Bentley的SACS软件助力印度海上能源部门节省数百万美元

分类能源科技
地点印度
来源CP
发布时间2026/04/23 11:43
详情描述
印度石油天然气公司(ONGC)近期利用Bentley公司的SACS软件,对位于印度西海岸的18座无人井口导管架平台进行了数字化评估与改造。此次项目旨在通过设施现代化,提升能源生产效率。
由于这些平台需要进行加装导管等改造以提高石油产量,且必须符合更严格的现代设计规范,并应对海洋生物附着带来的水动力载荷增加,工程团队通过SACS软件构建了数字化模型。该软件提供了包括设计级线性及非线性极限强度分析在内的综合评估功能,使工程师能够模拟包括百年一遇风暴在内的极端场景,对结构完整性进行测试。
通过在数字环境中识别潜在失效模式并验证多种加固方案,团队成功优化了现有结构,避免了重建需求。该数字化流程使整体分析效率提升了30%至40%,为公司节省了数百万美元的成本。
📋 简要摘要 ▸
印度石油天然气公司(ONGC)利用Bentley的SACS软件对印度西海岸的18个无人井口平台进行了数字化评估与改造。通过模拟极端风暴场景和结构强度分析,团队成功优化了现有结构,避免了重建,分析效率提升了30%至40%,有效推动了能源设施的现代化进程。
📋 完整原文 ▸
[来源: CP] [分类提示: NEWS]
标题: Bentley’s SACS Software Saves Millions for India’s Offshore Energy Sector
The Oil & Natural Gas Corporation (ONGC) has utilized Bentley’s SACS software to digitally assess 18 unmanned wellhead jacket platforms off India’s western coast, aiming at achieving energy independence through modernization.
These existing structures required modifications, such as adding clamp-on conductors, to enhance oil production. However, the platforms first had to be tested against much stricter modern design codes and increased hydrodynamic loads caused by marine growth.
By leveraging SACS, ONGC created a digital environment to model the structures and run complex simulations, including 100-year storm scenarios, to test their structural integrity.
Bentley’s SACS is a comprehensive offshore structural analysis and modeling technology used to assess the structural integrity and “fitness for purpose” of offshore platforms. It provides a digital environment that allows engineers to model existing jacket structures and perform detailed assessments, including design-level linear and non-linear ultimate strength analyses.
This software allowed the team to perform both linear and non-linear strength analyses, which helped them identify potential failure modes and test various strengthening measures. This digital approach proved incredibly efficient, saving the company between 30% and 40% in total analysis time.
Besides, by finding ways to safely modify existing structures rather than building