2023-2027 Capital Project Portfolio: The Strategy and Issues Behind the Challenge to Undertake the New FPSOs Necessary to Fulfill the Company's Pre-Salt Business Plan in Brazil

Jose Carlos Do Nascimento Travassos, Edmar Diniz de Figueiredo, Lourenço Lustosa Froes Silva, Leonardo Schacherl de Lima, Luiz Felipe Mathias Saramago
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引用次数: 3

Abstract

The ambitious five-year strategic business plan for Petrobras presented a challenge for its Surface Installation Engineering Department. This paper explores the business case behind the strategy, initiatives and identified issues that enabled Petrobras to design, plan, contract, build and deliver more than fifteen new O&G production systems. The company transformation relied on strategic parallel initiatives. Four areas concentrated the efforts: Corporate Integration, Surface Installations, Subsea Systems and Reservoir Wells. This article focuses on the analysis of the technical actions in the Surface Installation department. Nonetheless, it summarizes the related essential efforts, as well. The optimization process started with high level assumptions, for instance to reinforce one company value. That is, to keep and develop a strong in-house technical knowledge. This allowed to continue a previous development initiative to create internal Concept and Basic Design Engineering for Standard FPSO Design. The major challenge occurred during the COVID-19 pandemic. Petrobras mobilized its longest and largest Organizational Response Structure (EOR) team in its history. It involved all company departments with direct contribution of more than a thousand employees assigned for two years. With deep respect to the lives impacted and lost, there were lessons learned in this process, although Petrobras managed to continue its essential operations. From Corporate Integration perspective, Petrobras actively managed its asset portfolio to reduce the company's debt. Combined with favorable commodity prices, it allowed the company to restore and increase its financial situation to invest in oil production development despite observed volatility in the macroeconomic scenario. Regarding Reservoir and Wells, innovative technology created conditions to reduce the overall completion time. Subsea Systems layout optimizations and a more efficient resource management like the PLSV assigned fleet present significant contribution to the results. Focusing on Surface Installations, in this article are detailed the actions taken to improve the internal conditions to meet the company's strategic plan. Firstly, the reinforcement of internal capacity for Concept and Basic Design Engineering in standard FPSO Design. The portfolio of FPSOs allowed design standardization process to evolve. Optimization in system machinery design templates saved time while respecting each project unique input design conditions. One of the results was a new series of FPSOs with All Electric concept design. It consequently tends to increase efficiency and overall reduction of greenhouse gas emissions. Another key point identified was the interface among Petrobras, its supply partners, and shipyards. Through a permanent FPSO market monitoring committee, the process of procuring technical qualification was updated and stimulated early engagement of critical equipment suppliers. Furthermore, Petrobras have been continuously improving the drafting of contract terms for each FPSO project to stimulate shared interest. Finally, there were also improvements during FPSO construction and commissioning phase. The above mentioned efforts are expected to increase the chances of Petrobras delivering its strategic plan and sustainable growth. There are lessons learned to undertake fifteen O&G production systems in a synchronous manner. This is a considerable number of offshore projects for any operator company.
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2023-2027年资本项目组合:为实现公司在巴西的盐下业务计划,承担新fpso所需的挑战背后的战略和问题
Petrobras雄心勃勃的五年战略业务计划对其地面安装工程部提出了挑战。本文探讨了战略背后的商业案例、计划和确定的问题,这些问题使Petrobras能够设计、规划、签订合同、建造和交付超过15套新的油气生产系统。公司的转型依赖于战略上的并行行动。主要集中在四个方面:公司集成、地面安装、海底系统和油藏井。本文着重分析了地面安装部门的技术动作。尽管如此,它也总结了相关的基本努力。优化过程从高层次的假设开始,例如强化公司价值。也就是说,保持和发展强大的内部技术知识。这使得之前的开发计划得以继续,为标准FPSO设计创建内部概念和基本设计工程。主要挑战发生在COVID-19大流行期间。巴西国家石油公司动员了其历史上最长、最大的组织响应结构(EOR)团队。它涉及到公司所有部门,有一千多名员工直接参与,历时两年。尽管巴西国家石油公司设法继续其基本业务,但我们对受到影响和失去的生命深表敬意,并在此过程中吸取了经验教训。从企业整合的角度来看,巴西国家石油公司积极管理其资产组合,以减少公司的债务。再加上有利的大宗商品价格,该公司得以恢复并增加其财务状况,以便在宏观经济形势波动的情况下投资于石油生产开发。在油藏和油井方面,创新技术为缩短整体完井时间创造了条件。海底系统布局优化和更有效的资源管理(如PLSV分配的船队)对结果做出了重大贡献。本文以地面设施为重点,详细介绍了为改善内部条件以满足公司战略计划而采取的行动。第一,加强标准FPSO设计中概念和基础设计工程的内部能力。fpso的组合使设计标准化过程得以发展。系统机械设计模板的优化节省了时间,同时尊重每个项目独特的输入设计条件。其中一个成果是采用全电动概念设计的新系列fpso。因此,它倾向于提高效率和全面减少温室气体排放。确定的另一个关键点是Petrobras、其供应合作伙伴和造船厂之间的接口。通过常设FPSO市场监测委员会,更新了采购技术资格的过程,并刺激了关键设备供应商的早期参与。此外,巴西国家石油公司一直在不断改进每个FPSO项目的合同条款起草,以激发共同利益。最后,在FPSO建造和调试阶段也有改进。上述努力有望增加Petrobras实现其战略计划和可持续增长的机会。从15个油气生产系统的同步生产中吸取了经验教训。对于任何一家运营商来说,这都是相当多的海上项目。
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