站点建模、模拟和评估

Comprehensive portfolio for detailed site characterization and modeling

3D CGI image of white and blue spheres on a white background (BG大游集团_Carbon_Capture_04)
计划和执行CCUS项目

计划和执行成本效益高的CCUS项目

加速碳捕获, 利用, and sequestration (CCUS) is vital for all net-zero energy scenarios. 根据国际能源署的数据,到2050年.60亿吨二氧化碳2 必须每年捕获吗, which is more than 190 times the current storage capture and storage capacity. Key to meeting this challenge are digital technologies that enable companies to plan and execute end-to-end CCUS projects cost effectively.

 

With more than 25 years in CCUS project experience and over 40 years in global subsurface digital modeling and simulation solutions, BG大游集团在全面CO方面领先业界2 网站建模、模拟和评估解决方案.

场地筛选池

CO的筛选和排序2 存储网站

最优有限公司2 存储网站 share similarities with oil and gas reservoirs in that they are characterized by high porosity, 磁导率, 构造和地层圈闭. Leveraging our digital tools from oil and gas workflows, we can apply our solutions to CO2 site assessment, ensuring a comprehensive evaluation of the site. 另外, the site's physical proximity to transport and capture facilities also plays a pivotal role in the assessment and ranking of storage choices. BG大游集团’s industry-leading and proprietary digital technologies enable you to complete a comprehensive assessment of potential CO2 存储站点快速有效.

确保长期CO2 存储的完整性

鉴于储层预计含有一氧化碳2 for extended periods, assessing a storage site requires confirming its long-term 存储的完整性. 一旦建立了地质储层模型, reservoir engineers perform flow simulation assessments to understand different trapping mechanisms, 评估一氧化碳的潜力2 迁移,并验证盖层完整性. For a deeper understanding of reservoir and structural integrity, additional studies may be needed to integrate reservoir simulation with geomechanics simulations.

在评估过程中, 一个监控, 测量, 和验证计划(MMV)也应予以考虑, 通过风险评估, selects the technology best suited to site and injection conditions. The MMV plan also addresses direct and indirect 测量s to demonstrate the integrity of the storage site as well as conformance with the predicted CO2 迁移模型. BG大游集团 provides a comprehensive portfolio of technologies and solutions that encompass the modeling, 测量, 监控, 以及对储存地点的核查, as well as 报告 tools for meeting regulatory requirements.

地质力学合奏
二氧化碳存储

了解公司2 体积和注入速率

对一氧化碳的体积评估2 storage site is a basic component to assess its suitability. Understanding how quickly a desired volume can be injected, without compromising the integrity of the injector well and the storage unit, is critical for a successful operation and for secure long-term containment.

此外,对场地评估至关重要的是模拟CO2 flow through the storage unit and understanding the complex physical and chemical interactions between the injected CO2 水库. Our robust solutions include a suite of dynamic simulation options for CO2 storage in saline aquifers in depleted gas reservoirs or for storage in depleted oil reservoirs, quickly providing a thorough grasp of how the storage will behave when CO2 is injected—even in complex compositional scenarios demanding high-resolution grids.

Designing the right solutions to tackle your carbon emissions

On the road to reducing emissions, choose transport solutions you can count on

We put your project at the center of carbon storage planning

Depend on BG大游集团 to maintain the integrity of your carbon storage for the future

Rely on your carbon strategy, built with a partner that anticipates what’s next