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首页> 外文会议>Society of Petroleum Engineers Digital Energy Conference and Exhibition >Using RESQML for Shared Earth Model Data Exchanges between Commercial Modelling Applications and In-House Developments, Demonstrated on Actual Subsurface Data
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Using RESQML for Shared Earth Model Data Exchanges between Commercial Modelling Applications and In-House Developments, Demonstrated on Actual Subsurface Data

机译：使用Resqml进行商业建模应用程序和内部开发之间的共享地球模型数据交换，在实际地下数据上展示

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After intense collaboration among operators, service companies, and software vendors (all members of an Energistics Special Interest Group (SIG)) Version 1.0 of the RESQML data exchange standard has been released. Prototypes implemented by both vendors and operators have been tested and have proved the efficiency of the concepts. RESQML has been designed to support: ? 1. Interaction with real-time production and drilling domains; ? 2. Transfer of giga-cell reservoir simulation models, which are currently in use in some areas of the world, and with static reservoir models, which may be significantly larger; ? 3. Loss-less data transfer for complex grids, especially for non-standard connectivity; ? 4. Retention of the geologic and geophysical meta-data associated with 3D grids; ? 5. Data exchange for flexible and iterative multi-vendor subsurface workflows ? 6. across geology, geophysics and engineering. A demonstration will illustrate how different components of a shared earth model can be exchanged between major commercial applications. Additionally, based on the Alwyn North Field dataset, a typical validation loop involving operator in-house and vendor applications will be demonstrated. The objective is to transfer in-house interpretation results (e.g., horizons and faults) as RESQML features to diverse structural, stratigraphic, and reservoir vendor applications, then re-import the RESQML features (modelled horizon and faults, reservoir grid geometry) obtained by these applications into the in-house application to ensure, at each step, an overall consistency with the original interpretation.
机译：在运营商，服务公司和软件供应商之间强烈合作之后（所有能量特殊兴趣组（SIG）的所有成员）已释放Resqml数据交换标准的1.0版。由供应商和运营商实施的原型已经过测试，并证明了概念的效率。 Resqml旨在支持：？ 1.与实时生产和钻孔域的互动;还是2.转移千兆单元储层模拟模型，目前在世界某些地区使用，静态储层模型可能明显更大;还是3.复杂网格的损失数据传输，特别是对于非标准连接;还是4.保留与3D网格相关的地质和地球物理元数据;还是5.用于灵活和迭代多供应商次数工作流的数据交换？ 6.横跨地质学，地球物理和工程。示范将说明主要商业应用之间可以在主要商业应用之间交换共享地球模型的不同组件。此外，基于Alwyn North Field DataSet，将演示涉及运营商和供应商应用程序的典型验证循环。目标是将内部解释结果（例如，视野和故障）转移为resqml功能，以不同于各种结构，地层和库供应商应用程序，然后重新导入resqml特征（建模地平线和故障，储库网格几何）。这些应用程序进入内部申请，以确保在每个步骤中，整体一致性与原始解释。

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