Digital Technologies Used in Constructability Design for Surface Installations

Milton Simas G Torres, B. A. Rodrigues, Alexandre Rocha do Nascimento
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Abstract

During basic design development for new FPSO projects in Brazilian pre-salt exploration, digital technologies were employed, in order to achieve constructability design requirements, construction and commissioning specification checks. Due to its benefit cost, schedule, quality, and overall project objectives and deep influence in platform safety and operability, in a process explained in Figure 1. Those digital technologies, such as the use of databases, computer aided engineering (CAE), analysis tools, 3D simulations and consistency check, were identified in constructability reviews and were developed to achieve the best constructability procedures and solve construction inconsistencies between several involved disciplines in posterior detailed design, procurement and commissioning phases. This manuscript aims to present the use of digital technologies to support constructability analysis in offshore oil & gas production facility – surface installations - projects of Petrobras.
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数字技术在地面设施可施工性设计中的应用
在巴西盐下勘探新FPSO项目的基本设计开发过程中,为了实现可建造性设计要求、施工和调试规范检查,采用了数字技术。由于其效益、成本、进度、质量和项目总体目标,以及对平台安全性和可操作性的深刻影响,其过程如图1所示。这些数字技术,如数据库的使用、计算机辅助工程(CAE)、分析工具、3D模拟和一致性检查,在可施工性审查中被确定,并被开发出来,以实现最佳的可施工性程序,并解决在后期详细设计、采购和调试阶段几个相关学科之间的施工不一致。该手稿旨在介绍数字技术的使用,以支持海上石油和天然气生产设施的可施工性分析-地面设施-巴西国家石油公司的项目。
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