation of Advanced Offshore Structure Integrity Management based on API RP2SIM in Medco E&P Offshore","authors":"E. Islami","doi":"10.29118/ipa20-f-172","DOIUrl":null,"url":null,"abstract":"The structural integrity management (SIM) is important for the safe operation and maintenance of offshore fixed platform installation in accordance with the objectives set out in the Asset & Operating Integrity Philosophy. A Structural Integrity Program as part of the SIM is required as an ongoing process to ensure fitness-for-purpose of an offshore structure. Medco E&P developed the SIM system based on API RP2SIM in year of 2014 and has been successfully implementing it for the last 6 years. Based on this system, the interval of underwater inspection has been lengthened from every 2 years (time based inspection) into 4-10 years interval depend on the platform criticality. The potential cost saving of 70% is obtained as a result of implementation the underwater inspection for 10 years period based on inspection practices recommended in API RP 2SIM. The implementation of SIM process based on API RP 2SIM includes managing data, evaluation, strategy and program, the continuous improvement efforts and lesson learned. Medco E&P has implemented an advanced SIM program by determining the underwater inspection program based on risk based underwater inspection and consistently revisit and review the methodology; conduct the advanced analysis for reserve strength ratio; manage platform requalification; follow-up underwater inspection and repair; develop the integrated database system and the platform healthiness dashboard. The integrated database SIM System established a good practice for managing data record, data trending and data update since the system itself contains the platform of general information such as; the inspection data, inspection plan, structural analysis record, change record, reference document as well as the reporting tools. This dashboard is a combined status of initiatives, programs, implementation and evaluations that enables the integrity status can be accessed by management or other groups in the Company to promote effective communication and basis for decision making.","PeriodicalId":269847,"journal":{"name":"Proc. Indon. Petrol. Assoc., Digital Technical Conference, 2020","volume":"40 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2020-09-14","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Proc. Indon. Petrol. Assoc., Digital Technical Conference, 2020","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.29118/ipa20-f-172","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
The structural integrity management (SIM) is important for the safe operation and maintenance of offshore fixed platform installation in accordance with the objectives set out in the Asset & Operating Integrity Philosophy. A Structural Integrity Program as part of the SIM is required as an ongoing process to ensure fitness-for-purpose of an offshore structure. Medco E&P developed the SIM system based on API RP2SIM in year of 2014 and has been successfully implementing it for the last 6 years. Based on this system, the interval of underwater inspection has been lengthened from every 2 years (time based inspection) into 4-10 years interval depend on the platform criticality. The potential cost saving of 70% is obtained as a result of implementation the underwater inspection for 10 years period based on inspection practices recommended in API RP 2SIM. The implementation of SIM process based on API RP 2SIM includes managing data, evaluation, strategy and program, the continuous improvement efforts and lesson learned. Medco E&P has implemented an advanced SIM program by determining the underwater inspection program based on risk based underwater inspection and consistently revisit and review the methodology; conduct the advanced analysis for reserve strength ratio; manage platform requalification; follow-up underwater inspection and repair; develop the integrated database system and the platform healthiness dashboard. The integrated database SIM System established a good practice for managing data record, data trending and data update since the system itself contains the platform of general information such as; the inspection data, inspection plan, structural analysis record, change record, reference document as well as the reporting tools. This dashboard is a combined status of initiatives, programs, implementation and evaluations that enables the integrity status can be accessed by management or other groups in the Company to promote effective communication and basis for decision making.
结构完整性管理(SIM)对于海上固定平台设施的安全运行和维护非常重要,符合资产和运营完整性理念的目标。作为SIM的一部分,结构完整性计划是一个持续的过程,以确保海上结构的适用性。Medco E&P于2014年开发了基于API RP2SIM的SIM系统,并已成功实施了6年。基于该系统,根据平台的临界情况,水下检测的间隔时间由原来的每2年一次(基于时间的检测)延长为4-10年一次。根据API RP 2SIM中推荐的检查方法,实施为期10年的水下检查,可以节省70%的潜在成本。基于API RP 2SIM的SIM流程实施包括数据管理、评估、战略和计划、持续改进努力和经验教训。Medco E&P实施了一项先进的SIM计划,根据水下检查的风险确定水下检查计划,并不断重新审视和审查方法;对储备强度比进行超前分析;管理平台再认证;后续水下检修;开发集成数据库系统和平台健康仪表盘。综合数据库SIM系统建立了良好的数据记录、数据趋势和数据更新管理的实践,因为系统本身包含一般信息的平台,如;检验数据、检验计划、结构分析记录、变更记录、参考文件及报告工具。该仪表板是计划、计划、实施和评估的综合状态,使公司的管理层或其他小组能够访问完整性状态,以促进有效的沟通和决策的基础。